node *MYCPPdoPreprocessing(node *syntaxtree)
{
int err;
char *cppcallstr;
char *dirnm, *basenm;
DBUG_ENTER("MYCPPdoPreprocessing");
char *buffer1, *buffer2;
buffer1 = STRcpy(global.infile);
buffer2 = STRcpy(global.infile);
dirnm = dirname( buffer1);
basenm = basename( buffer2);
if (myglobal.cpp_I != NULL)
{
cppcallstr = STRcatn( 10,
"cpp ",
"-I ",
myglobal.cpp_I,
" ",
global.infile,
" > ",
dirnm,
"/.",
basenm,
".cpp");
}
else
{
cppcallstr = STRcatn( 7,
"cpp ",
global.infile,
" > ",
dirnm,
"/.",
basenm,
".cpp");
}
err = system( cppcallstr);
cppcallstr = MEMfree( cppcallstr);
if ( err) {
CTIabort( "Unable to run C preprocessor");
}
global.cpp = TRUE;
MEMfree(buffer1);
MEMfree(buffer2);
MEMfree(cppcallstr);
DBUG_RETURN( syntaxtree);
}
void oImgBitmap::setContents(EXTfldval &pContents) {
if (mImage == NULL) {
// really?
} else {
// We get the binary as is, we assume the contents is raw picture data in any format supported by STB
qlong bitmapLen = pContents.getBinLen();
if (bitmapLen > 0) {
qbyte * bitmapData = (qbyte *)MEMmalloc(sizeof(qbyte) * (bitmapLen+1));
if (bitmapData != NULL) {
qlong reallen;
pContents.getBinary(bitmapLen, bitmapData, reallen);
// and assign it to our image
mImage->copy(bitmapData, reallen);
// and free our memory
MEMfree(bitmapData);
} else {
oBaseComponent::addToTraceLog("setContents: Couldn't allocate memory for pixel buffer");
};
} else {
oBaseComponent::addToTraceLog("setContents: No image specified");
};
};
};
static info *infoFree(info *inf)
{
DBUG_ENTER("infofree");
inf = MEMfree(inf);
DBUG_RETURN(inf);
}
static info *FreeInfo( info *info)
{
DBUG_ENTER ("FreeInfo");
info = MEMfree( info);
DBUG_RETURN( info);
}
static info *FreeInfo( info *info)
{
hashmap_free(info->global);
hashmap_free(info->local);
info = MEMfree( info);
return info;
}
static info *
FreeInfo( info *info)
{
DBUG_ENTER ("FreeInfo");
INFO_LUT( info) = LUTremoveLut( INFO_LUT( info));
info = MEMfree (info);
DBUG_RETURN (info);
}
static info *infoFree(info *inf)
{
DBUG_ENTER("infofree");
dequeueDestroy(INFO_NETDEQUEUE(inf));
dequeueDestroy(INFO_BOXDEQUEUE(inf));
inf = MEMfree(inf);
DBUG_RETURN(inf);
}
/** <!--******************************************************************-->
*
* @fn FREEattribString
*
* @brief Frees String attribute
*
* @param attr String node to process
* @param parent parent node
*
* @return result of Free call, usually NULL
*
***************************************************************************/
char *
FREEattribString (char *attr, node * parent)
{
DBUG_ENTER ("FREEattribString");
if (attr != NULL) {
DBUG_PRINT ("FREE", ("Freeing string '%s' at " F_PTR, attr, attr));
attr = MEMfree (attr);
}
DBUG_RETURN (attr);
}
static void dequeueDestroy(dequeue_t *dequeue)
{
dequeue_element_t *temp;
temp = dequeue->first;
while(temp != NULL) {
temp = dequeueElementFree(temp);
}
MEMfree(dequeue);
}
bool openFile(const char *snetBase, const char *boxBase, const char *boxType)
{
char *fileName = STRcatn(3, boxBase, ".", boxType);
if((srcFile = fopen(fileName, "w")) == NULL) {
CTIerror(CTI_ERRNO_FILE_ACCESS_ERROR,
"Source file %s open failed\n", fileName);
return FALSE;
}
writeGenerationInfo(snetBase, boxBase, boxType);
MEMfree(fileName);
return TRUE;
}
static dequeue_element_t *dequeueElementFree(dequeue_element_t *element)
{
dequeue_element_t *temp;
temp = element->next;
CTIwarnNode(CTI_ERRNO_DEAD_CODE,
element->def,
"Discarding unused metadata (name=\"%s\")",
element->name);
FREEdoFreeTree(element->def);
MEMfree(element);
return temp;
}
node *PPLOCnetdef( node *arg_node, info *arg_info )
{
node *temp;
DBUG_ENTER("PPLOCnetdef");
INFO_TOP(arg_info) = NULL;
if(NETDEF_TOPLEVEL(arg_node)) {
INFO_TOP(arg_info) = arg_node;
}
if(NETDEF_BODY(arg_node) != NULL) {
NETDEF_BODY(arg_node) = TRAVdo(NETDEF_BODY(arg_node), arg_info);
}
if(INFO_TOP(arg_info) != NULL) {
temp = INFO_TOP(arg_info);
MEMfree(NETDEF_NAME(arg_node));
NETDEF_NAME(arg_node) = STRcat(NETDEF_NAME(temp), "__LOC");
NETDEF_SIGN(temp) = /*COPYdoCopyTree(*/NETDEF_SIGN(arg_node)/*)*/;
NETDEF_SIGNED(temp) = NETDEF_SIGNED(arg_node);
NETDEF_SIGN(arg_node) = NULL;
NETDEF_SIGNED(arg_node) = FALSE;
NETDEF_TOPLEVEL(temp) = TRUE;
NETDEF_NOSHIELDS(temp) = TRUE;
NETDEF_TOPLEVEL(arg_node) = FALSE;
NETDEF_NOSHIELDS(arg_node) = TRUE;
arg_node = temp;
INFO_TOP(arg_info) = NULL;
}
DBUG_RETURN(arg_node);
}
static void dequeueElementDestroy(dequeue_element_t *element)
{
MEMfree(element);
}
static info *FreeInfo( info *info)
{
info = MEMfree( info);
return info;
}