char *GetMacroValue( const char *name )
/*********************************************
* Now we need to check for string substitution
* $(MACRONAME:oldstring=newstring)
*/
{
char *InName;
const char *beforeSub;
char *afterSub;
char *current;
const char *new;
const char *old;
char *line;
InName = StrDupSafe( name );
current = strchr( InName, COLON );
if( current == NULL ) {
beforeSub = GetMacroValueProcess( InName );
if( beforeSub == NULL ) {
afterSub = NULL;
} else {
afterSub = StrDupSafe( beforeSub );
}
} else {
*current++ = NULLCHAR;
beforeSub = GetMacroValueProcess( InName );
if( beforeSub == NULL ) {
afterSub = NULL;
} else {
line = NULL;
// recursively expand so $(macro:sub) OK if macro contains another
if( strchr( beforeSub, DOLLAR ) != NULL ) {
UnGetCH( STRM_MAGIC );
InsString( beforeSub, FALSE );
beforeSub = line = DeMacro( TOK_MAGIC );
GetCHR(); // eat STRM_MAGIC
}
if( beforeSub == NULL ) {
afterSub = NULL;
} else {
if( getOldNewString( current, &old, &new ) == RET_SUCCESS ) {
afterSub = doStringSubstitute( beforeSub, old, new );
} else {
afterSub = NULL;
PrtMsg( ERR | LOC | INVALID_STRING_SUBSTITUTE );
}
if( line ) {
FreeSafe( line );
}
}
}
}
void OSLoadDLL( char *cmd_name, char *dll_name, char *ent_name )
/**************************************************************/
{
DLL_CMD *n;
// we want newer !loaddlls to take precedence
n = MallocSafe( sizeof( *n ) );
n->cmd_name = StrDupSafe( cmd_name );
n->next = dllCommandList;
dllCommandList = n;
IdeDrvInit( &n->inf, StrDupSafe( dll_name ),
(ent_name == NULL) ? NULL : StrDupSafe( ent_name ) );
}
STATIC char *getCurlPath( void )
/*******************************
* get the path between { and }
*/
{
STRM_T s;
char path[_MAX_PATH + 1];
int pos;
pos = 0;
s = PreGetCH();
if( s == L_CURL_PAREN ) {
for( s = PreGetCH(); s != R_CURL_PAREN && s != EOL && pos < _MAX_PATH; s = PreGetCH() ) {
path[pos++] = s;
}
path[pos] = NULLCHAR;
if( s == EOL ) {
UnGetCH( EOL );
PrtMsg( ERR | LOC | NON_MATCHING_CURL_PAREN);
} else if( pos == _MAX_PATH ) {
PrtMsg( WRN | LOC | PATH_TOO_LONG );
}
return( StrDupSafe( path ) );
} else {
UnGetCH( s );
return( "" );
}
}
TOKEN_T LexMacDef( STRM_T s )
/************************************
* returns: MAC_TEXT, or MAC_WS up to EOL or $+
*/
{
char *cur;
BOOLEAN onlyws; /* are we collecting ws? */
char text[MAX_TOK_SIZE]; /* store stuff here temp. */
if( s == STRM_END ) {
return( TOK_END );
}
if( s == STRM_MAGIC ) {
return( TOK_MAGIC );
}
if( s == EOL ) {
return( TOK_EOL );
}
assert( isascii( s ) );
cur = text;
if( s == DOLLAR ) {
*cur++ = DOLLAR;
s = PreGetCH();
if( s == '+' ) {
return( MAC_EXPAND_ON );
}
}
onlyws = isws( s );
while( cur - text < MAX_TOK_SIZE - 1 ) {
*cur++ = s;
s = PreGetCH();
if( s == STRM_END
|| s == STRM_MAGIC
|| s == EOL
|| s == DOLLAR
|| (onlyws && !isws( s ))
|| (!onlyws && isws( s )) ) {
break;
}
}
UnGetCH( s );
*cur = NULLCHAR;
CurAttr.u.ptr = StrDupSafe( text );
if( onlyws ) {
return( MAC_WS );
}
return( MAC_TEXT );
}
void RenameTarget( TARGET *targ, const char *newname )
/****************************************************/
{
(void)RemHashNode( targTab, targ->node.name, CASESENSITIVE );
if( targ->node.name != NULL ) {
FreeSafe( targ->node.name );
}
targ->node.name = FixName( StrDupSafe( newname ) );
AddHashNode( targTab, (HASHNODE *)targ );
}
STATIC bool checkMacro( STRM_T s )
/*********************************
