PVOID
__KernelAllocateMemory
(
ULONG ulSize,
PCSTR pFileName,
ULONG LineNumber
)
{
PAL_MEM_PREHEADER pHeader;
if ( !gMemAllocMonitorInitialized )
{
__KernelInitializeMemAllocMonitor();
}
pHeader = RealKernelAllocateMemory(ulSize + sizeof(AL_MEM_PREHEADER) + AL_MEM_POST_PAD_SIZE);
if ( pHeader )
{
if ( GlobalDebugLevel >= 8 )
{
KernelTrace("__KernelAllocateMemory -- %s:%lu, allocated pMem = 0x%x ...\n", pFileName, LineNumber, ACCESS_MEM_FROM_PREHEADER(pHeader));
}
KernelZeroMemory(pHeader, ulSize + sizeof(AL_MEM_PREHEADER) + AL_MEM_POST_PAD_SIZE);
pHeader->MemTrueSize = ulSize;
KernelAcquireLock(&gMemAllocMonitorLock);
gMemAllocTotalSize += ulSize;
gNumberMemAllocated ++;
KernelReleaseLock(&gMemAllocMonitorLock);
return ACCESS_MEM_FROM_PREHEADER(pHeader);
}
else
{
KernelTrace("KernelAllocateMemory -- insufficient resources for %lu bytes -- %s:%lu!!!\n", ulSize, pFileName, LineNumber);
KernelTrace("KernelAllocateMemory -- current number of allocated = %lu, size = %lu.\n", gNumberMemAllocated, gMemAllocTotalSize);
/*DH DEBUG*/
memShow(0);
taskShow(taskIdSelf(), 1);
checkStack(0);
/*force an exception*/
*(PULONG)0 = 0;
return NULL;
}
}
int main (void) {
int gameMode = MODE_INIT;
int playerHand;
int enemyHand;
int records[RECORD_MAX][2];
int recordHeadIndex = 0;
init(records, RECORD_MAX);
while (1) {
switch (gameMode) {
case MODE_INIT:
gameMode = taskInit();
break;
case MODE_OP:
gameMode = taskOp(&playerHand);
break;
case MODE_CHOICE:
gameMode = taskChoiceHand(&enemyHand);
saveHands(records, &recordHeadIndex, playerHand, enemyHand);
break;
case MODE_SHOW:
gameMode = taskShow(playerHand, enemyHand);
break;
case MODE_SELECT:
gameMode = taskSelect();
break;
case MODE_RECORD:
gameMode = taskRecord(records, recordHeadIndex, RECORD_MAX);
break;
case MODE_ED:
gameMode = taskEd(records, recordHeadIndex, RECORD_MAX);
return gameMode;
}
}
}
