hash_free()
{
chfree(hashtab,sizeof(*hashtab) * maxhash);
hashtab = 0;
chfree(chain,sizeof(*chain) * maxhash);
chain = 0;
chfree(value,sizeof(*value) * maxhash);
value = 0;
}
structure()
{
VERT v, *head;
if (progress)
fprintf(stderr," getreach:\n");
getreach();
if (routerr) return;
if (progress)
fprintf(stderr," getflow:\n");
getflow();
if (progress)
fprintf(stderr," getthen:\n");
getthen(START);
head = challoc(nodenum * sizeof(*head));
for (v = 0; v < nodenum; ++v)
head[v] = UNDEFINED;
for (v = START; DEFINED(v); v = RSIB(v))
fixhd(v,UNDEFINED,head);
/* fixhd must be called before getloop so that
it gets applied to IFVX which becomes NXT(w) for UNTVX w */
if (progress)
fprintf(stderr," getloop:\n");
getloop();
if (progress)
fprintf(stderr," getbranch:\n");
getbranch(head);
chfree(head,nodenum * sizeof(*head));
head = 0;
}
getreach() /* obtain REACH(v) for each node v */
{
VERT v;
struct pair *pr;
for (v = 0; v < nodenum; ++v)
REACH(v) = UNDEFINED;
number(START);
for (v = START; DEFINED(v); v = RSIB(v))
{
pr = exits(v); /* need to free the space for pr */
chfree(pr,sizeof(*pr));
}
}
output()
{
VERT w;
int i;
brace = challoc(nodenum * sizeof(*brace));
for (i = 0; i < nodenum; ++i)
brace[i] = FALSE;
if (progress) fprintf(stderr,"ndbrace:\n");
for (w = START; DEFINED(w); w = RSIB(w))
ndbrace(w);
if (progress) fprintf(stderr,"outrat:\n");
for (w = START; DEFINED(w); w = RSIB(w))
outrat(w,0,YESTAB);
OUTSTR("END\n");
chfree(brace,nodenum * sizeof(*brace));
brace = 0;
}
void PDFDocClose ( PDFDocHandle Doc )
{
ppUns32 i;
#ifdef WINDOWS_PLATFORM
ReleaseDC(0,_DOC->DC);
#endif
for ( i = 1; i < _DOC->Size; i++){
if (_DOC->Entries[i].Loaded)
CosFree(_DOC->Entries[i].Obj);
};
mfree(_LIB, _DOC->Entries);
if (!_IsCosNull(_DOC->CryptoInfo.FileID ) )
CosFree( _DOC->CryptoInfo.FileID);
chfree(_LIB, _DOC->CryptoInfo.AlgList );
CosFree ( _DOC->CryptoInfo.Algorithms);
if (_DOC->UPassword)
mfree(_LIB, _DOC->UPassword);
if (_DOC->OPassword)
mfree(_LIB, _DOC->OPassword);
if (_DOC->AutoRemove)
if (_DOC->Strm) ULStreamClose(_DOC->Strm);
if (_DOC->Pages){
for (i=0;i<_DOC->Pages->Size;i++){
CosFree ( ( ( PPDFPageInfo ) _DOC->Pages->FList[i] )->Inh );
mfree(_LIB, _DOC->Pages->FList[i]);
}
ULListFree(_DOC->Pages);
}
if ( _DOC->FontList ){
for ( i = 0; i < _DOC->FontList->Size; i++ ){
switch ((ppUns32)(( PPDFFontInfo )_DOC->FontList->FList[i])->Type ){
case PDFTrueTypeFont:
PDFFontTrueTypeClear(_LIB, (( PPDFFontInfo )_DOC->FontList->FList[i]));
break;
case PDFType1Font:
mfree(_LIB, (( PPDFFontInfo )_DOC->FontList->FList[i])->FontInfo.T1Info );
break;
}
mfree(_LIB, _DOC->FontList->FList[i]);
}
ULListFree(_DOC->FontList);
}
if ( _DOC->ImageList ){
for (i=0;i<_DOC->ImageList->Size;i++){
mfree(_LIB, _DOC->ImageList->FList[i]);
}
ULListFree(_DOC->ImageList);
}
if ( _DOC->GStateList ){
ULExtListFree ( _DOC->GStateList );
}
if ( _DOC->AcroFormList ){
for ( i = 0; i < _DOC->AcroFormList->Size;i++ ){
PDFAcroObjectFree ( Doc, i );
}
ULListFree ( _DOC->AcroFormList );
}
if ( _DOC->ActionList ){
ULExtListFree ( _DOC->ActionList );
}
#ifdef WINDOWS_PLATFORM
if (_DOC->TTFList){
for (i=0;i<_DOC->TTFList->Size;i++)
mfree(_LIB, _DOC->TTFList->FList[i]);
ULListFree(_DOC->TTFList);
}
if (_DOC->UseScreen)
ReleaseDC(0, _DOC->DC);
else
DeleteDC(_DOC->DC);
#endif
#ifndef NOT_USE_SIGN
sig_DisposeContext(_LIB, _DOC->SigCtx);
_DOC->SigCtx=NULL;
#endif
PDFAcroFreeForms ( Doc );
mfree(_LIB, Doc);
}
