void
appendPseudoTargetList(
STRINGLIST **pseudo,
STRINGLIST *list
)
{
STRINGLIST *p, *q, *r;
char *t, *u;
while ((p = list)) {
if (!_tcschr(p->text, '$')) {
list = list->next;
p->next = NULL;
appendItem(pseudo, p);
} else {
r = macros;
t = expandMacros(p->text, ¯os);
while (r != macros) {
q = r->next;
FREE_STRINGLIST(r);
r = q;
}
for (u = _tcstok(t, " \t"); u; u = _tcstok(NULL, " \t")) {
q = makeNewStrListElement();
q->text = makeString(u);
appendItem(pseudo, q);
}
FREE(t);
FREE(p->text);
list = list->next;
FREE_STRINGLIST(p);
}
}
}
void
addItemToList()
{
STRINGLIST *p; // from lexer
STRINGLIST *NewList;
if (name) {
SET(actionFlags, A_TARGET);
startNameList();
name = NULL;
}
if (ON(actionFlags, A_TARGET)) {
if (isRule(buf)) {
if (ON(actionFlags, A_RULE))
makeError(currentLine, TOO_MANY_RULE_NAMES);
makeError(currentLine, MIXED_RULES);
}
}
p = makeNewStrListElement();
if (ON(actionFlags, A_STRING)) { // we collect macros
p->text = string; // for dependents &
string = NULL; // build lines for
} else // non-implicit rules
p->text = makeString(buf);
NewList = p; // build lines for
if (OFF(actionFlags, A_RULE) // rules get expanded
|| ON(actionFlags, A_TARGET)) // after entire make-
{
findMacroValues(p->text, ¯os, NULL, NULL, 0, 0, 0); // file parsed
}
if (ON(actionFlags, A_TARGET)) {
p = macros;
expandFileNames("$", &NewList, ¯os);
expandFileNames("*?", &NewList, NULL);
while ((macros = p)) {
p = p->next;
FREE_STRINGLIST(macros);
}
}
appendItem(&list, NewList);
}
void
startNameList()
{
STRINGLIST *p;
currentFlags = flags; // set flags for cur target
p = makeNewStrListElement();
p->text = name;
list = p; // list contains name
p = macros;
expandFileNames("$", &list, ¯os); // expand macros in name
expandFileNames("*?", &list, NULL); // expand wildcards
while ((macros = p)) { // free macro list
p = p->next;
FREE_STRINGLIST(macros);
}
if (!list && OFF(actionFlags, A_TARGET))
makeError(line, TARGET_MACRO_IS_NULL, name); // target null & 1 target
if (list && isRule(list->text))
SET(actionFlags, A_RULE);
}
void __cdecl
main(
unsigned argc,
char *argv[],
char *envp[]) /* environment variables */
{
extern unsigned saveBytes;
extern char **envPtr;
int status; /* returned by doMake */
extern char *makeStr;
#ifdef OS2_SIGNALS
PUSHORT prev;
unsigned long _FAR *pfnsig;
#endif
InitializeEnv();
#if defined(FLAT)
fRunningUnderTNT = FIsTNT();
#endif
initCharmap();
initMacroTable(macroTable);
#ifdef DEBUG_MEMORY
//This puts 0xff in all free entries in the heap
_heapset(0xff);
#endif
envPtr = envp;
#ifdef DEBUG_COMMANDLINE
{
int iArg = argc;
char **chchArg = argv;
for (; iArg--; chchArg++)
printf("'%s' ", *chchArg);
printf("\n");
}
#endif
#ifdef TEST_RUNTIME
//Tests RunTime error R6001
{char near *foo = NULL; *foo = '1';}
#endif
#ifdef DOS
