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jwasm/assemble.c
Anton Kochkov 2d5853b0c2 Importing sources from JWasm212s_140105.zip
2014-06-18 19:16:56 +04:00

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/****************************************************************************
*
* This code is Public Domain.
*
* ========================================================================
*
* Description: assemble a module.
*
****************************************************************************/
#include <ctype.h>
#include <time.h>
#include "globals.h"
#include "memalloc.h"
#include "input.h"
#include "parser.h"
#include "reswords.h"
#include "tokenize.h"
#include "condasm.h"
#include "segment.h"
#include "assume.h"
#include "proc.h"
#include "expreval.h"
#include "hll.h"
#include "context.h"
#include "types.h"
#include "label.h"
#include "macro.h"
#include "extern.h"
#include "fixup.h"
#include "omf.h"
#include "fastpass.h"
#include "listing.h"
#include "msgtext.h"
#include "myassert.h"
#include "linnum.h"
#include "cpumodel.h"
#include "lqueue.h"
#if DLLIMPORT
#include "mangle.h"
#endif
#if COFF_SUPPORT
#include "coff.h"
#endif
#if ELF_SUPPORT
#include "elf.h"
#endif
#if BIN_SUPPORT
#include "bin.h"
#endif
#if 1 //def __SW_BD
#include <setjmp.h>
jmp_buf jmpenv;
#endif
#ifdef __SW_BD
#define EXPQUAL __stdcall
#else
#define EXPQUAL
#endif
#define USELSLINE 1 /* must match switch in listing.c! */
//#define ASM_EXT "asm"
#ifdef __UNIX__
#define OBJ_EXT "o"
#else
#define OBJ_EXT "obj"
#endif
#define LST_EXT "lst"
#define ERR_EXT "err"
#define BIN_EXT "BIN"
#define EXE_EXT "EXE"
extern int_32 LastCodeBufSize;
extern char *DefaultDir[NUM_FILE_TYPES];
extern const char *ModelToken[];
#if FASTMEM==0
extern void FreeLibQueue();
#endif
/* parameters for output formats. order must match enum oformat */
static const struct format_options formatoptions[] = {
#if BIN_SUPPORT
{ bin_init, BIN_DISALLOWED, "BIN" },
#endif
{ omf_init, OMF_DISALLOWED, "OMF" },
#if COFF_SUPPORT
{ coff_init, COFF32_DISALLOWED, "COFF" },
#endif
#if ELF_SUPPORT
{ elf_init, ELF32_DISALLOWED, "ELF" },
#endif
};
struct module_info ModuleInfo;
unsigned int Parse_Pass; /* assembly pass */
//unsigned int GeneratedCode; /* v2.10: moved to ModuleInfo */
struct qdesc LinnumQueue; /* queue of line_num_info items */
bool write_to_file; /* write object module */
#if 0
/* for OW, it would be good to remove the CharUpperA() emulation
* implemented in apiemu.c. Unfortunately, OW isn't happy with
* a local, simple version of _strupr() - it still wants to
* import CharUpperA.
*/
char * _strupr( char *src )
{
char *dst;
for ( dst = src; *dst; dst++ )
if ( *dst >= 'a' && *dst <= 'z' )
*dst &= ~0x20;
return( src );
}
#endif
#if COFF_SUPPORT || PE_SUPPORT
/* struct to help convert section names in COFF, ELF, PE */
struct conv_section {
uint_8 len;
uint_8 flags; /* see below */
const char *src;
const char *dst;
};
enum cvs_flags {
CSF_GRPCHK = 1
};
enum conv_section_index {
CSI_TEXT = 0,
CSI_DATA,
CSI_CONST,
CSI_BSS
};
/* order must match enum conv_section_index above */
static const struct conv_section cst[] = {
{ 5, CSF_GRPCHK, "_TEXT", ".text" },
{ 5, CSF_GRPCHK, "_DATA", ".data" },
{ 5, CSF_GRPCHK, "CONST", ".rdata" },
{ 4, 0, "_BSS", ".bss" }
};
/* order must match enum conv_section_index above */
static const enum seg_type stt[] = {
SEGTYPE_CODE, SEGTYPE_DATA, SEGTYPE_DATA, SEGTYPE_BSS
};
/*
* translate section names (COFF+PE):
* _TEXT -> .text
* _DATA -> .data
* CONST -> .rdata
* _BSS -> .bss
*/
char *ConvertSectionName( const struct asym *sym, enum seg_type *pst, char *buffer )
/**********************************************************************************/
{
int i;
for ( i = 0; i < sizeof( cst ) / sizeof( cst[0] ); i++ ) {
if ( memcmp( sym->name, cst[i].src, cst[i].len ) == 0 ) {
if ( sym->name[cst[i].len] == NULLC || ( sym->name[cst[i].len] == '$' && ( cst[i].flags & CSF_GRPCHK ) ) ) {
if ( pst ) {
if ( i == CSI_BSS && ( (struct dsym *)sym)->e.seginfo->bytes_written != 0 )
; /* don't set segment type to BSS if the segment contains initialized data */
else
*pst = stt[i];
}
if ( sym->name[cst[i].len] == NULLC ) {
#if DJGPP_SUPPORT
/* DJGPP won't be happy with .rdata segment name */
if( ModuleInfo.sub_format == SFORMAT_DJGPP && i == CSI_CONST )
return( ".const" );
#endif
return( (char *)cst[i].dst );
}
strcpy( buffer, cst[i].dst );
strcat( buffer, sym->name+cst[i].len );
return( buffer );
}
}
}
return( sym->name );
}
#endif
/* Write a byte to the segment buffer.
* in OMF, the segment buffer is flushed when the max. record size is reached.
