static bool ModFill( void *_mod, dr_handle mod_handle )
/*****************************************************/
// fill in mod_handle for dip to dwarf mod map
// pick up general info about mod while here for later calls
{
mod_list *mod = _mod;
char fname[MAX_PATH];
char *name;
char *path;
dr_handle cu_tag;
dr_model model;
mod_info *modinfo;
modinfo = NextModInfo( mod );
modinfo->mod_handle = mod_handle;
InitAddrSym( modinfo->addr_sym );
modinfo->addr_size = DRGetAddrSize( mod_handle );
cu_tag = DRGetCompileUnitTag( mod_handle );
modinfo->cu_tag = cu_tag;
modinfo->stmts = DRGetStmtList( cu_tag );
path = DRGetName( cu_tag );
if( path != NULL ) {
GetModName( path, fname );
DCFree( path );
name = DCAlloc( strlen( fname ) + 1 );
strcpy( name, fname );
} else {
name = NULL;
}
path = DRGetProducer( cu_tag );
if( path != NULL ) {
df_ver version;
if( strcmp( path, "V2.0 WATCOM" ) == 0 ) {
version = VER_V3;
} else if( strcmp( path, "V1.0 WATCOM" ) == 0 ) {
version = VER_V2;
} else if( strcmp( path, "WATCOM" ) == 0 ) {
version = VER_V1;
} else {
version = VER_NONE;
}
if( mod->version == VER_NONE ) {
mod->version = version;
} else if( mod->version != version ) {
mod->version = VER_ERROR;
}
DCFree( path );
}
modinfo->name = name;
model = DRGetMemModelAT( cu_tag );
if( DCCurrMAD() == MAD_X86 ) {
switch( model ) {
case DR_MODEL_NONE:
case DR_MODEL_FLAT:
modinfo->is_segment = FALSE;
break;
default:
modinfo->is_segment = TRUE;
break;
}
} else {
modinfo->is_segment = FALSE;
}
modinfo->model = model;
modinfo->lang = DRGetLanguageAT( cu_tag );
modinfo->dbg_pch = DRDebugPCHDef( cu_tag );
modinfo->has_pubnames = FALSE;
return( TRUE );
}
static bool ModFill( void *_mod, drmem_hdl mod_handle )
/*****************************************************/
// fill in mod_handle for dip to dwarf mod map
// pick up general info about mod while here for later calls
{
mod_list *mod = _mod;
char fname[MAX_PATH];
char *name;
char *path;
drmem_hdl cu_tag;
dr_model model;
mod_info *modinfo;
modinfo = NextModInfo( mod );
modinfo->mod_handle = mod_handle;
InitAddrSym( modinfo->addr_sym );
modinfo->addr_size = DRGetAddrSize( mod_handle );
cu_tag = DRGetCompileUnitTag( mod_handle );
modinfo->cu_tag = cu_tag;
modinfo->stmts = DRGetStmtList( cu_tag );
path = DRGetName( cu_tag );
if( path != NULL ) {
GetModName( path, fname );
DCFree( path );
name = DCAlloc( strlen( fname ) + 1 );
strcpy( name, fname );
} else {
name = NULL;
}
path = DRGetProducer( cu_tag );
if( path != NULL ) {
df_ver wat_producer_ver;
if( memcmp( path, DWARF_WATCOM_PRODUCER_V3, sizeof( DWARF_WATCOM_PRODUCER_V3 ) - 1 ) == 0 ) {
wat_producer_ver = VER_V3;
} else if( memcmp( path, DWARF_WATCOM_PRODUCER_V2, sizeof( DWARF_WATCOM_PRODUCER_V2 ) - 1 ) == 0 ) {
wat_producer_ver = VER_V2;
} else if( memcmp( path, DWARF_WATCOM_PRODUCER_V1, sizeof( DWARF_WATCOM_PRODUCER_V1 ) - 1 ) == 0 ) {
wat_producer_ver = VER_V1;
} else {
wat_producer_ver = VER_NONE;
}
if( mod->wat_producer_ver == VER_NONE ) {
mod->wat_producer_ver = wat_producer_ver;
} else if( mod->wat_producer_ver != wat_producer_ver ) {
mod->wat_producer_ver = VER_ERROR;
}
DCFree( path );
}
modinfo->name = name;
model = DRGetMemModelAT( cu_tag );
if( DCCurrMAD() == MAD_X86 ) {
switch( model ) {
case DR_MODEL_NONE:
case DR_MODEL_FLAT:
modinfo->is_segment = false;
break;
default:
modinfo->is_segment = true;
break;
}
} else {
modinfo->is_segment = false;
}
modinfo->model = model;
modinfo->lang = DRGetLanguageAT( cu_tag );
modinfo->dbg_pch = DRDebugPCHDef( cu_tag );
modinfo->has_pubnames = false;
return( true );
}
