Method CheckNonDebuggerBreak

IDEHelper/WinDebugger.cpp:4965–5142

}

void WinDebugger::CheckNonDebuggerBreak()
{
	enum MessageType
	{
		MessageType_None = 0,
		MessageType_Error = 1,
		MessageType_ProfilerCmd = 2
	};

	CPURegisters registers;
	PopulateRegisters(&registers);
	addr_target pcAddress = registers.GetPC();

	addr_target debugMessageDataAddr = (addr_target)-1;
	if (mDebugTarget->mTargetBinary != NULL)
	{
		mDebugTarget->mTargetBinary->ParseSymbolData();
		debugMessageDataAddr = mDebugTarget->FindSymbolAddr("gBfDebugMessageData");
	}
	if (debugMessageDataAddr != (addr_target)-1)
	{
		struct BfDebugMessageData
		{
			int mMessageType; // 0 = none, 1 = error
			int mStackWindbackCount;
			int mBufParamLen;
			addr_target mBufParam;
			addr_target mPCOverride;
		};
		BfDebugMessageData messageData = ReadMemory<BfDebugMessageData>(debugMessageDataAddr);
		WriteMemory<int>(debugMessageDataAddr, 0); // Zero out type so we won't trigger again
		if (messageData.mMessageType != 0)
		{
			llvm::SmallVector<char, 4096> strBuf;
			int strLen = messageData.mBufParamLen;
			strBuf.resize(strLen + 1);

			char* str = &strBuf[0];
			str[strLen] = 0;
			if (ReadMemory(messageData.mBufParam, strLen, str))
			{
				if (messageData.mMessageType == MessageType_Error)
				{
					mRequestedStackFrameIdx = messageData.mStackWindbackCount;
					if (messageData.mPCOverride != 0)
					{
						mShowPCOverride = messageData.mPCOverride;
						mRequestedStackFrameIdx = -2;
					}
					mDebugManager->mOutMessages.push_back(StrFormat("error %s", str));
				}
				else if (messageData.mMessageType == MessageType_ProfilerCmd)
				{
					// It's important to set this here, because we unlock the critSect during StopSampling and we can't have the
					//  IDE thinking that we're actually paused when it checks the mRunState
					mRunState = RunState_Running;

					char* cmd = strtok(str, "\t");