*/
void OutputByte( unsigned char byte )
/***********************************/
{
if( write_to_file == TRUE ) {
uint_32 idx = CurrSeg->e.seginfo->current_loc - CurrSeg->e.seginfo->start_loc;
#ifdef DEBUG_OUT
if ( CurrSeg->e.seginfo->current_loc < CurrSeg->e.seginfo->start_loc ) {
//_asm int 3;
}
#endif
/**/myassert( CurrSeg->e.seginfo->current_loc >= CurrSeg->e.seginfo->start_loc );
if( Options.output_format == OFORMAT_OMF && idx >= MAX_LEDATA_THRESHOLD ) {
omf_FlushCurrSeg();
idx = CurrSeg->e.seginfo->current_loc - CurrSeg->e.seginfo->start_loc;
}
//DebugMsg(("OutputByte: buff=%p, idx=%" I32_SPEC "X, byte=%X, codebuff[0]=%X\n", CurrSeg->e.seginfo->CodeBuffer, idx, byte, *CurrSeg->e.seginfo->CodeBuffer ));
CurrSeg->e.seginfo->CodeBuffer[idx] = byte;
}
#if 1
/* check this in pass 1 only */
else if( CurrSeg->e.seginfo->current_loc < CurrSeg->e.seginfo->start_loc ) {
DebugMsg(("OutputByte: segment start loc changed from %" I32_SPEC "Xh to %" I32_SPEC "Xh\n",
CurrSeg->e.seginfo->start_loc,
CurrSeg->e.seginfo->current_loc));
CurrSeg->e.seginfo->start_loc = CurrSeg->e.seginfo->current_loc;
}
#endif
CurrSeg->e.seginfo->current_loc++;
CurrSeg->e.seginfo->bytes_written++;
CurrSeg->e.seginfo->written = TRUE;
if( CurrSeg->e.seginfo->current_loc > CurrSeg->sym.max_offset )
CurrSeg->sym.max_offset = CurrSeg->e.seginfo->current_loc;
}
#if 0 /* v2.03: OutputCodeByte is obsolete */
void OutputCodeByte( unsigned char byte )
/***************************************/
{
// if ( ModuleInfo.CommentDataInCode )
// omf_OutSelect( FALSE );
OutputByte( byte );
}
#endif
void FillDataBytes( unsigned char byte, int len )
/***********************************************/
{
if ( ModuleInfo.CommentDataInCode )
omf_OutSelect( TRUE );
for( ; len; len-- )
OutputByte( byte );
}
/*
* this function is to output (small, <= 8) amounts of bytes which must
* not be separated ( for omf, because of fixups )
*/
void OutputBytes( const unsigned char *pbytes, int len, struct fixup *fixup )
/***************************************************************************/
{
if( write_to_file == TRUE ) {
uint_32 idx = CurrSeg->e.seginfo->current_loc - CurrSeg->e.seginfo->start_loc;
#if 0 /* def DEBUG_OUT */
if ( CurrSeg->e.seginfo->current_loc < CurrSeg->e.seginfo->start_loc )
_asm int 3;
#endif
/**/myassert( CurrSeg->e.seginfo->current_loc >= CurrSeg->e.seginfo->start_loc );
if( Options.output_format == OFORMAT_OMF && ((idx + len) > MAX_LEDATA_THRESHOLD ) ) {
omf_FlushCurrSeg();
idx = CurrSeg->e.seginfo->current_loc - CurrSeg->e.seginfo->start_loc;
}
if ( fixup )
store_fixup( fixup, CurrSeg, (int_32 *)pbytes );
//DebugMsg(("OutputBytes: buff=%p, idx=%" I32_SPEC "X, byte=%X\n", CurrSeg->e.seginfo->CodeBuffer, idx, *pbytes ));
memcpy( &CurrSeg->e.seginfo->CodeBuffer[idx], pbytes, len );
}
#if 1
/* check this in pass 1 only */
else if( CurrSeg->e.seginfo->current_loc < CurrSeg->e.seginfo->start_loc ) {
DebugMsg(("OutputBytes: segment start loc changed from %" I32_SPEC "Xh to %" I32_SPEC "Xh\n",
CurrSeg->e.seginfo->start_loc,
CurrSeg->e.seginfo->current_loc));
CurrSeg->e.seginfo->start_loc = CurrSeg->e.seginfo->current_loc;
}
#endif
CurrSeg->e.seginfo->current_loc += len;
CurrSeg->e.seginfo->bytes_written += len;
CurrSeg->e.seginfo->written = TRUE;
if( CurrSeg->e.seginfo->current_loc > CurrSeg->sym.max_offset )
CurrSeg->sym.max_offset = CurrSeg->e.seginfo->current_loc;
}
/* set current offset in a segment (usually CurrSeg) without to write anything */
ret_code SetCurrOffset( struct dsym *seg, uint_32 value, bool relative, bool select_data )
/****************************************************************************************/
{
if( relative )
value += seg->e.seginfo->current_loc;
if ( Options.output_format == OFORMAT_OMF ) {
if ( seg == CurrSeg ) {
if ( write_to_file == TRUE )
omf_FlushCurrSeg();
/* for debugging, tell if data is located in code sections*/
if( select_data )
if ( ModuleInfo.CommentDataInCode )
omf_OutSelect( TRUE );
LastCodeBufSize = value;
}
seg->e.seginfo->start_loc = value;
/* for -bin, if there's an ORG (relative==false) and no initialized data
* has been set yet, set start_loc!