* returns: true if the line WAS a macro defn
* false if it wasn't
* recognizes: {macc}+{ws}*"="{ws}*{defn}*"\n"
* {macc}+{ws}*"+="{ws}*{defn}*"\n"
* second gets translated from "macro += defn" to "macro=$+$(macro)$- defn"
*/
{
char mac[MAX_MAC_NAME];
unsigned pos;
bool ws;
pos = 0;
while( pos < MAX_MAC_NAME && sismacc( s ) ) {
mac[pos++] = s;
s = PreGetCHR();
}
if( pos == MAX_MAC_NAME ) {
PrtMsg( FTL | LOC | MAXIMUM_TOKEN_IS, MAX_MAC_NAME - 1 );
ExitFatal();
// never return
}
mac[pos] = NULLCHAR;
ws = sisws( s );
while( sisws( s ) ) {
s = PreGetCHR();
}
if( s == '=' ) {
DefMacro( mac );
return( true ); /* go around again */
} else if( s == '+' ) {
s = PreGetCHR();
if( s == '=' ) {
InsString( ")$-", false );
InsString( mac, false );
InsString( "$+$(", false );
DefMacro( mac );
return( true ); /* go around again */
}
UnGetCHR( s );
s = '+';
}
UnGetCHR( s ); /* not a macro line, put everything back*/
if( ws ) {
UnGetCHR( ' ' );
}
InsString( StrDupSafe( mac + 1 ), true );
return( false );
}
STATIC BOOLEAN checkMacro( STRM_T s )
/*************************************
* returns: TRUE if the line WAS a macro defn
* FALSE if it wasn't
* recognizes: {macc}+{ws}*"="{ws}*{defn}*"\n"
* {macc}+{ws}*"+="{ws}*{defn}*"\n"
* second gets translated from "macro += defn" to "macro=$+$(macro)$- defn"
*/
{
char mac[MAX_MAC_NAME];
unsigned pos;
BOOLEAN ws;
pos = 0;
while( pos < MAX_MAC_NAME && ismacc( s ) ) {
mac[pos++] = s;
s = PreGetCH();
}
if( pos == MAX_MAC_NAME ) {
PrtMsgExit(( FTL | LOC | MAXIMUM_TOKEN_IS, MAX_MAC_NAME - 1 ));
}
mac[pos] = NULLCHAR;
ws = isws( s );
while( isws( s ) ) {
s = PreGetCH();
}
if( s == '=' ) {
DefMacro( mac );
return( TRUE ); /* go around again */
} else if( s == '+' ) {
s = PreGetCH();
if( s == '=' ) {
InsString( ")$-", FALSE );
InsString( mac, FALSE );
InsString( "$+$(", FALSE );
DefMacro( mac );
return( TRUE ); /* go around again */
}
UnGetCH( s );
s = '+';
}
UnGetCH( s ); /* not a macro line, put everything back*/
if( ws ) {
UnGetCH( SPACE );
}
InsString( StrDupSafe( mac + 1 ), TRUE );
return( FALSE );
}
STATIC TOKEN_T lexFileName( STRM_T s )
/*************************************
* Now we need two ways of taking file names if the filename needs special
* characters then use "filename" this will ignore all the different
* characters except for the quote which can be specified as \t
*/
{
char file[_MAX_PATH];
unsigned pos;
assert( sisfilec( s ) || s == '\"' ||
( (Glob.compat_nmake || Glob.compat_posix) && s == SPECIAL_TMP_DOLLAR ) );
if( s == '\"' ) {
return( lexLongFilePathName( s, TOK_FILENAME ) );
}
pos = 0;
while( pos < _MAX_PATH && (sisfilec( s ) ||
( s == SPECIAL_TMP_DOLLAR && (Glob.compat_nmake || Glob.compat_posix) ) ) ) {
file[pos++] = s;
s = PreGetCHR();
}
if( pos == _MAX_PATH ) {
PrtMsg( FTL | LOC | MAXIMUM_TOKEN_IS, _MAX_PATH - 1 ); // NOTREACHED
ExitFatal();
// never return
}
file[pos] = NULLCHAR;
UnGetCHR( s );
/* if it is a file, we have to check last position for a ':', and
* trim it off if it's there */
if( pos > 1 && file[pos - 1] == ':' ) {
file[pos - 1] = NULLCHAR; /* trim a trailing colon */
UnGetCHR( ':' ); /* push back the colon */
--pos;
}
/*
* try to do the trim twice because if file ends with a double colon
* it means its a double colon explicit rule
*/
if( pos > 1 && file[pos - 1] == ':' ) {
file[pos - 1] = NULLCHAR; /* trim a trailing colon */
