Function PipeDebugBreak

NULLC/nullc_remote.h:301–370

#endif

unsigned int PipeDebugBreak(unsigned int instruction)
{
	if(!breakInitialized)
	{
		breakInitialized = 1;
		// Register for event
#if defined(_WIN32) || defined(_WIN64)
		breakProcessed = Dispatcher::DispatchRegister(DEBUG_BREAK_CONTINUE, &breakContinue);
#else
		breakProcessed = Dispatcher::DispatchRegister(DEBUG_BREAK_CONTINUE, &breakContinue_m, &breakContinue_c);
#endif
	}
#if defined(_WIN32) || defined(_WIN64)
	// Reset event
	breakContinue = 0;
#endif
	PipeData data;
	data.cmd = DEBUG_BREAK_HIT;
	data.question = false;
	data.debug.breakInst = instruction;

	SocketSend(client, (char*)&data, sizeof(data));

	unsigned int stackSize = 0;
	char *stackData = (char*)nullcGetVariableData(&stackSize);
	data.cmd = DEBUG_BREAK_STACK;
	data.question = false;
	PipeSendData(client, data, stackData, stackSize, stackSize);
	printf("DEBUG_BREAK_STACK %p (%d) %p\n", stackData, stackSize, stackData + stackSize);
	
	if(!stackFrames)
		stackFrames = new unsigned int[csCount];
	unsigned int count = 0;
	nullcDebugBeginCallStack();
	while(int address = nullcDebugGetStackFrame())
	{
		stackFrames[count++] = address;
		if(count == csCount)
		{
			csCount *= 2;
			unsigned int *newCS = new unsigned int[csCount];
			memcpy(newCS, stackFrames, count * sizeof(unsigned int));
			delete[] stackFrames;
			stackFrames = newCS;
		}
	}
	stackFrames[count++] = 0;

	data.cmd = DEBUG_BREAK_CALLSTACK;
	data.question = false;
	PipeSendData(client, data, (char*)stackFrames, count, count * sizeof(unsigned int));

#if defined(_WIN32) || defined(_WIN64)
	while(!breakContinue)
		nullcSleep();
	breakContinue = 0;
	if(breakProcessed)
		*breakProcessed = 1;