* v1.96: this is now also done for COFF and ELF
*/
/* else if ( Options.output_format == OFORMAT_BIN && relative == FALSE ) { */
} else {
if ( write_to_file == FALSE ) {
if ( relative ) {
#if 0 /* don't include "preceding" uninitialized data */
if( seg->e.seginfo->current_loc < seg->e.seginfo->start_loc )
seg->e.seginfo->start_loc = seg->e.seginfo->current_loc;
#endif
} else {
if ( seg->e.seginfo->bytes_written == 0 )
seg->e.seginfo->start_loc = value;
}
}
}
seg->e.seginfo->current_loc = value;
seg->e.seginfo->written = FALSE;
if( seg->e.seginfo->current_loc > seg->sym.max_offset )
seg->sym.max_offset = seg->e.seginfo->current_loc;
return( NOT_ERROR );
}
/* write object module */
static ret_code WriteModule( struct module_info *modinfo )
/********************************************************/
{
struct dsym *curr;
DebugMsg(("WriteModule enter\n"));
/* final checks */
/* check limit of segments */
for( curr = SymTables[TAB_SEG].head; curr; curr = curr->next ) {
if ( curr->e.seginfo->Ofssize == USE16 && curr->sym.max_offset > 0x10000 ) {
if ( Options.output_format == OFORMAT_OMF )
EmitErr( SEGMENT_EXCEEDS_64K_LIMIT, curr->sym.name );
else
EmitWarn( 2, SEGMENT_EXCEEDS_64K_LIMIT, curr->sym.name );
}
}
modinfo->g.WriteModule( modinfo );
#if DLLIMPORT
/* is the -Fd option given with a file name? */
if ( Options.names[OPTN_LNKDEF_FN] ) {
FILE *ld;
ld = fopen( Options.names[OPTN_LNKDEF_FN], "w" );
if ( ld == NULL ) {
return( EmitErr( CANNOT_OPEN_FILE, Options.names[OPTN_LNKDEF_FN], ErrnoStr() ) );
}
for ( curr = SymTables[TAB_EXT].head; curr != NULL ; curr = curr->next ) {
DebugMsg(("WriteModule: ext=%s, isproc=%u, weak=%u\n", curr->sym.name, curr->sym.isproc, curr->sym.weak ));
if ( curr->sym.isproc && ( curr->sym.weak == FALSE || curr->sym.iat_used ) &&
curr->sym.dll && *(curr->sym.dll->name) != NULLC ) {
int size;
Mangle( &curr->sym, StringBufferEnd );
size = sprintf( CurrSource, "import '%s' %s.%s\n", StringBufferEnd, curr->sym.dll->name, curr->sym.name );
if ( fwrite( CurrSource, 1, size, ld ) != size )
WriteError();
}
}
fclose( ld );
}
#endif
DebugMsg(("WriteModule exit\n"));
return( NOT_ERROR );
}
#define is_valid_first_char( ch ) ( isalpha(ch) || ch=='_' || ch=='@' || ch=='$' || ch=='?' || ch=='.' )
/* check name of text macros defined via -D option */
static int is_valid_identifier( char *id )
/****************************************/
{
/* special handling of first char of an id: it can't be a digit,
but can be a dot (don't care about ModuleInfo.dotname!). */
if( is_valid_first_char( *id ) == 0 )
return( ERROR );
id++;
for( ; *id != NULLC; id++ ) {
if ( is_valid_id_char( *id ) == FALSE )
return( ERROR );
}
/* don't allow a single dot! */
if ( *(id-1) == '.' )
return( ERROR );
return( NOT_ERROR );
}
/* add text macros defined with the -D cmdline switch */
static void add_cmdline_tmacros( void )
/****************************************/
{
struct qitem *p;
char *name;
char *value;
int len;
struct asym *sym;
DebugMsg(("add_cmdline_tmacros enter\n"));
for ( p = Options.queues[OPTQ_MACRO]; p; p = p->next ) {
DebugMsg(("add_cmdline_tmacros: found >%s<\n", p->value));
name = p->value;
value = strchr( name, '=' );
if( value == NULL ) {
/* v2.06: ensure that 'value' doesn't point to r/o space */
//value = "";
value = name + strlen( name ); /* use the terminating NULL */
} else {
len = value - name;
name = (char *)myalloca( len + 1 );
memcpy( name, p->value, len );
*(name + len) = NULLC;
value++;
}
/* there's no check whether the name is a reserved word!
*/
if( is_valid_identifier( name ) == ERROR ) {
DebugMsg(("add_cmdline_tmacros: name >%s< invalid\n", name ));
EmitErr( SYNTAX_ERROR_EX, name );
} else {
sym = SymSearch( name );
if ( sym == NULL ) {
sym = SymCreate( name );
sym->state = SYM_TMACRO;
}
if ( sym->state == SYM_TMACRO ) {
sym->isdefined = TRUE;
sym->predefined = TRUE;
sym->string_ptr = value;
} else
EmitErr( SYMBOL_ALREADY_DEFINED, name );
}
}
return;
}
/* add the include paths set by -I option */
static void add_incpaths( void )
/******************************/
{
struct qitem *p;
DebugMsg(("add_incpaths: enter\n"));
for ( p = Options.queues[OPTQ_INCPATH]; p; p = p->next ) {
AddStringToIncludePath( p->value );
}
}
/* this is called for every pass.
* symbol table and ModuleInfo are initialized.
*/
static void CmdlParamsInit( int pass )
/************************************/
{
DebugMsg(("CmdlParamsInit(%u) enter\n", pass));
#if BUILD_TARGET
if ( pass == PASS_1 ) {
struct asym *sym;
char *tmp;
char *p;
_strupr( Options.build_target );
tmp = myalloca( strlen( Options.build_target ) + 5 ); /* null + 4 uscores */
strcpy( tmp, uscores );
strcat( tmp, Options.build_target );
strcat( tmp, uscores );
/* define target */
sym = CreateVariable( tmp, 0 );
sym->predefined = TRUE;
p = NULL;
if( _stricmp( Options.build_target, "DOS" ) == 0 ) {
p = "__MSDOS__";
} else if( _stricmp( Options.build_target, "NETWARE" ) == 0 ) {
if( ( ModuleInfo.curr_cpu & P_CPU_MASK ) >= P_386 ) {
p = "__NETWARE_386__";
} else {
/* do nothing ... __NETWARE__ already defined */
}
} else if( _stricmp( Options.build_target, "WINDOWS" ) == 0 ) {
if( ( ModuleInfo.curr_cpu & P_CPU_MASK ) >= P_386 ) {
p = "__WINDOWS_386__";
} else {
/* do nothing ... __WINDOWS__ already defined */
}
} else if( _stricmp( Options.build_target, "QNX" ) == 0 ) {
p = "__UNIX__";
} else if( _stricmp( Options.build_target, "LINUX" ) == 0 ) {
p = "__UNIX__";
}
if ( p ) {
sym = CreateVariable( p, 0 );
sym->predefined = TRUE;
}
}
#endif
if ( pass == PASS_1 ) {
char *env;
/* v2.06: this is done in ModulePassInit now */
//SetCPU( Options.cpu );
add_cmdline_tmacros();
add_incpaths();
if ( Options.ignore_include == FALSE )
if ( env = getenv( "INCLUDE" ) )
AddStringToIncludePath( env );
}
DebugMsg(("CmdlParamsInit exit\n"));
return;
}
void WritePreprocessedLine( const char *string )
/**********************************************/
/* print out preprocessed source lines
*/
{
static bool PrintEmptyLine = TRUE;
const char *p;
#if 0 /* v2.08: removed, obsolete */
/* filter some macro specific directives */
if ( tokenarray[0].token == T_DIRECTIVE &&
( tokenarray[0].tokval == T_ENDM ||
tokenarray[0].tokval == T_EXITM))
return;
/* don't print generated code - with one exception:
if the code was generated as a result of structure initialization,
then do!