startupDir = getCurDir();
#endif
#ifdef FLAT
resultbuf_size = sizeof(struct _finddata_t);
#ifdef NT
ext_size = CCHMAXPATHCOMP;
filename_size = CCHMAXPATHCOMP;
filenameext_size = CCHMAXPATH;
#endif
#else
/* If OS/2 1.2 and beyond then allowed max sizes vary
*/
if (_osmajor < 10 || _osmode == DOS_MODE)
resultbuf_size = sizeof(struct find_t);
else if (_osminor < 20)
resultbuf_size = sizeof(struct FileFindBuf);
else {
ext_size = CCHMAXPATHCOMP;
filename_size = CCHMAXPATHCOMP;
filenameext_size = CCHMAXPATH;
resultbuf_size = sizeof(struct _FILEFINDBUF);
}
#endif
if (!makeStr) /* extract file name */
if (!filename(_ftcscpy(fileStr, _pgmptr), &makeStr))
makeStr = "NMAKE";
// Initialize the message file
SetErrorFile("nmake.err", _pgmptr, 1); // 1=Search Exe Path
#if defined(SELF_RECURSE)
initSavPtr = (char *)allocate(saveBytes = (&endOfSave - &startOfSave));
memmove(initSavPtr, &startOfSave, saveBytes);
#endif
/* set up handler for .PRECIOUS the handler tries to remove the
* current target when control-C'd, unless it is "precious"
*/
#ifdef OS2_SIGNALS
This commented out part was trial for using OS/2 function calls
It still has some problems
DOSSETSIGHANDLER(chkPrecious, pfnsig, prev, SIGA_ACCEPT, SIG_CTRLC);
if (_osmode == OS2_MODE) {
DOSSETSIGHANDLER(chkPrecious, NULL, NULL, SIGA_ACCEPT, SIG_CTRLBREAK);
DOSSETSIGHANDLER(chkPrecious, NULL, NULL, SIGA_ACCEPT, SIG_KILLPROCESS);
}
#endif
signal(SIGINT, chkPrecious);
signal(SIGTERM, chkPrecious);
makeIdeMessage(0, 0);
status = doMake(argc, argv, NULL);
#ifndef NO_OPTION_Z
/* If -Z is specified then NMAKE needs to have errorLevel check in the
* batch file. So add the goto label for exit and print the Reverse batch
* file
*/
if (ON(gFlags, F1_REVERSE_BATCH_FILE)) {
STRINGLIST *revCmd;
//Adds ':NMAKEEXIT' to jump to end when error occurs
revCmd = makeNewStrListElement();
revCmd->text = nmakeExitLabelCmd;
prependItem(&revList, revCmd);
//'=c' means echo at current line
revCmd = makeNewStrListElement();
revCmd->text = makeString("=c");
appendItem(&revList, revCmd);
//'=d' turns echoing on (unless preceeded by @)
revCmd = makeNewStrListElement();
revCmd->text = makeString("=d");
appendItem(&revList, revCmd);
}
#endif
delScriptFiles();
#ifndef NO_OPTION_Z
if (ON(gFlags, F1_REVERSE_BATCH_FILE))
printReverseFile();
#endif
#ifdef MEMORY_DEBUG
mem_status();
#endif
#ifdef HEAP_DIAGNOSTICS
printHeapDiagnostics();
#endif
#ifdef NMK_DEBUG
fprintf(stderr, "Exiting...\n");
#endif
if (!fSlashKStatus)
//error when slashK specified
status = 1;
#if !defined(NDEBUG) && !defined(NT_BUILD)
printStats();
#endif
exit(status);
}
BOOL
putMacro(
char *name,
char *value,
UCHAR flags
)
{
MACRODEF *p;
STRINGLIST *q;
BOOL defined = FALSE;
BOOL fSyntax = TRUE;
// Convert path separators to the native path separator.
