Method Autocomplete

IDEHelper/Clang/ClangHelper.cpp:1189–1503

}
	
const char* ClangHelper::Autocomplete(const StringImpl& fileName, BfSourceClassifier::CharData* charData, int charLen, int cursorIdx)
{
	gClangPerfManager.StartRecording();
		
	//Sleep(500);

	BfLogClang("%d Clang Autocomplete %s\n", ::GetCurrentThreadId(), fileName.c_str());

	static int gACCount = 0;
	gACCount++;

	gClangPerfManager.ZoneStart("GetTranslationUnit");
	ClangTranslationUnit* clangTransUnit = NULL;
	/*if (headerFileName != NULL)
	{
		GetTranslationUnit(headerFileName, NULL, charData, charLen, NULL, 0, false, true);
		clangTransUnit = GetTranslationUnit(fileName, NULL, NULL, 0, NULL, 0, true);
	}
	else*/
	{
		bool noReparse = false;
		clangTransUnit = GetTranslationUnit(fileName, NULL, charData, charLen, NULL, 0, false, false, noReparse);
	}
	//const char* cursorFileName = (headerFileName != NULL) ? headerFileName : fileName.c_str();
	const char* cursorFileName = clangTransUnit->mTransFileName.c_str();
		
	CXTranslationUnit transUnit = clangTransUnit->mTransUnit;
	gClangPerfManager.ZoneEnd();
	if (transUnit == NULL)
		return NULL;				

	gClangPerfManager.ZoneStart("Autocomplete");

	String namespaceFind;
	String filter;
	int startIdx = std::max(0, cursorIdx - 1);
	bool isInvocation = false;
	int parenPos = -1;	
	int lastCharIdx = -1;
	while (startIdx > 0)
	{			
		char c = charData[startIdx].mChar;
		if (charData[startIdx].mDisplayTypeId == BfSourceElementType_Comment)
		{
			startIdx--;
			continue;;
		}

		if ((c == '(') && (filter.length() == 0))
		{
			isInvocation = true;
			mInvokeString.clear();
			startIdx--;
			cursorIdx--;
			parenPos = startIdx;

			while (startIdx > 0)
			{