Function ParseArray

NULLC/Parser.cpp:1763–1815

}

bool ParseArray(Lexeme** str)
{
	if(!ParseLexem(str, lex_ofigure))
		return false;

	if((*str)->type == lex_for)
	{
		// coroutine auto(){
		BeginCoroutine();
		SelectTypeByPointer(NULL);
		
		static int generatorFuncCount = 0;
		char *functionName = (char*)stringPool.Allocate(16);
		sprintf(functionName, "$genl%d", generatorFuncCount);
		generatorFuncCount++;
		FunctionAdd((*str)->pos, functionName);
		FunctionStart((*str)->pos);
		ParseCode(str);
		AddGeneratorReturnData((*str)->pos);
		TypeInfo *retType = GetSelectedType();
		AddReturnNode((*str)->pos);
		AddTwoExpressionNode();

		FunctionEnd((*str)->pos);

		if(!AddFunctionCallNode((*str)->pos, "$gen_list", 1, true))
		{
			// cannot find generator, create new
			NodeZeroOP *last = CodeInfo::nodeList.back();
			CodeInfo::nodeList.pop_back();
			AddListGenerator((*str)->pos, retType);
			CodeInfo::nodeList.push_back(last);
			AddFunctionCallNode((*str)->pos, "$gen_list", 1);
			AddTwoExpressionNode(CodeInfo::GetArrayType((TypeInfo*)retType, TypeInfo::UNSIZED_ARRAY));
		}
		
	}else{
		unsigned int arrElementCount = 0;
		if(!ParseTernaryExpr(str))
			ThrowError((*str)->pos, "ERROR: value not found after '{'");
		while(ParseLexem(str, lex_comma))
		{
			if(!ParseTernaryExpr(str))
				ThrowError((*str)->pos, "ERROR: value not found after ','");
			arrElementCount++;
		}
		AddArrayConstructor((*str)->pos, arrElementCount);
	}
	if(!ParseLexem(str, lex_cfigure))
		ThrowError((*str)->pos, "ERROR: '}' not found after inline array");

	return true;
}

bool ParseVariable(Lexeme** str, bool *lastIsFunctionCall = NULL)
{