// Do that with a copy of the original string so we don't change
// the original.
value = makeString(value);
#if PLATFORM_UNIX
char *tmp = value;
while ((tmp = FindFirstPathSeparator(tmp))) {
*tmp++ = PATH_SEPARATOR_CHAR;
}
#endif // PLATFORM_UNIX
// Inherit macro definitions. Call removeMacros() to expand sub-macro
// definitions. Must be done before macro is put in table, else
// recursive definitions won't work.
if (ON(flags, M_NON_RESETTABLE)) {
if (*value)
if ((putEnvStr(name,removeMacros(value)) == -1))
makeError(currentLine, OUT_OF_ENV_SPACE);
} else
if (fInheritUserEnv &&
OFF(gFlags, F1_USE_ENVIRON_VARS) &&
getenv(name)
) {
if ((p = findMacro(name))) { // don't let user
if (CANT_REDEFINE(p)) // redefine cmdline
return(FALSE); // macros, MAKE, etc.
}
if ((putEnvStr(name,removeMacros(value)) == -1))
makeError(currentLine, OUT_OF_ENV_SPACE);
}
fInheritUserEnv = (BOOL)FALSE;
if ((p = findMacro(name))) { // don't let user
if (CANT_REDEFINE(p)) // redefine cmdline
return(FALSE); // macros, MAKE, etc.
}
q = makeNewStrListElement();
q->text = value;
if (!p) {
p = makeNewMacro();
p->name = name;
assert(p->flags == 0);
assert(p->values == NULL);
} else
defined = TRUE;
p->flags &= ~M_UNDEFINED; // Is no longer undefined
p->flags |= flags; // Set flags to union of old and new
prependItem((STRINGLIST**)&(p->values), (STRINGLIST*)q);
if (!defined)
insertMacro((STRINGLIST*)p);
if (OFF(flags, M_LITERAL) && _tcschr(value, '$')) { // Check for cyclic Macro Definitions
SET(p->flags, M_EXPANDING_THIS_ONE);
// NULL -> don't build list
fSyntax = findMacroValues(value, NULL, NULL, name, 1, 0, flags);
CLEAR(p->flags, M_EXPANDING_THIS_ONE);
}
if (!fSyntax) {
p->values = NULL;
p->flags |= M_UNDEFINED;
//return(FALSE);
// return TRUE since p has been added to the macro table
// Otherwise the caller may free name and value leaving
// dangling pointers in the macro table.
return(TRUE);
}
return(TRUE);
}
void
expandFileNames(
char *string,
STRINGLIST **sourceList,
STRINGLIST **macroList
)
{
char *s,
*t = NULL;
STRINGLIST *p; // Main list pointer
STRINGLIST *pNew, // Pointer to new list
*pBack; // Pointer to one element back
char *saveText = NULL;
for (pBack = NULL, p = *sourceList; p;) {
// If no expand-character is found, continue to next list element.
if (!_tcspbrk(p->text, string)) {
pBack = p;
p = pBack->next;
continue;
}
// Either expand macros or wildcards.
if (*string == '$') {
t = expandMacros(p->text, macroList);
FREE(p->text);
} else {
// If the wildcard string does not expand to anything, go to
// next list elment. Do not remove p from the original list
// else we must check for null elsewhere.
// -- do not attempt to expand wildcards that
// occur in inference rules
if (isRule(p->text) || (pNew = expandWildCards(p->text)) == NULL) {
pBack = p;
p = pBack->next;
continue;
}
saveText = p->text;
}
// At this point we have a list of expanded names to replace p with.
if (pBack) {
pBack->next = p->next;
FREE_STRINGLIST(p);
p = pBack->next;
} else {
*sourceList = p->next;
FREE_STRINGLIST(p);
p = *sourceList;
}
if (*string == '$') { // if expanding macros
char *str = t;
if ((s = nextComponent(&str))) {
do { // put expanded names
pNew = makeNewStrListElement(); // at front of list
pNew->text = makeString(s); // so we won't try to
prependItem(sourceList, pNew); // re-expand them
if (!pBack)
pBack = pNew;
} while ((s = nextComponent(&str)));
}
FREE(t);
continue;
}
else if (pNew) { // if matches for * ?
if (!pBack)
for (pBack = pNew; pBack->next; pBack = pBack->next)
;
appendItem(&pNew, *sourceList); // put at front of old list
*sourceList = pNew;
}
FREE(saveText);
}
}