static void setWindowsSystem( void )
{
#if _CPU == 8086
PreDefineStringMacro( "__WINDOWS__" );
PreDefineStringMacro( "_WINDOWS" );
TargetSwitches |= WINDOWS | CHEAP_WINDOWS;
TargetSwitches &= ~ FLOATING_DS;
#else
PreDefineStringMacro( "__WINDOWS_386__" );
TargetSwitches |= FLOATING_FS;
SET_FPU_INLINE( CpuSwitches );
#endif
}
static void defineFeatureMacros( void )
{
char *end_watcom;
char *end_feature;
const char **p;
auto char buff[128];
static const char *feature[] = {
"BOOL",
"MUTABLE",
"RTTI",
"EXPLICIT",
"NAMESPACE",
"NEW_CASTS",
"INT64",
"TYPENAME",
NULL
};
end_watcom = stxpcpy( buff, "__WATCOM_" );
for( p = feature; *p != NULL; ++p ) {
end_feature = stxpcpy( end_watcom, *p );
strcpy( end_feature, "__" );
PreDefineStringMacro( buff );
}
defineStringMacro( "_PUSHPOP_SUPPORTED" );
}
void MiscMacroDefs( // PREDEFINE MISCELLANEOUS MACROS
void )
{
if( CompFlags.inline_intrinsics ) {
// this is the only place 'inline_intrinsics' is checked
// the mechanism works as follows:
// (1) user sets -ox or -oi
// (2) macro __INLINE_FUNCTIONS__ is defined
// (3) user includes <header.h>
// (4) various prototypes are marked as "intrinsic"
// (5) fns marked 'intrinsic' will be looked up in code burst tables
// (6) code for fn will be generated inline
defineStringMacro( "__INLINE_FUNCTIONS__" );
}
if( !CompFlags.extensions_enabled ) {
defineStringMacro( "NO_EXT_KEYS" );
}
if( CompFlags.oldmacros_enabled ) {
defineKeywordMacros();
}
defineStringMacro( "_WCHAR_T_DEFINED" );
defineStringMacro( "_STDWCHAR_T_DEFINED" );
if( CompFlags.signed_char ) {
defineStringMacro( "__CHAR_SIGNED__" ); /* 20-apr-90 */
}
if( CompFlags.excs_enabled ) {
defineStringMacro( "_CPPUNWIND" );
}
if( CompFlags.rtti_enabled ) {
defineStringMacro( "_CPPRTTI" );
}
defineFeatureMacros();
if( !CompFlags.no_alternative_tokens ) {
DefineAlternativeTokens();
}
PreDefineStringMacro( "__WATCOMC__=" _MACROSTR( _BLDVER ) );
PreDefineStringMacro( "__WATCOM_CPLUSPLUS__=" _MACROSTR( _BLDVER ) );
// #if __WATCOM_REVISION__ >= 8
PreDefineStringMacro( "__WATCOM_REVISION__=8" );
if( !PragToggle.check_stack ) {
DefSwitchMacro( "S" );
}
RingNameFree( &undef_names );
}
void DefSwitchMacro( char *n )
/****************************/
{
char *p;
char buff[64];
p = stpcpy( buff, "__SW_" );
strcpy( p, n );
PreDefineStringMacro( buff );
}
static void defineKeywordMacros( // PREDEFINE KEYWORD MACROS
void )
{
static const char *mac_table[] = { // - predefined macros
"near=__near"
, "far=__far"
, "huge=__huge"
, "cdecl=__cdecl"
, "pascal=__pascal"
, "fortran=__fortran"
, "interrupt=__interrupt"
, "_near=__near"
, "_far=__far"
, "_far16=__far16"
, "_huge=__huge"
, "_cdecl=__cdecl"
, "_pascal=__pascal"
, "_fortran=__fortran"
, "_interrupt=__interrupt"
, "_export=__export"