*/
if ( GeneratedCode )
return;
#endif
if ( Token_Count > 0 ) {
/* v2.08: don't print a leading % (this char is no longer filtered) */
for ( p = string; isspace( *p ); p++ );
printf("%s\n", *p == '%' ? p+1 : string );
PrintEmptyLine = TRUE;
} else if ( PrintEmptyLine ) {
PrintEmptyLine = FALSE;
printf("\n");
}
}
/* set Masm v5.1 compatibility options */
void SetMasm510( bool value )
/***************************/
{
ModuleInfo.m510 = value;
ModuleInfo.oldstructs = value;
/* ModuleInfo.oldmacros = value; not implemented yet */
ModuleInfo.dotname = value;
ModuleInfo.setif2 = value;
if ( value ) {
if ( ModuleInfo.model == MODEL_NONE ) {
/* if no model is specified, set OFFSET:SEGMENT */
ModuleInfo.offsettype = OT_SEGMENT;
if ( ModuleInfo.langtype == LANG_NONE ) {
ModuleInfo.scoped = FALSE;
ModuleInfo.procs_private = TRUE;
}
}
}
return;
}
/* called for each pass */
static void ModulePassInit( void )
/********************************/
{
enum cpu_info cpu = Options.cpu;
enum model_type model = Options.model;
#if DLLIMPORT
struct dsym *curr;
#endif
DebugMsg(( "ModulePassInit() enter\n" ));
/* set default values not affected by the masm 5.1 compat switch */
ModuleInfo.procs_private = FALSE;
ModuleInfo.procs_export = FALSE;
ModuleInfo.offsettype = OT_GROUP;
ModuleInfo.scoped = TRUE;
#if FASTPASS
/* v2.03: don't generate the code if fastpass is active */
/* v2.08: query UseSavedState instead of StoreState */
//if ( StoreState == FALSE ) {
if ( UseSavedState == FALSE ) {
#endif
ModuleInfo.langtype = Options.langtype;
ModuleInfo.fctype = Options.fctype;
#if AMD64_SUPPORT
if ( ModuleInfo.sub_format == SFORMAT_64BIT ) {
/* v2.06: force cpu to be at least P_64, without side effect to Options.cpu */
if ( ( cpu & P_CPU_MASK ) < P_64 ) /* enforce cpu to be 64-bit */
cpu = P_64;
/* ignore -m switch for 64-bit formats.
* there's no other model than FLAT possible.
*/
model = MODEL_FLAT;
if ( ModuleInfo.langtype == LANG_NONE && Options.output_format == OFORMAT_COFF )
ModuleInfo.langtype = LANG_FASTCALL;
} else
#endif
/* if model FLAT is to be set, ensure that cpu is compat. */
if ( model == MODEL_FLAT && ( cpu & P_CPU_MASK ) < P_386 ) /* cpu < 386? */
cpu = P_386;
SetCPU( cpu );
/* table ModelToken starts with MODEL_TINY, which is index 1" */
if ( model != MODEL_NONE )
AddLineQueueX( "%r %s", T_DOT_MODEL, ModelToken[model - 1] );
#if FASTPASS
}
#endif
SetMasm510( Options.masm51_compat );
ModuleInfo.defOfssize = USE16;
ModuleInfo.ljmp = TRUE;
ModuleInfo.list = Options.write_listing;
ModuleInfo.cref = TRUE;
ModuleInfo.listif = Options.listif;
ModuleInfo.list_generated_code = Options.list_generated_code;
ModuleInfo.list_macro = Options.list_macro;
ModuleInfo.case_sensitive = Options.case_sensitive;
ModuleInfo.convert_uppercase = Options.convert_uppercase;
SymSetCmpFunc();
ModuleInfo.segorder = SEGORDER_SEQ;
ModuleInfo.radix = 10;
ModuleInfo.fieldalign = Options.fieldalign;
#if PROCALIGN
ModuleInfo.procalign = 0;
#endif
#if DLLIMPORT
/* if OPTION DLLIMPORT was used, reset all iat_used flags */
if ( ModuleInfo.g.DllQueue )
for ( curr = SymTables[TAB_EXT].head; curr; curr = curr->next )
curr->sym.iat_used = FALSE;
#endif
}
#if 0 /* v2.07: removed */
/* scan - and clear - global queue (EXTERNDEFs).
* items which have been defined within the module
* will become public.
* PROTOs aren't included in the global queue.
* They will become public when - and if - the PROC directive
* for the symbol is met.
*/
static void scan_globals( void )
/******************************/
{
struct qnode *curr;
struct qnode *next;
struct asym *sym;
/* turn EXTERNDEFs into PUBLICs if defined in the module.
* PROCs are handled differently - so ignore these entries here!
*/
/* obsolete since v2.07.
* it's simpler and better to make the symbol public if it turns
* from SYM_EXTERNAL to SYM_INTERNAL.
* the other case, that is, the EXTERNDEF comes AFTER the definition,
* is handled in ExterndefDirective()
*/
DebugMsg(("scan_globals: GlobalQueue=%X\n", ModuleInfo.g.GlobalQueue));
for ( curr = ModuleInfo.g.GlobalQueue.head; curr; curr = next ) {
next = curr->next;
sym = (struct asym *)curr->elmt;
DebugMsg(("scan_globals: %s state=%u used=%u public=%u\n", sym->name, sym->state, sym->used, sym->public ));
if( sym->state == SYM_INTERNAL && sym->public == FALSE && sym->isproc == FALSE ) {
/* add it to the public queue */
sym->public = TRUE;
QEnqueue( &ModuleInfo.g.PubQueue, curr );
DebugMsg(("scan_globals: %s added to public queue\n", sym->name ));
continue; /* don't free this item! */
}
LclFree( curr );
}
/* the queue is empty now */
ModuleInfo.g.GlobalQueue.head = NULL;
}
#endif
/* checks after pass one has been finished without errors */
static void PassOneChecks( void )
/*******************************/
{
struct dsym *curr;
struct dsym *next;
struct qnode *q;
struct qnode *qn;
#ifdef DEBUG_OUT
int cntUnusedExt = 0;
#endif
/* check for open structures and segments has been done inside the
* END directive handling already
* v2.10: now done for PROCs as well, since procedures
* must be closed BEFORE segments are to be closed.
*/
//ProcCheckOpen();
HllCheckOpen();
CondCheckOpen();
if( ModuleInfo.EndDirFound == FALSE )
EmitError( END_DIRECTIVE_REQUIRED );
#ifdef DEBUG_OUT
for ( curr = SymTables[TAB_UNDEF].head; curr; curr = curr->next ) {
DebugMsg(("PassOneChecks: undefined symbol %s\n", curr->sym.name ));
}
#endif
/* v2.04: check the publics queue.
* - only internal symbols can be public.