UnGetCHR( ':' ); /* push back the colon */
}
CurAttr.u.ptr = StrDupSafe( file );
return( TOK_FILENAME );
}
STATIC TOKEN_T lexLongFilePathName( STRM_T s, TOKEN_T tok )
/**********************************************************
* This will enable taking in of special filenames
* it takes long file names or long path names
*/
{
char file[_MAX_PATH];
int pos;
assert( s == '\"' );
pos = 0;
s = PreGetCHR();
/* \" is considered a double quote character */
/* and if a double quote is found again then we break out as the end */
/* of the filename */
while( pos < _MAX_PATH && s != '\"' && s != '\n' && s != STRM_END ) {
file[pos++] = s;
s = PreGetCHR();
if( s == '\\' ) {
if( pos >= _MAX_PATH ) {
break;
}
s = PreGetCHR();
if( s == '\"' ) {
file[pos++] = s;
s = PreGetCHR();
} else {
file[pos++] = '\\';
}
}
}
if( pos >= _MAX_PATH ) {
PrtMsg( FTL | LOC | MAXIMUM_TOKEN_IS, _MAX_PATH - 1 ); // NOTREACHED
ExitFatal();
// never return
}
file[pos] = NULLCHAR;
if( s != '\"' ) {
UnGetCHR( s );
}
CurAttr.u.ptr = StrDupSafe( file );
return( tok );
}
char *GetCurDeps( BOOLEAN younger, BOOLEAN isMacInf )
/**********************************************************/
{
TLIST *walk;
VECSTR vec;
BOOLEAN written;
TARGET *targ;
struct exStack cur;
const char *formattedString;
char *ret;
cur = exGetCurVars();
// This is for Glob.microsoft and Glob.posix
// $< and $** are different
if( isMacInf ) {
cur.dep = cur.impDep;
} else {
if( cur.dep == NULL ) {
cur.dep = cur.impDep;
}
}
if( (younger && cur.targ == NULL) ||
cur.dep == NULL || cur.dep->targs == NULL ) {
return( StrDupSafe( "" ) );
}
vec = StartVec();
written = FALSE;
walk = cur.dep->targs;
while( walk != NULL ) {
targ = walk->target;
if( !younger || dateCmp( cur.targ->date, targ->date ) < 0 ) {
if( written ) {
WriteVec( vec, " " );
}
formattedString = procPath( targ->node.name );
WriteVec( vec, formattedString );
written = TRUE;
}
walk = walk->next;
}
ret = FinishVec( vec );
return( ret );
}
char *GetCurDeps( bool younger, bool isMacInf )
/*********************************************/
{
TLIST *tlist;
VECSTR vec;
bool written;
TARGET *targ;
struct exStack cur;
const char *formattedString;
char *ret;
cur = exGetCurVars();
// This is for Glob.compat_nmake and Glob.compat_posix
// $< and $** are different
if( isMacInf ) {
cur.dep = cur.impDep;
} else {
if( cur.dep == NULL ) {
cur.dep = cur.impDep;
}
}
if( (younger && cur.targ == NULL) ||
cur.dep == NULL || cur.dep->targs == NULL ) {
return( StrDupSafe( "" ) );
}
vec = StartVec();
written = false;
for( tlist = cur.dep->targs; tlist != NULL; tlist = tlist->next ) {
targ = tlist->target;
if( !younger || dateCmp( cur.targ->date, targ->date ) < 0 ) {
if( written ) {
WriteVec( vec, " " );
}
formattedString = procPath( targ->node.name );
WriteVec( vec, formattedString );
written = true;
}
}
ret = FinishVec( vec );
return( ret );
}
RET_T InsFile( const char *name, BOOLEAN envsearch )
/**********************************************************
* Open file named name, and push it into stream. If can't find name, it
* tries an implicit suffix search (possibly using the env variable PATH)
*/
{
SENT *tmp;
int fh;
char path[_MAX_PATH];
assert( name != NULL );
if( TrySufPath( path, name, NULL, envsearch ) == RET_SUCCESS ) {
PrtMsg( DBG | INF | LOC | ENTERING_FILE, path );
fh = sopen3( path, O_RDONLY | O_BINARY, SH_DENYWR );
if( fh == -1 ) {
return( RET_ERROR );
}