, "_loadds=__loadds"
, "_saveregs=__saveregs"
, "_based=__based"
, "_self=__self"
, "_segname=__segname"
, "_segment=__segment"
, "_syscall=__syscall"
, "_inline=__inline"
, "_stdcall=__stdcall"
, "_fastcall=__fastcall"
, "_asm=__asm"
, "_emit=__emit"
, NULL
};
const char **mac; // - current macro
for( mac = mac_table; *mac != NULL; ++ mac ) {
PreDefineStringMacro( *mac );
}
}
static void miscAnalysis( OPT_STORAGE *data )
{
#if _CPU == 8086
if( data->bd || data->zu ) {
if( TargetSwitches & SMART_WINDOWS ) {
CErr1( ERR_ZWS_MUST_HAVE_SS_DS_SAME );
}
}
#endif
if( GET_CPU( CpuSwitches ) < CPU_386 ) {
/* issue warning message if /zf[f|p] or /zg[f|p] spec'd? */
TargetSwitches &= ~( FLOATING_FS | FLOATING_GS );
}
if( ! CompFlags.save_restore_segregs ) {
if( TargetSwitches & FLOATING_DS ) {
HW_CTurnOff( WatcallInfo.save, HW_DS );
}
if( TargetSwitches & FLOATING_ES ) {
HW_CTurnOff( WatcallInfo.save, HW_ES );
}
if( TargetSwitches & FLOATING_FS ) {
HW_CTurnOff( WatcallInfo.save, HW_FS );
}
if( TargetSwitches & FLOATING_GS ) {
HW_CTurnOff( WatcallInfo.save, HW_GS );
}
}
if( GET_FPU( CpuSwitches ) > FPU_NONE ) {
PreDefineStringMacro( "__FPI__" );
}
#if _CPU == 386
if( ! CompFlags.register_conventions ) {
SetAuxStackConventions();
}
#endif
if( data->zx ) {
HW_CTurnOff( WatcallInfo.save, HW_FLTS );
}
}
static void defineM_IX86Macro( void )
{
unsigned cpu;
char buff[32];
strcpy( buff, "_M_IX86=" );
#if _CPU == 8086
cpu = 0;
#else
cpu = 3;
#endif
switch( GET_CPU( CpuSwitches ) ) {
case CPU_86: cpu = 0; break;
case CPU_186: cpu = 1; break;
case CPU_286: cpu = 2; break;
case CPU_386: cpu = 3; break;
case CPU_486: cpu = 4; break;
case CPU_586: cpu = 5; break;
case CPU_686: cpu = 6; break;
}
ConcatBase10( buff, cpu * 100 );
PreDefineStringMacro( buff );
}
static void macroDefs( void )
{
if( TargetSwitches & I_MATH_INLINE ) {
DefSwitchMacro( "OM" );
}
switch( TargetSwitches & (BIG_DATA|BIG_CODE|CHEAP_POINTER|FLAT_MODEL) ) {
case CHEAP_POINTER:
DefSwitchMacro( "MS" );
break;
case BIG_CODE|CHEAP_POINTER:
DefSwitchMacro( "MM" );
break;
case BIG_DATA|CHEAP_POINTER:
DefSwitchMacro( "MC" );
break;
case BIG_CODE|BIG_DATA|CHEAP_POINTER:
DefSwitchMacro( "ML" );
break;
case BIG_CODE|BIG_DATA:
DefSwitchMacro( "MH" );
break;
case FLAT_MODEL|CHEAP_POINTER:
DefSwitchMacro( "MF" );
break;
}
if( TargetSwitches & FLOATING_FS ) {
DefSwitchMacro( "ZFF" );
} else {
DefSwitchMacro( "ZFP" );
}
if( TargetSwitches & FLOATING_GS ) {
DefSwitchMacro( "ZGF" );
} else {
DefSwitchMacro( "ZGP" );
}
if( TargetSwitches & FLOATING_DS ) {
DefSwitchMacro( "ZDF" );
} else {
DefSwitchMacro( "ZDP" );
}
if( TargetSwitches & FLOATING_SS ) {
DefSwitchMacro( "ZU" );
}
if( TargetSwitches & INDEXED_GLOBALS ) {
DefSwitchMacro( "XGV" );
}
if( TargetSwitches & WINDOWS ) {