* - weak external symbols are filtered ( since v2.11 )
* - anything else is an error
* v2.11: moved here ( from inside the "#if FASTPASS"-block )
* because the loop will now filter weak externals [ this
* was previously done in GetPublicSymbols() ]
*/
for( q = ModuleInfo.g.PubQueue.head, qn = (struct qnode *)&ModuleInfo.g.PubQueue ; q; q = q->next ) {
if ( q->sym->state == SYM_INTERNAL )
qn = q;
else if ( q->sym->state == SYM_EXTERNAL && q->sym->weak == TRUE ) {
DebugMsg(("PassOneChecks: public for weak external skipped: %s\n", q->sym->name ));
qn->next = q->next;
LclFree( q );
q = qn;
} else {
DebugMsg(("PassOneChecks: invalid public attribute for %s [state=%u weak=%u]\n", q->sym->name, q->sym->state, q->sym->weak ));
#if FASTPASS
SkipSavedState();
#endif
break;
}
}
#if FASTPASS
if ( SymTables[TAB_UNDEF].head ) {
/* to force a full second pass in case of missing symbols,
* activate the next line. It was implemented to have proper
* error displays if a forward reference wasn't found.
* However, v1.95 final won't need this anymore, because both
* filename + lineno for every line is known now in pass 2.
*/
/* SkipSavedState(); */
}
/* check if there's an undefined segment reference.
* This segment was an argument to a group definition then.
* Just do a full second pass, the GROUP directive will report
* the error.
*/
for( curr = SymTables[TAB_SEG].head; curr; curr = curr->next ) {
if( curr->sym.segment == NULL ) {
DebugMsg(("PassOneChecks: undefined segment %s\n", curr->sym.name ));
SkipSavedState();
break;
}
}
#if COFF_SUPPORT
/* if there's an item in the safeseh list which is not an
* internal proc, make a full second pass to emit a proper
* error msg at the .SAFESEH directive
*/
for ( q = ModuleInfo.g.SafeSEHQueue.head; q; q = q->next ) {
if ( q->sym->state != SYM_INTERNAL || q->sym->isproc == FALSE ) {
SkipSavedState();
break;
}
}
#endif
/* scan ALIASes for COFF/ELF */
#if COFF_SUPPORT || ELF_SUPPORT
if ( Options.output_format == OFORMAT_COFF
#if ELF_SUPPORT
|| Options.output_format == OFORMAT_ELF
#endif
) {
for( curr = SymTables[TAB_ALIAS].head ; curr != NULL ;curr = curr->next ) {
struct asym *sym;
sym = curr->sym.substitute;
/* check if symbol is external or public */
if ( sym == NULL ||
( sym->state != SYM_EXTERNAL &&
( sym->state != SYM_INTERNAL || sym->ispublic == FALSE ))) {
SkipSavedState();
break;
}
/* make sure it becomes a strong external */
if ( sym->state == SYM_EXTERNAL )
sym->used = TRUE;
}
}
#endif
#endif /* FASTPASS */
/* scan the EXTERN/EXTERNDEF items */
for( curr = SymTables[TAB_EXT].head ; curr; curr = next ) {
next = curr->next;
/* v2.01: externdefs which have been "used" become "strong" */
if ( curr->sym.used )
curr->sym.weak = FALSE;
/* remove unused EXTERNDEF/PROTO items from queue. */
if ( curr->sym.weak == TRUE
#if DLLIMPORT
&& curr->sym.iat_used == FALSE
#endif
) {
sym_remove_table( &SymTables[TAB_EXT], curr );
#ifdef DEBUG_OUT
cntUnusedExt++;
#endif
continue;
}
#if FASTMEM==0
/* v2.05: clear fixup list (used for backpatching in pass one) */
if ( curr->sym.bp_fixup ) {
struct fixup *c;
struct fixup *n;
for( c = curr->sym.bp_fixup ; c; ) {
n = c->nextbp;
LclFree( c );
c = n;
}
curr->sym.bp_fixup = NULL;
}
#endif
if ( curr->sym.iscomm == TRUE )
continue;
/* optional alternate symbol must be INTERNAL or EXTERNAL.
* COFF ( and ELF? ) also wants internal symbols to be public
* ( which is reasonable, since the linker won't know private
* symbols and hence will search for a symbol of that name
* "elsewhere" ).
*/
#if FASTPASS
if ( curr->sym.altname ) {
if ( curr->sym.altname->state == SYM_INTERNAL ) {
#if COFF_SUPPORT || ELF_SUPPORT
/* for COFF/ELF, the altname must be public or external */
if ( curr->sym.altname->ispublic == FALSE &&
( Options.output_format == OFORMAT_COFF
#if ELF_SUPPORT
|| Options.output_format == OFORMAT_ELF
#endif
) ) {
SkipSavedState();
}
#endif
} else if ( curr->sym.altname->state != SYM_EXTERNAL ) {
/* do not use saved state, scan full source in second pass */
SkipSavedState();
}
}
#endif
}
#ifdef DEBUG_OUT
DebugMsg(("PassOneChecks: removed unused externals: %u\n", cntUnusedExt ));
DebugMsg(("PassOneChecks: forward references:\n"));
for( curr = SymTables[TAB_SEG].head; curr; curr = curr->next ) {
int i;
int j;
struct asym * sym;
struct fixup * fix;
for ( i = 0, j = 0, sym = curr->e.seginfo->label_list; sym; sym = (struct asym *)((struct dsym *)sym)->next ) {
i++;
for ( fix = sym->bp_fixup; fix ; fix = fix->nextbp, j++ );
}
DebugMsg(("PassOneChecks: segm=%s, labels=%u forward refs=%u\n", curr->sym.name, i, j));
}
#endif
if ( ModuleInfo.g.error_count == 0 ) {
/* make all symbols of type SYM_INTERNAL, which aren't
a constant, public. */
if ( Options.all_symbols_public )
SymMakeAllSymbolsPublic();
if ( Options.syntax_check_only == FALSE )
write_to_file = TRUE;
if ( ModuleInfo.g.Pass1Checks )
ModuleInfo.g.Pass1Checks( &ModuleInfo );
}
return;
}
/* do ONE assembly pass
* the FASTPASS variant (which is default now) doesn't scan the full source
* for each pass. For this to work, the following things are implemented:
* 1. in pass one, save state if the first byte is to be emitted.
* <state> is the segment stack, moduleinfo state, ...
* 2. once the state is saved, all preprocessed lines must be stored.