tmp = getSENT( SENT_FILE );
tmp->free = TRUE;
tmp->data.file.name = StrDupSafe( path );
pushFH( tmp, fh );
if( !Glob.overide ) {
UnGetCH( EOL );
InsString( path, FALSE );
InsString( "$+$(__MAKEFILES__)$- ", FALSE );
DefMacro( "__MAKEFILES__" );
}
return( RET_SUCCESS );
}
return( RET_ERROR );
}
STATIC char *CatModifier( char *inString, BOOLEAN destroy )
/**********************************************************
* Get the modifier
* if it is modify the value inInString to the specs of the modifier
* it then returns the modified string with the right format
*/
{
STRM_T s;
VECSTR output;
char buffer[2];
char *ret;
assert( inString != NULL );
s = PreGetCH();
if( ismsmodifier( s ) ) {
buffer[0] = s;
buffer[1] = NULLCHAR;
output = StartVec();
WriteVec( output, "" );
CatStrToVec( output, inString );
CatStrToVec( output, buffer );
if( destroy ) {
FreeSafe( inString );
}
return( FinishVec( output ) );
} else {
UnGetCH( s );
ret = StrDupSafe( inString );
if( destroy ) {
FreeSafe( inString );
}
return( ret );
}
}
STATIC char *DeMacroDoubleQuote( BOOLEAN IsDoubleQuote )
/*******************************************************
* This procedure takes care of double quotes in the stream
* Note: each double quote must be paired with a double quote in the
* input stream or this will expand until the EOL a backlash double
* quote will be considered as a non-double quote.
*/
{
char buffer[_MAX_PATH];
char *current;
char *p;
VECSTR OutString;
int pos;
STRM_T s;
BOOLEAN StartDoubleQuote;
s = PreGetCH();
UnGetCH( s );
if( s == EOL || s == STRM_END || s == STRM_MAGIC ) {
return( StrDupSafe( "" ) );
}
if( s == STRM_TMP_LEX_START ) {
PreGetCH(); /* Eat STRM_TMP_LEX_START */
pos = 0;
for( s = PreGetCH(); s != STRM_MAGIC && pos < _MAX_PATH; s = PreGetCH() ) {
assert( s != EOL || s != STRM_END );
buffer[pos++] = s;
}
if( pos >= _MAX_PATH ) {
PrtMsgExit(( FTL | LOC | MAXIMUM_TOKEN_IS, _MAX_PATH - 1 )); // NOTREACHED
}
buffer[pos] = NULLCHAR;
p = StrDupSafe( buffer );
} else {
p = DeMacro( MAC_WS );
}
StartDoubleQuote = IsDoubleQuote;
for( current = p; *current != NULLCHAR; ++current ) {
if( *current == DOUBLEQUOTE ) {
if( !IsDoubleQuote ) {
/* Found the start of a Double Quoted String */
if( current != p ) {
UnGetCH( STRM_MAGIC );
InsString( StrDupSafe( current ), TRUE );
UnGetCH( STRM_TMP_LEX_START );
*current = NULLCHAR;
return( p );
}
IsDoubleQuote = TRUE;
} else {
/* Found the end of the Double Quoted String */
if( *(current + 1) != NULLCHAR) {
UnGetCH( STRM_MAGIC );
InsString( StrDupSafe( current + 1 ), TRUE );
UnGetCH( STRM_TMP_LEX_START );
*(current + 1) = NULLCHAR;
}
return( p );
}
}
}
if( !StartDoubleQuote && !IsDoubleQuote ) {
/* there are no double quotes in the text */
/* so return text as is */
return( p );
}
pos = 0;
s = PreGetCH();
while( isws( s ) ) {
buffer[pos++] = s;
s = PreGetCH();
}
buffer[pos] = NULLCHAR;
UnGetCH( s );
OutString = StartVec();
CatStrToVec( OutString, p );
FreeSafe( p );
CatStrToVec( OutString, buffer );
p = DeMacroDoubleQuote( TRUE );
CatStrToVec( OutString, p );
FreeSafe( p );
return( FinishVec( OutString ) );
}
STATIC TOKEN_T lexDotName( void )
/********************************
* Given that the last character was a DOT, input the maximum string
* possible, and check if it is a TOK_DOTNAME, TOK_SUF, or TOK_SUFSUF
* Special cases to look for: "."{dirc}; ".."{dirc}; ".."{extc}+;
* and "."{extc}+"."