DefSwitchMacro( "ZW" );
}
if( TargetSwitches & SMART_WINDOWS ) {
DefSwitchMacro( "ZWS" );
}
if( TargetSwitches & NO_CALL_RET_TRANSFORM ) {
DefSwitchMacro( "OC" );
}
if( TargetSwitches & NEED_STACK_FRAME ) {
DefSwitchMacro( "OF" );
}
if( GenSwitches & NO_OPTIMIZATION ) {
DefSwitchMacro( "OD" );
}
if( GenSwitches & RELAX_ALIAS ) {
DefSwitchMacro( "OA" );
}
if( GenSwitches & BRANCH_PREDICTION ) {
DefSwitchMacro( "OB" );
}
if( GenSwitches & LOOP_OPTIMIZATION ) {
DefSwitchMacro( "OL" );
}
if( GenSwitches & INS_SCHEDULING ) {
DefSwitchMacro( "OR" );
}
if( GenSwitches & FPU_ROUNDING_INLINE ) {
DefSwitchMacro( "ZRI" );
}
if( GenSwitches & FPU_ROUNDING_OMIT ) {
DefSwitchMacro( "ZRO" );
}
if( TargetSwitches & GEN_FWAIT_386 ) {
DefSwitchMacro( "ZFW" );
}
if( CompFlags.signed_char ) {
DefSwitchMacro( "J" );
}
if( CompFlags.use_pcheaders ) {
DefSwitchMacro( "FH" );
}
if( CompFlags.no_pch_warnings ) {
DefSwitchMacro( "FHQ" );
}
if( CompFlags.inline_intrinsics ) {
DefSwitchMacro( "OI" );
}
if( CompFlags.zu_switch_used ) {
DefSwitchMacro( "ZU" );
}
if( CompFlags.unique_functions ) {
DefSwitchMacro( "OU" );
}
#if _CPU == 386
if( CompFlags.register_conventions ) {
DefSwitchMacro( "3R" );
} else {
DefSwitchMacro( "3S" );
}
#endif
if( CompFlags.emit_names ) {
DefSwitchMacro( "EN" );
}
if( CompFlags.save_restore_segregs ) {
DefSwitchMacro( "R" );
}
if( CompFlags.zc_switch_used ) {
DefSwitchMacro( "ZC" );
}
if( CompFlags.use_unicode ) {
DefSwitchMacro( "ZK" );
}
if( CompFlags.sg_switch_used ) {
DefSwitchMacro( "SG" );
}
if( CompFlags.st_switch_used ) {
DefSwitchMacro( "ST" );
}
if( CompFlags.bm_switch_used ) {
PreDefineStringMacro( "_MT" );
DefSwitchMacro( "BM" );
}
if( CompFlags.bd_switch_used ) {
DefSwitchMacro( "BD" );
}
if( CompFlags.br_switch_used ) {
PreDefineStringMacro( "_DLL" );
DefSwitchMacro( "BR" );
}
if( CompFlags.bw_switch_used ) {
DefSwitchMacro( "BW" );
}
if( CompFlags.zm_switch_used ) {
DefSwitchMacro( "ZM" );
}
if( CompFlags.ep_switch_used ) {
DefSwitchMacro( "EP" );
}
if( CompFlags.ee_switch_used ) {
DefSwitchMacro( "EE" );
}
switch( CompInfo.dt_method_speced ) {
case DTM_DIRECT :
DefSwitchMacro( "XDT" );
DefSwitchMacro( "XD" );
break;
case DTM_DIRECT_SMALL :
DefSwitchMacro( "XDS" );
break;
case DTM_TABLE :
DefSwitchMacro( "XS" );
break;
case DTM_DIRECT_TABLE :
DefSwitchMacro( "XST" );
break;
case DTM_TABLE_SMALL :
DefSwitchMacro( "XSS" );
break;
DbgDefault( "macroDefs -- invalid exception switch" );
}
switch( GET_CPU( CpuSwitches ) ) {
case CPU_86:
DefSwitchMacro( "0" );
break;
case CPU_186:
DefSwitchMacro( "1" );
break;
case CPU_286:
DefSwitchMacro( "2" );
break;
case CPU_386:
DefSwitchMacro( "3" );
break;
case CPU_486:
DefSwitchMacro( "4" );
break;
case CPU_586:
DefSwitchMacro( "5" );
break;