* this can be done here, in OnePass, the line is in <string>.
* Preprocessed macro lines are stored in RunMacro().
* 3. for subsequent passes do
* - restore the state
* - read preprocessed lines and feed ParseLine() with it
*/
static int OnePass( void )
/************************/
{
InputPassInit();
ModulePassInit();
SymPassInit( Parse_Pass );
LabelInit();
SegmentInit( Parse_Pass );
ContextInit( Parse_Pass );
ProcInit();
TypesInit();
HllInit( Parse_Pass );
MacroInit( Parse_Pass ); /* insert predefined macros */
AssumeInit( Parse_Pass );
CmdlParamsInit( Parse_Pass );
ModuleInfo.EndDirFound = FALSE;
ModuleInfo.PhaseError = FALSE;
//Modend = FALSE;
/* LineNumber = 0; */
LinnumInit();
#ifdef DEBUG_OUT
if ( Parse_Pass > PASS_1 ) {
DebugMsg(("OnePass(%u) segments (current=%s):\n", Parse_Pass + 1, CurrSeg ? CurrSeg->sym.name : "NULL" ));
{
struct dsym *dir;
for( dir = SymTables[TAB_SEG].head; dir; dir = dir->next ) {
DebugMsg(("OnePass(%u): segm=%-8s typ=%X start=%8X max_ofs=%8X\n", Parse_Pass + 1,
dir->sym.name, dir->e.seginfo->segtype, dir->e.seginfo->start_loc, dir->sym.max_offset ));
}
}
}
#endif
/* the functions above might have written something to the line queue */
if ( is_linequeue_populated() )
RunLineQueue();
#if FASTPASS
StoreState = FALSE;
if ( Parse_Pass > PASS_1 && UseSavedState == TRUE ) {
LineStoreCurr = RestoreState();
while ( LineStoreCurr && ModuleInfo.EndDirFound == FALSE ) {
/* the source line is modified in Tokenize() if it contains a comment! */
#if USELSLINE==0
strcpy( CurrSource, LineStoreCurr->line );
#endif
set_curr_srcfile( LineStoreCurr->srcfile, LineStoreCurr->lineno );
/* v2.06: list flags now initialized on the top level */
ModuleInfo.line_flags = 0;
MacroLevel = ( LineStoreCurr->srcfile == 0xFFF ? 1 : 0 );
DebugMsg1(("OnePass(%u) cur/nxt=%X/%X src=%X.%u mlvl=%u: >%s<\n", Parse_Pass+1, LineStoreCurr, LineStoreCurr->next, LineStoreCurr->srcfile, LineStoreCurr->lineno, MacroLevel, LineStoreCurr->line ));
ModuleInfo.CurrComment = NULL; /* v2.08: added (var is never reset because GetTextLine() isn't called) */
#if USELSLINE
if ( Token_Count = Tokenize( LineStoreCurr->line, 0, ModuleInfo.tokenarray, TOK_DEFAULT ) )
#else
if ( Token_Count = Tokenize( CurrSource, 0, ModuleInfo.tokenarray, TOK_DEFAULT ) )
#endif
ParseLine( ModuleInfo.tokenarray );
LineStoreCurr = LineStoreCurr->next;
}
} else
#endif
{
struct qitem *pq;
/* v2.11: handle -Fi files here ( previously in CmdlParamsInit ) */
for ( pq = Options.queues[OPTQ_FINCLUDE]; pq; pq = pq->next ) {
DebugMsg(("OnePass: force include of file: %s\n", pq->value ));
if ( SearchFile( pq->value, TRUE ) )
ProcessFile( ModuleInfo.tokenarray );
}
ProcessFile( ModuleInfo.tokenarray ); /* process the main source file */
}
LinnumFini();
if ( Parse_Pass == PASS_1 )
PassOneChecks();
ClearSrcStack();
return( 1 );
}
#if BUILD_TARGET
/*
* from WASM : get os-specific xxx_INCLUDE environment variable.
* if set, add string to include path.
*/
static void get_os_include( void )
/********************************/
{
char *env;
char *tmp;
/* add OS_include to the include path */
tmp = myalloca( strlen( Options.build_target ) + 10 );
strcpy( tmp, Options.build_target );
strcat( tmp, "_INCLUDE" );
env = getenv( tmp );
if( env != NULL ) {
AddStringToIncludePath( env );
}
}
#endif
static void get_module_name( void )
/*********************************/
{
//char dummy[_MAX_EXT];
char *p;
/* v2.08: prefer name given by -nm option */
if ( Options.names[OPTN_MODULE_NAME] ) {
strncpy( ModuleInfo.name, Options.names[OPTN_MODULE_NAME], sizeof( ModuleInfo.name ) );
ModuleInfo.name[ sizeof( ModuleInfo.name ) - 1] = NULLC;
} else {
/* v2.12: _splitpath()/_makepath() removed */
const char *fn = GetFNamePart( CurrFName[ASM] );
char *ext = GetExtPart( fn );
memcpy( ModuleInfo.name, fn, ext - fn );
ModuleInfo.name[ ext - fn ] = NULLC;
//_splitpath( CurrFName[ASM], NULL, NULL, ModuleInfo.name, dummy );
}
_strupr( ModuleInfo.name );
/* the module name must be a valid identifier, because it's used
* as part of a segment name in certain memory models.
*/
for( p = ModuleInfo.name; *p; ++p ) {
if( !( isalnum( *p ) || ( *p == '_' ) || ( *p == '$' )
|| ( *p == '@' ) || ( *p == '?') ) ) {
/* it's not a legal character for a symbol name */
*p = '_';
}
}
/* first character can't be a digit either */
if( isdigit( ModuleInfo.name[0] ) ) {
ModuleInfo.name[0] = '_';
}
}
/* called by AssembleInit(), once per source module.
* symbol table has been initialized here.
