void FPhysCommandHandler::DeferredDeleteCPUDispathcer(physx::PxCpuDispatcher * CPUDispatcher)
{
check(CPUDispatcher);
FPhysPendingCommand Command;
Command.Pointer.CPUDispatcher = CPUDispatcher;
Command.CommandType = PhysCommand::DeleteCPUDispatcher;
EnqueueCommand(Command);
}
void FPhysCommandHandler::DeferredDeleteSimEventCallback(physx::PxSimulationEventCallback * SimEventCallback)
{
check(SimEventCallback);
FPhysPendingCommand Command;
Command.Pointer.SimEventCallback = SimEventCallback;
Command.CommandType = PhysCommand::DeleteSimEventCallback;
EnqueueCommand(Command);
}
void FPhysCommandHandler::DeferredRelease(physx::apex::NxApexInterface* ApexInterface)
{
check(ApexInterface);
FPhysPendingCommand Command;
Command.Pointer.ApexInterface = ApexInterface;
Command.CommandType = PhysCommand::Release;
EnqueueCommand(Command);
}
void FPhysCommandHandler::DeferredRelease(physx::PxScene* PScene)
{
check(PScene);
FPhysPendingCommand Command;
Command.Pointer.PScene = PScene;
Command.CommandType = PhysCommand::ReleasePScene;
EnqueueCommand(Command);
}
int main(void)
{
char command[10];
QUEUE *pQueue = malloc(sizeof(QUEUE));
pQueue->front = NULL;
pQueue->rear = NULL;
pQueue->count = 0;
while(true)
{
printf(">>");
scanf("%s",command);
if(!CheckCommand(command))
{
puts("[Invalid]");
continue;
}
if(!strcmp(command,"q")||!strcmp(command,"quit")) break;
else if(!strcmp(command,"h")||!strcmp(command,"history"))
{
printf("queue count = %d\n",pQueue->count);
EnqueueCommand(pQueue,command);
}
else
{
printf("[Valid] %s\n",command);
EnqueueCommand(pQueue,command);
}
}
return 0;
}