case CPU_686:
DefSwitchMacro( "6" );
break;
}
switch( GET_FPU_LEVEL( CpuSwitches ) ) {
case FPU_NONE:
CompFlags.op_switch_used = 0;
DefSwitchMacro( "FPC" );
break;
case FPU_87:
DefSwitchMacro( "FP287" );
defEmu();
break;
case FPU_387:
DefSwitchMacro( "FP387" );
defEmu();
break;
case FPU_586:
DefSwitchMacro( "FP5" );
defEmu();
break;
case FPU_686:
DefSwitchMacro( "FP6" );
defEmu();
break;
}
if( CompFlags.op_switch_used ) {
DefSwitchMacro( "OP" );
}
PreDefineStringMacro( "_INTEGRAL_MAX_BITS=64" );
#if _CPU == 386
PreDefineStringMacro( "_STDCALL_SUPPORTED" );
#endif
if( CompFlags.oldmacros_enabled ) {
#if _CPU == 8086
if( TargetSwitches & WINDOWS ) {
PreDefineStringMacro( "SOMLINK=__cdecl" );
PreDefineStringMacro( "SOMDLINK=__far" );
}
#else
PreDefineStringMacro( "SOMLINK=_Syscall" );
PreDefineStringMacro( "SOMDLINK=_Syscall" );
#endif
}
}
static void setMemoryModel( OPT_STORAGE *data, mem_model_control control )
{
char model;
unsigned bit;
if( data->mem_model == OPT_mem_model_default ) {
#if _CPU == 8086
data->mem_model = OPT_mem_model_ms;
#else
data->mem_model = OPT_mem_model_mf;
#endif
}
#if _CPU == 386
if( control & MMC_NETWARE ) {
data->mem_model = OPT_mem_model_ms;
}
#endif
bit = 0;
if( CompFlags.oldmacros_enabled ) {
switch( data->mem_model ) {
case OPT_mem_model_ms:
PreDefineStringMacro( "M_" MM_ARCH "SM" );
break;
case OPT_mem_model_mm:
PreDefineStringMacro( "M_" MM_ARCH "MM" );
break;
case OPT_mem_model_ml:
PreDefineStringMacro( "M_" MM_ARCH "LM" );
break;
case OPT_mem_model_mc:
PreDefineStringMacro( "M_" MM_ARCH "CM" );
break;
#if _CPU == 8086
case OPT_mem_model_mh:
PreDefineStringMacro( "M_" MM_ARCH "HM" );
break;
#else
case OPT_mem_model_mfi:
case OPT_mem_model_mf:
PreDefineStringMacro( "M_" MM_ARCH "FM" );
break;
#endif
default:
break;
}
}
DataPtrSize = TARGET_POINTER;
CodePtrSize = TARGET_POINTER;
switch( data->mem_model ) {
case OPT_mem_model_ms:
model = 's';
PreDefineStringMacro( "_M_" MM_ARCH "SM" );
PreDefineStringMacro( "__SMALL__" );
CompFlags.strings_in_code_segment = 0;
TargetSwitches &= ~CONST_IN_CODE;
bit |= CHEAP_POINTER;
break;
case OPT_mem_model_mm:
model = 'm';
WatcallInfo.cclass |= FAR_CALL;
CodePtrSize = TARGET_FAR_POINTER;
PreDefineStringMacro( "_M_" MM_ARCH "MM" );
PreDefineStringMacro( "__MEDIUM__" );
CompFlags.strings_in_code_segment = 0;
TargetSwitches &= ~CONST_IN_CODE;
bit |= BIG_CODE | CHEAP_POINTER;
break;
case OPT_mem_model_mc:
model = 'c';
PreDefineStringMacro( "_M_" MM_ARCH "CM" );
PreDefineStringMacro( "__COMPACT__" );
DataPtrSize = TARGET_FAR_POINTER;
bit |= BIG_DATA | CHEAP_POINTER;
break;
case OPT_mem_model_ml:
model = 'l';
PreDefineStringMacro( "_M_" MM_ARCH "LM" );
PreDefineStringMacro( "__LARGE__" );
WatcallInfo.cclass |= FAR_CALL;
CodePtrSize = TARGET_FAR_POINTER;