*/
static void ModuleInit( void )
/****************************/
{
ModuleInfo.sub_format = Options.sub_format;
ModuleInfo.fmtopt = &formatoptions[Options.output_format];
ModuleInfo.CommentDataInCode = (Options.output_format == OFORMAT_OMF &&
Options.no_comment_data_in_code_records == FALSE);
ModuleInfo.g.error_count = 0;
ModuleInfo.g.warning_count = 0;
ModuleInfo.model = MODEL_NONE;
/* ModuleInfo.distance = STACK_NONE; */
ModuleInfo.ostype = OPSYS_DOS;
ModuleInfo.emulator = (Options.floating_point == FPO_EMULATION);
//ModuleInfo.flatgrp_idx = 0;
get_module_name(); /* set ModuleInfo.name */
/* v2.06: ST_PROC has been removed */
//SimpleType[ST_PROC].mem_type = MT_NEAR;
memset( SymTables, 0, sizeof( SymTables[0] ) * TAB_LAST );
ModuleInfo.fmtopt->init( &ModuleInfo );
return;
}
static void ReswTableInit( void )
/*******************************/
{
ResWordsInit();
if ( Options.output_format == OFORMAT_OMF ) {
/* DebugMsg(("InitAsm: disable IMAGEREL+SECTIONREL\n")); */
/* for OMF, IMAGEREL and SECTIONREL are disabled */
#if IMAGERELSUPP
DisableKeyword( T_IMAGEREL );
#endif
#if SECTIONRELSUPP
DisableKeyword( T_SECTIONREL );
#endif
}
if ( Options.strict_masm_compat == TRUE ) {
DebugMsg(("ReswTableInit: disable INCBIN + FASTCALL keywords\n"));
DisableKeyword( T_INCBIN );
DisableKeyword( T_FASTCALL );
}
return;
}
static void open_files( void )
/****************************/
{
/* open ASM file */
DebugMsg(("open_files() enter\n" ));
//memset( CurrFile, 0, sizeof( CurrFile ) );
/* CurrFile[ASM] = fopen( CurrFName[ASM], "r" ); */
CurrFile[ASM] = fopen( CurrFName[ASM], "rb" );
if( CurrFile[ASM] == NULL ) {
DebugMsg(("open_files(): cannot open source file, fopen(\"%s\") failed\n", CurrFName[ASM] ));
Fatal( CANNOT_OPEN_FILE, CurrFName[ASM], ErrnoStr() );
}
/* open OBJ file */
if ( Options.syntax_check_only == FALSE ) {
CurrFile[OBJ] = fopen( CurrFName[OBJ], "wb" );
if( CurrFile[OBJ] == NULL ) {
DebugMsg(("open_files(): cannot open object file, fopen(\"%s\") failed\n", CurrFName[OBJ] ));
Fatal( CANNOT_OPEN_FILE, CurrFName[OBJ], ErrnoStr() );
}
DebugMsg(("open_files(): output, fopen(\"%s\") ok\n", CurrFName[OBJ] ));
}
if( Options.write_listing ) {
CurrFile[LST] = fopen( CurrFName[LST], "wb" );
if ( CurrFile[LST] == NULL )
Fatal( CANNOT_OPEN_FILE, CurrFName[LST], ErrnoStr() );
}
return;
}
void close_files( void )
/**********************/
{
/* v2.11: no fatal errors anymore if fclose() fails.
* That's because Fatal() may cause close_files() to be
* reentered and thus cause an endless loop.
*/
/* close ASM file */
if( CurrFile[ASM] != NULL ) {
if( fclose( CurrFile[ASM] ) != 0 )
EmitErr( CANNOT_CLOSE_FILE, CurrFName[ASM], errno );
CurrFile[ASM] = NULL;
}
/* close OBJ file */
if ( CurrFile[OBJ] != NULL ) {
if ( fclose( CurrFile[OBJ] ) != 0 )
EmitErr( CANNOT_CLOSE_FILE, CurrFName[OBJ], errno );
CurrFile[OBJ] = NULL;
}
/* delete the object module if errors occured */
if ( Options.syntax_check_only == FALSE &&
ModuleInfo.g.error_count > 0 ) {
remove( CurrFName[OBJ] );
}
if( CurrFile[LST] != NULL ) {
fclose( CurrFile[LST] );
CurrFile[LST] = NULL;
}
/* close ERR file */
if ( CurrFile[ERR] != NULL ) {
fclose( CurrFile[ERR] );
CurrFile[ERR] = NULL;
} else if ( CurrFName[ERR] )
/* nothing written, delete any existing ERR file */
remove( CurrFName[ERR] );
return;
}
/* get default file extension for error, object and listing files */
static char *GetExt( int type )
/*****************************/
{
switch ( type ) {
case OBJ:
#if BIN_SUPPORT
if ( Options.output_format == OFORMAT_BIN )
#if MZ_SUPPORT || PE_SUPPORT
if ( Options.sub_format == SFORMAT_MZ
#if PE_SUPPORT
|| Options.sub_format == SFORMAT_PE
#endif
)
return( EXE_EXT );
else
#endif
return( BIN_EXT );
#endif
return( OBJ_EXT );
case LST:
return( LST_EXT );
case ERR:
return( ERR_EXT );
}
return( NULL );
}
/* set filenames for .obj, .lst and .err
* in:
* name: assembly source name
* DefaultDir[]: default directory part for .obj, .lst and .err
* in:
* CurrFName[] for .obj, .lst and .err ( may be NULL )
* v2.12: _splitpath()/_makepath() removed.
