static void setTempStart( // CALL BACK: SET START OF TEMP CTORING
void* data ) // - state entry
{
temp_entry* te = (temp_entry*)data;
te->start = FstabActualPosn();
}
static void callBackNewCtorEnd( // CALL-BACK: end of new ctor
void* data ) // - COND_STK entry
{
COND_STK* cond = data; // - COND_STK entry
_Dump( cond, "CallBack(END-NEW_CTOR)" );
if( cond->posn_true == FstabActualPosn() ) {
FstabRemove();
cond->mask_set = 0;
cond->mask_clr = NOT_BITARR_MASK( 0 );
}
callBackFini( cond );
};
static void callBackNewCtorEnd( // CALL-BACK: END CTOR OF NEW OBJECT
void *data ) // - patch entry
{
patch_entry* pe = data; // - patch entry
SE* posn; // - current position
posn = FstabActualPosn();
if( posn == pe->se ) {
posn = FstabPrevious( posn );
}
pe->se = posn;
patchSE( pe );
FstabSetSvSe( posn );
}
static void callBackCtorFlag( // CALL-BACK FOR CTOR-FLAG AFTER CTORING
void* data ) // - patch entry
{
CTOR_FLAG_SET* cfs = data; // - patch entry
if( ctorTestReqd( FstabActualPosn(), cfs->se ) ) {
FN_CTL* fctl = FnCtlTop();
unsigned mask = 1 << ( FnCtlCondFlagCtor( fctl ) & 7 );
BEPatchInteger( cfs->ph_clr, 255 - mask );
} else {
BEPatchInteger( cfs->ph_clr, -1 );
}
BEFiniPatch( cfs->ph_clr );
CarveFree( carve_ctor_flag, cfs );
}
static void checkCtorTest( // ELIMINATE CTOR-TEST IF POSSIBLE
void* data ) // - state entry
{
SE* se = data;
SE* test = FstabActualPosn();
#ifndef NDEBUG
if( PragDbgToggle.dump_stab ) {
printf( "CallBack: checkCtorTest: se[%x] test[%x]\n"
, se
, test );
}
#endif
if( ctorTestReqd( test, se ) ) {
// intervening state entries
FstabSetSvSe( se );
} else {
// no intervening state entries
FstabRemove();
}
}