DataPtrSize = TARGET_FAR_POINTER;
bit |= BIG_CODE | BIG_DATA | CHEAP_POINTER;
break;
#if _CPU == 8086
case OPT_mem_model_mh:
model = 'h';
PreDefineStringMacro( "_M_" MM_ARCH "HM" );
PreDefineStringMacro( "__HUGE__" );
WatcallInfo.cclass |= FAR_CALL;
CodePtrSize = TARGET_FAR_POINTER;
DataPtrSize = TARGET_FAR_POINTER;
bit |= BIG_CODE | BIG_DATA;
break;
#else
case OPT_mem_model_mfi:
CompFlags.mfi_switch_used = 1;
/* fall thru */
case OPT_mem_model_mf:
model = 's';
PreDefineStringMacro( "_M_" MM_ARCH "FM" );
PreDefineStringMacro( "__FLAT__" );
bit |= FLAT_MODEL | CHEAP_POINTER;
break;
#endif
default:
DbgNever();
}
// setup default "floating" segment registers
#if _CPU == 8086
bit |= FLOATING_ES;
#else
// 386 flat model needs at least one floating segment register
bit |= FLOATING_GS;
if( (bit & FLAT_MODEL) == 0 ) {
bit |= FLOATING_ES;
}
#endif
if( bit & BIG_DATA ) {
bit |= FLOATING_DS;
}
if( control & ( MMC_DS | MMC_WIN ) ) {
bit &= ~FLOATING_DS;
} else {
TargetSwitches &= ~ FLOATING_DS;
}
if( control & MMC_FS ) {
bit &= ~FLOATING_FS;
} else {
TargetSwitches &= ~ FLOATING_FS;
}
if( control & MMC_GS ) {
bit &= ~FLOATING_GS;
} else {
TargetSwitches &= ~ FLOATING_GS;
}
TargetSwitches &= ~( FLAT_MODEL | BIG_CODE | BIG_DATA | CHEAP_POINTER | FLOATING_ES );
TargetSwitches |= bit;
#if _CPU == 8086
if( data->bm ) { // .DLL
strcpy( DLL_CLIB_Name, "2clibmt?" );
} else {
if( control & MMC_WIN ) {
strcpy( DLL_CLIB_Name, "2clib?" );
} else {
strcpy( DLL_CLIB_Name, "2clibdl?" );
}
}
if( data->bm ) {
strcpy( CLIB_Name, "2clibmt?" );
} else if( data->bd ) {
if( control & MMC_WIN ) {
strcpy( CLIB_Name, "2clib?" );
} else {
strcpy( CLIB_Name, "2clibdl?" );
}
} else {
strcpy( CLIB_Name, "2clib?" );
}
if( CompFlags.excs_enabled ) {
if( data->bm ) { // .DLL
strcpy( DLL_WCPPLIB_Name, "4plbxmt?" );
} else {
if( control & MMC_WIN ) {
strcpy( DLL_WCPPLIB_Name, "4plbx?" );
} else {
strcpy( DLL_WCPPLIB_Name, "4plbxmt?" );
}
}
if( data->bm ) {
strcpy( WCPPLIB_Name, "4plbxmt?" );
} else if( data->bd ) {
if( control & MMC_WIN ) {
strcpy( WCPPLIB_Name, "4plbx?" );
} else {
strcpy( WCPPLIB_Name, "4plbxmt?" );
}
} else {
strcpy( WCPPLIB_Name, "4plbx?" );
}
} else {
if( data->bm ) { // .DLL
strcpy( DLL_WCPPLIB_Name, "4plibmt?" );
} else {
if( control & MMC_WIN ) {
strcpy( DLL_WCPPLIB_Name, "4plib?" );
} else {
strcpy( DLL_WCPPLIB_Name, "4plibmt?" );
}
}
if( data->bm ) {
strcpy( WCPPLIB_Name, "4plibmt?" );
} else if( data->bd ) {
if( control & MMC_WIN ) {
strcpy( WCPPLIB_Name, "4plib?" );
} else {
strcpy( WCPPLIB_Name, "4plibmt?" );
}
} else {
strcpy( WCPPLIB_Name, "4plib?" );
}
}
if( GET_FPU_EMU( CpuSwitches ) ) {
strcpy( MATHLIB_Name, "7math87?" );
EmuLib_Name = "8emu87";
} else if( GET_FPU_LEVEL( CpuSwitches ) == FPU_NONE ) {