*/
static void SetFilenames( const char *name )
/******************************************/
{
int i;
const char *fn;
char *ext;
char path[ FILENAME_MAX ];
DebugMsg(("SetFilenames(\"%s\") enter\n", name ));
/* set CurrFName[ASM] */
CurrFName[ASM] = LclAlloc( strlen( name ) + 1 );
strcpy( CurrFName[ASM], name );
/* set [OBJ], [ERR], [LST] */
fn = GetFNamePart( name );
for ( i = ASM+1; i < NUM_FILE_TYPES; i++ ) {
if( Options.names[i] == NULL ) {
path[0] = NULLC;
if ( DefaultDir[i])
strcpy( path, DefaultDir[i] );
strcat( path, fn );
ext = GetExtPart( path );
*ext++ = '.';
strcpy( ext, GetExt( i ) );
} else {
/* filename has been set by cmdline option -Fo, -Fl or -Fr */
const char *fn2;
strcpy( path, Options.names[i] );
fn2 = GetFNamePart( path );
if( *fn2 == NULLC )
strcpy( (char *)fn2, fn );
ext = GetExtPart( fn2 );
if( *ext == NULLC ) {
*ext++ = '.';
strcpy( ext, GetExt( i ) );
}
}
DebugMsg(("SetFilenames: i=%u >%s<\n", i, path ));
CurrFName[i] = LclAlloc( strlen( path ) + 1 );
strcpy( CurrFName[i], path );
}
return;
}
/* init assembler. called once per module */
static void AssembleInit( const char *source )
/********************************************/
{
DebugMsg(("AssembleInit(\"%s\") enter\n", source ));
MemInit();
//start_label = NULL;
//start_displ = 0;
write_to_file = FALSE;
//GeneratedCode = 0;
LinnumQueue.head = NULL;
SetFilenames( source );
#if FASTPASS
FastpassInit();
#endif
open_files();
#if BUILD_TARGET
get_os_include();
#endif
ReswTableInit();
SymInit();
InputInit();
ModuleInit();
CondInit();
ExprEvalInit();
LstInit();
DebugMsg(("AssembleInit() exit\n"));
return;
}
#ifdef DEBUG_OUT
void DumpInstrStats( void );
#endif
/* called once per module. AssembleModule() cleanup */
static void AssembleFini( void )
/******************************/
{
int i;
SegmentFini();
SymFini();
ResWordsFini();
#ifdef DEBUG_OUT
DumpInstrStats();
MacroFini();
#endif
FreePubQueue();
#if FASTMEM==0
FreeLibQueue();
ContextFini();
HllFini();
#endif
InputFini();
close_files();
#if FASTPASS
#if FASTMEM==0
FreeLineStore();
#endif
#endif
for ( i = 0; i < NUM_FILE_TYPES; i++ ) {
LclFree( CurrFName[i] );
/* v2.05: make sure the pointer for ERR is cleared */
CurrFName[i] = NULL;
}
MemFini();
return;
}
/* AssembleModule() assembles one source file */
int EXPQUAL AssembleModule( const char *source )
/**********************************************/
{
uint_32 prev_written = -1;
uint_32 curr_written;
int starttime;
int endtime;
struct dsym *seg;
DebugMsg(("AssembleModule(\"%s\") enter\n", source ));
memset( &ModuleInfo, 0, sizeof(ModuleInfo) );
DebugCmd( ModuleInfo.cref = TRUE ); /* enable debug displays */
#if 1 //def __SW_BD
/* fatal errors during assembly won't terminate the program,
* just the assembly step.!
*/
if ( setjmp( jmpenv ) ) {
if ( ModuleInfo.g.src_stack )
ClearSrcStack(); /* avoid memory leaks! */
goto done;
}
#endif
AssembleInit( source );
starttime = clock();
#if 0 /* 1=trigger a protection fault */
seg = NULL;
seg->sym.state = SYM_UNDEFINED;
#endif
for( Parse_Pass = PASS_1; ; Parse_Pass++ ) {
DebugMsg(( "*************\npass %u\n*************\n", Parse_Pass + 1 ));
OnePass();
if( ModuleInfo.g.error_count > 0 ) {
DebugMsg(("AssembleModule(%u): errorcnt=%u\n", Parse_Pass + 1, ModuleInfo.g.error_count ));
break;
}
/* calculate total size of segments */
for ( curr_written = 0, seg = SymTables[TAB_SEG].head; seg ; seg = seg->next ) {
/* v2.04: use <max_offset> instead of <bytes_written>
* (the latter is not always reliable due to backpatching).
*/
//curr_written += seg->e.seginfo->bytes_written;
curr_written += seg->sym.max_offset;
DebugMsg(("AssembleModule(%u): segm=%-8s start=%8" I32_SPEC "X max_ofs=%8" I32_SPEC "X written=%" I32_SPEC "X\n",
Parse_Pass + 1, seg->sym.name, seg->e.seginfo->start_loc, seg->sym.max_offset,
seg->e.seginfo->bytes_written ));
}
/* if there's no phase error and size of segments didn't change, we're done */
DebugMsg(("AssembleModule(%u): PhaseError=%u, prev_written=%" I32_SPEC "X, curr_written=%" I32_SPEC "X\n", Parse_Pass + 1, ModuleInfo.PhaseError, prev_written, curr_written));
if( !ModuleInfo.PhaseError && prev_written == curr_written )
break;
#ifdef DEBUG_OUT
if ( curr_written < prev_written && prev_written != -1 ) {
printf( "size shrank from %" I32_SPEC "X to %" I32_SPEC "X in pass %u\n", prev_written, curr_written, Parse_Pass + 1 );
}
#endif
DebugMsg(("AssembleModule(%u): prepare for next pass\n", Parse_Pass + 1));
prev_written = curr_written;
if ( Parse_Pass % 200 == 199 )
EmitWarn( 2, ASSEMBLY_PASSES, Parse_Pass+1 );
#ifdef DEBUG_OUT
if ( Options.max_passes && Parse_Pass == (Options.max_passes - 1) )
break;
#endif
if ( Options.line_numbers ) {
#if COFF_SUPPORT
if ( Options.output_format == OFORMAT_COFF ) {
for( seg = SymTables[TAB_SEG].head; seg; seg = seg->next ) {
if ( seg->e.seginfo->LinnumQueue )
QueueDeleteLinnum( seg->e.seginfo->LinnumQueue );
seg->e.seginfo->LinnumQueue = NULL;
}
} else {
#endif
QueueDeleteLinnum( &LinnumQueue );
LinnumQueue.head = NULL;
#if COFF_SUPPORT
}
#endif
}
/* set file position of ASM and LST files for next pass */
rewind( CurrFile[ASM] );
if ( write_to_file && Options.output_format == OFORMAT_OMF )
omf_set_filepos();
#if FASTPASS
if ( UseSavedState == FALSE && CurrFile[LST] ) {
#else
if ( CurrFile[LST] ) {
#endif
rewind( CurrFile[LST] );
LstInit();
}
} /* end for() */
if ( ( Parse_Pass > PASS_1 ) && write_to_file )
WriteModule( &ModuleInfo );
if ( ModuleInfo.pCodeBuff ) {
LclFree( ModuleInfo.pCodeBuff );
}
DebugMsg(("AssembleModule: finished, cleanup\n"));
/* Write a symbol listing file (if requested) */
LstWriteCRef();
endtime = clock(); /* is in ms already */
sprintf( CurrSource, MsgGetEx( MSG_ASSEMBLY_RESULTS ),
GetFName( ModuleInfo.srcfile )->fname,
GetLineNumber(),
Parse_Pass + 1,
endtime - starttime,
ModuleInfo.g.warning_count,
ModuleInfo.g.error_count);
if ( Options.quiet == FALSE )
printf( "%s\n", CurrSource );
if ( CurrFile[LST] ) {
LstPrintf( CurrSource );
LstNL();
}
#if 1 //def __SW_BD
done:
#endif
AssembleFini();
DebugMsg(("AssembleModule exit\n"));
return( ModuleInfo.g.error_count == 0 );
}
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