* recognizes:
* "."{extc}* TOK_SUF
* "."{extc}*"."{extc}* TOK_SUFSUF
* "{"path"}""."{extc}*"{"path"}""."{extc} TOK_SUFSUF
* "."{dot-name} TOK_DOTNAME
* "."{dirc} passes to lexFileName()
* ".."{dirc} passes to lexFileName()
*/
{
char ext[MAX_SUFFIX];
unsigned pos;
STRM_T s;
STRM_T s2;
TOKEN_T ret;
pos = 0;
if( *targ_path != NULLCHAR ) {
FreeSafe( targ_path );
targ_path = "";
}
if( *dep_path != NULLCHAR ) {
FreeSafe( dep_path );
dep_path = "";
}
dep_path = getCurlPath();
s = PreGetCH();
if( s != DOT ) {
PrtMsg( ERR | LOC | INVALID_SUFSUF );
return( TOK_NULL );
} else {
ext[pos++] = DOT;
s = PreGetCH();
}
if( isdirc( s ) || s == PATH_SPLIT || s == ';' ) { // check for "."{dirc}
UnGetCH( s );
if( *dep_path != NULLCHAR ) {
PrtMsg( ERR | LOC | INVALID_SUFSUF );
}
return( lexFileName( DOT ) );
}
if( s == DOT ) { /* check if ".."{extc} or ".."{dirc} */
s2 = PreGetCH(); /* probe one character */
UnGetCH( s2 );
if( isdirc( s2 ) || s2 == PATH_SPLIT || s2 == ';' ) { // is ".."{dirc}
UnGetCH( s );
if( *dep_path != NULLCHAR ) {
PrtMsg( ERR | LOC | INVALID_SUFSUF );
}
return( lexFileName( DOT ) );
}
} else { /* get string {extc}+ */
while( pos < MAX_SUFFIX && isextc( s ) && s != L_CURL_PAREN ) {
ext[pos++] = s;
s = PreGetCH();
}
if( pos == MAX_SUFFIX ) {
PrtMsgExit(( FTL | LOC | MAXIMUM_TOKEN_IS, MAX_SUFFIX - 1 ));
}
ext[pos] = NULLCHAR;
}
UnGetCH( s );
targ_path = getCurlPath();
s = PreGetCH(); /* next char */
if( s == DOT ) { /* maybe of form "."{extc}*"."{extc}* */
ext[pos++] = s;
for( s = PreGetCH(); pos < MAX_SUFFIX && isextc( s ); s = PreGetCH() ) {
ext[pos++] = s;
}
if( pos == MAX_SUFFIX ) {
PrtMsgExit(( FTL | LOC | MAXIMUM_TOKEN_IS, MAX_SUFFIX - 1 )); //NOTREACHED
}
ext[pos] = NULLCHAR;
ret = TOK_SUFSUF;
} else {
if( *targ_path != NULLCHAR && *dep_path != NULLCHAR ) {
PrtMsg( ERR | LOC | INVALID_SUFSUF );
}
ret = TOK_SUF;
}
UnGetCH( s ); /* put back what we don't need */
if( *targ_path != NULLCHAR && *dep_path != NULLCHAR && ret == TOK_SUF ) {
PrtMsg( ERR | LOC | INVALID_SUFSUF );
} else if( ret == TOK_SUF && checkDotName( ext ) ) {
return( TOK_DOTNAME );
}
CurAttr.u.ptr = StrDupSafe( ext );
return( ret );
}