strcpy( MATHLIB_Name, "5math?" );
EmuLib_Name = NULL;
} else {
strcpy( MATHLIB_Name, "7math87?" );
EmuLib_Name = "8noemu87";
}
#else
if( CompFlags.register_conventions ) {
model = 'r';
PreDefineStringMacro( "__3R__" );
} else {
model = 's';
PreDefineStringMacro( "__3S__" );
}
strcpy( CDLL_Name, "1clb?dll" );
strcpy( CLIB_Name, "2clib3?" );
strcpy( DLL_CLIB_Name, "2clib3?" );
if( CompFlags.excs_enabled ) {
strcpy( WCPPDLL_Name, "3plb?dllx" );
if( data->bm ) { // .DLL
strcpy( DLL_WCPPLIB_Name, "4plbxmt3?" );
} else {
if( control & MMC_WIN ) {
strcpy( DLL_WCPPLIB_Name, "4plbx3?" );
} else {
strcpy( DLL_WCPPLIB_Name, "4plbxmt3?" );
}
}
if( data->bm ) {
strcpy( WCPPLIB_Name, "4plbxmt3?" );
} else if( data->bd ) {
if( control & MMC_WIN ) {
strcpy( WCPPLIB_Name, "4plbx3?" );
} else {
strcpy( WCPPLIB_Name, "4plbxmt3?" );
}
} else {
strcpy( WCPPLIB_Name, "4plbx3?" );
}
} else {
strcpy( WCPPDLL_Name, "3plb?dll" );
if( data->bm ) { // .DLL
strcpy( DLL_WCPPLIB_Name, "4plibmt3?" );
} else {
if( control & MMC_WIN ) {
strcpy( DLL_WCPPLIB_Name, "4plib3?" );
} else {
strcpy( DLL_WCPPLIB_Name, "4plibmt3?" );
}
}
if( data->bm ) {
strcpy( WCPPLIB_Name, "4plibmt3?" );
} else if( data->bd ) {
if( control & MMC_WIN ) {
strcpy( WCPPLIB_Name, "4plib3?" );
} else {
strcpy( WCPPLIB_Name, "4plibmt3?" );
}
} else {
strcpy( WCPPLIB_Name, "4plib3?" );
}
}
if( GET_FPU_EMU( CpuSwitches ) ) {
if( data->br ) {
strcpy( MATHLIB_Name, "7mt7?dll" );
} else {
strcpy( MATHLIB_Name, "7math387?" );
}
EmuLib_Name = "8emu387";
} else if( GET_FPU_LEVEL( CpuSwitches ) == FPU_NONE ) {
if( data->br ) {
strcpy( MATHLIB_Name, "5mth?dll" );
} else {
strcpy( MATHLIB_Name, "5math3?" );
}
EmuLib_Name = NULL;
} else {
if( data->br ) {
strcpy( MATHLIB_Name, "7mt7?dll" );
} else {
strcpy( MATHLIB_Name, "7math387?" );
}
EmuLib_Name = "8noemu387";
}
*strchr( CDLL_Name, '?' ) = model;
*strchr( WCPPDLL_Name, '?' ) = model;
#endif
*strchr( CLIB_Name, '?' ) = model;
*strchr( MATHLIB_Name, '?' ) = model;
*strchr( WCPPLIB_Name, '?' ) = model;
*strchr( DLL_CLIB_Name, '?' ) = model;
*strchr( DLL_WCPPLIB_Name, '?' ) = model;
}
static void setFinalTargetSystem( OPT_STORAGE *data, char *target_name )
{
char buff[128];
TargetSystem = TS_OTHER;
if( CompFlags.oldmacros_enabled ) {
#if _CPU == 8086
PreDefineStringMacro( "M_I86" );
#else
PreDefineStringMacro( "M_I386" );
#endif
}
#if _CPU == 8086
PreDefineStringMacro( "_M_I86" );
PreDefineStringMacro( "__I86__" );
#else
PreDefineStringMacro( "_M_I386" );
PreDefineStringMacro( "__386__" );
#endif
PreDefineStringMacro( "__X86__" );
PreDefineStringMacro( "_X86_" );
if( target_name == NULL ) {
#if defined( __OSI__ )
switch( __OS ) {
case OS_DOS:
case OS_WIN:
SetTargetLiteral( &target_name, "DOS" );
break;
case OS_OS2:
SetTargetLiteral( &target_name, "OS2" );
break;
case OS_NT:
SetTargetLiteral( &target_name, "NT" );
break;
}
#elif defined( __QNX__ )
SetTargetLiteral( &target_name, "QNX" );
#elif defined( __LINUX__ )
SetTargetLiteral( &target_name, "LINUX" );
#elif defined( __OSX__ ) || defined( __APPLE__ )
SetTargetLiteral( &target_name, "OSX" );
#elif defined( __SOLARIS__ ) || defined( __SUN__ )
SetTargetLiteral( &target_name, "SOLARIS" );
#elif defined( __OS2__ )
SetTargetLiteral( &target_name, "OS2" );
#elif defined( __NT__ )
SetTargetLiteral( &target_name, "NT" );
#elif defined( __DOS__ )
SetTargetLiteral( &target_name, "DOS" );
#elif defined( __BSD__ )
SetTargetLiteral( &target_name, "BSD" );
#else
#error "Target System not defined"
#endif
}
if( 0 == strcmp( target_name, "DOS" ) ) {
TargetSystem = TS_DOS;
if( CompFlags.oldmacros_enabled ) {
PreDefineStringMacro( "MSDOS" );
}
PreDefineStringMacro( "__DOS__" );
PreDefineStringMacro( "_DOS" );
#if _CPU == 386
} else if( 0 == strcmp( target_name, "NETWARE" ) ) {
TargetSystem = TS_NETWARE;
PreDefineStringMacro( "__NETWARE_386__" );
} else if( 0 == strcmp( target_name, "NETWARE5" ) ) {
TargetSystem = TS_NETWARE5;
PreDefineStringMacro( "__NETWARE_386__" );
PreDefineStringMacro( "__NETWARE__" );
/* can get away with this because "netware5" is longer */
strcpy( target_name, "NETWARE" );
} else if( 0 == strcmp( target_name, "NT" ) ) {
PreDefineStringMacro( "_WIN32" );
TargetSystem = TS_NT;
} else if( 0 == strcmp( target_name, "OS2" ) ) {
TargetSystem = TS_OS2;
} else if( 0 == strcmp( target_name, "QNX" ) ) {
TargetSystem = TS_QNX;
PreDefineStringMacro( "__QNX__" );
PreDefineStringMacro( "__UNIX__" );
} else if( 0 == strcmp( target_name, "LINUX" ) ) {
TargetSystem = TS_LINUX;
PreDefineStringMacro( "__LINUX__" );
PreDefineStringMacro( "__UNIX__" );
#endif
} else if( 0 == strcmp( target_name, "WINDOWS" ) ) {
TargetSystem = TS_WINDOWS;
setWindowsSystem();
} else if( 0 == strcmp( target_name, "CHEAP_WINDOWS" ) ) {
#if _CPU == 8086
TargetSystem = TS_CHEAP_WINDOWS;
#else
TargetSystem = TS_WINDOWS;
#endif
/* can get away with this because "cheap_windows" is longer */
strcpy( target_name, "WINDOWS" );
setWindowsSystem();
} else {
TargetSystem = TS_OTHER;
}
strcpy( buff, "__" );
strcat( buff, target_name );
strcat( buff, "__" );
PreDefineStringMacro( buff );
/*
// Note the hacks for windows/cheap_windows & netware/netware5, above.
*/
strcpy( buff, target_name );
strcat( buff, "_INCLUDE" );
MergeIncludeFromEnv( buff );
MergeIncludeFromEnv( "INCLUDE" );
CMemFree( target_name );
if( data->bm ) {
CompFlags.target_multi_thread = 1;
}
if( data->bd ) {
switch( TargetSystem ) {
case TS_WINDOWS:
#if _CPU == 8086
case TS_CHEAP_WINDOWS:
#endif
break;
default:
CompFlags.target_multi_thread = 1;
}
}
}
