void CodeStart(dyncode* p)
{
FreeInst();
p->Size = 0;
Failed = 0;
MoveBack = 0;
DelaySlot = 0;
}
void cResourceMgr::AllFree(void)
{
Free(KEY_MGR);
Free(SCENE_MGR);
Free(TIME_MGR);
Free(CAM_MGR);
Free(CHAR_MGR);
Free(MAP_MGR);
Free(MOB_MGR);
Free(TEXT_MGR);
Free(DATA_MGR);
Free(OPTION);
Free(SOUND_MGR);
D3DFRAME->Free (); //디바이스
FreeInst();
}
void CodeDone(dyncode* p)
{
FreeInst();
FreeCode(p);
}
static
PCODEBLOCK SetBlockBreakAndRetrunLevels(PINTERMEDIATE_STATE psState, PCODEBLOCK psStartBlock, IMG_UINT32 uBrkNestingLevel, IMG_UINT32 uRetNestingLevel, CODEBLOCK** ppsEnabledEndAfterEarlyRetBlock)
{
while(psStartBlock->uNumSuccs > 0)
{
if (psStartBlock->psBody != NULL)
{
switch (psStartBlock->psBody->eOpcode)
{
case ICNDST:
{
uBrkNestingLevel++;
uRetNestingLevel++;
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDEF:
{
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDEND:
{
uBrkNestingLevel--;
uRetNestingLevel--;
psStartBlock = psStartBlock->asSuccs[0].psDest;
break;
}
case ICNDSTLOOP:
{
uRetNestingLevel += 2;
psStartBlock = SetLoopBreakAndRetrunLevels(psState, psStartBlock->asSuccs[0].psDest, uRetNestingLevel, ppsEnabledEndAfterEarlyRetBlock);
uRetNestingLevel -= 2;
break;
}
case ICNDLT:
{
return psStartBlock->asSuccs[1].psDest;
}
case IBREAK:
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uBrkNestingLevel + 2);
psStartBlock->u.sCond.bDontGenBranch = IMG_TRUE;
psStartBlock = psStartBlock->asSuccs[1].psDest;
break;
}
case ICONTINUE:
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uBrkNestingLevel + 1);
psStartBlock = psStartBlock->asSuccs[1].psDest;
break;
}
case IRETURN:
{
if (((*ppsEnabledEndAfterEarlyRetBlock) == NULL) && (psStartBlock->psOwner->psExit->psBody != NULL))
{
PCODEBLOCK psCndExeEndBlock = AllocateBlock(psState, psStartBlock->psOwner);
AppendExecPredInst(psState, psCndExeEndBlock, ICNDEND, USC_PREDREG_NONE, IMG_FALSE /* uCondPredInv */, USC_PREDREG_NONE, 1);
RedirectEdgesFromPredecessors(psState, psStartBlock->psOwner->psExit, psCndExeEndBlock, IMG_FALSE);
SetBlockUnconditional(psState, psCndExeEndBlock, psStartBlock->psOwner->psExit);
*ppsEnabledEndAfterEarlyRetBlock = psCndExeEndBlock;
}
{
PINST psInstToRemove;
psInstToRemove = psStartBlock->psBody;
RemoveInst(psState, psStartBlock, psStartBlock->psBody);
FreeInst(psState, psInstToRemove);
AppendExecPredInst(psState, psStartBlock, ICNDSM, USC_PREDREG_NONE, IMG_TRUE, USC_PREDREG_NONE, uRetNestingLevel);
psStartBlock->u.sCond.bDontGenBranch = IMG_TRUE;
if ((*ppsEnabledEndAfterEarlyRetBlock) == NULL)
{
SetBlockConditionalExecPred(psState, psStartBlock, psStartBlock->psOwner->psExit, psStartBlock->asSuccs[0].psDest, IMG_FALSE);
}
else
{
SetBlockConditionalExecPred(psState, psStartBlock, *ppsEnabledEndAfterEarlyRetBlock, psStartBlock->asSuccs[0].psDest, IMG_FALSE);
}
psStartBlock = psStartBlock->asSuccs[1].psDest;
}
break;
}
default:
{
ASSERT(psStartBlock->uNumSuccs == 1);
psStartBlock = psStartBlock->asSuccs[0].psDest;
}
}
}
else
{
ASSERT(psStartBlock->uNumSuccs == 1);
psStartBlock = psStartBlock->asSuccs[0].psDest;
}
}
return psStartBlock;
}
