Function AddIfElseTermNode

NULLC/Callbacks.cpp:4690–4714

	CodeInfo::nodeList.back()->SetCodeInfo(pos);
}
void AddIfElseTermNode(const char* pos)
{
	CodeInfo::lastKnownStartPos = pos;
	assert(CodeInfo::nodeList.size() >= 3);

	if(OptimizeIfElse(true))
		return;

	NodeZeroOP *bodyE = CodeInfo::nodeList.back(); CodeInfo::nodeList.pop_back();
	NodeZeroOP *bodyT = CodeInfo::nodeList.back(); CodeInfo::nodeList.pop_back();

	if(CodeInfo::nodeList.back()->typeInfo->type == TypeInfo::TYPE_COMPLEX && CodeInfo::nodeList.back()->typeInfo != typeObject)
		AddFunctionCallNode(pos, "bool", 1, true);

	CodeInfo::nodeList.push_back(bodyT);
	CodeInfo::nodeList.push_back(bodyE);

	TypeInfo* typeA = CodeInfo::nodeList[CodeInfo::nodeList.size()-1]->typeInfo;
	TypeInfo* typeB = CodeInfo::nodeList[CodeInfo::nodeList.size()-2]->typeInfo;
	if(typeA == typeVoid || typeB == typeVoid)
		ThrowError(pos, "ERROR: one of ternary operator ?: result type is void (%s : %s)", typeB->name, typeA->name);
	if(typeA != typeB && (typeA->type == TypeInfo::TYPE_COMPLEX || typeB->type == TypeInfo::TYPE_COMPLEX))
		ThrowError(pos, "ERROR: ternary operator ?: result types are not equal (%s : %s)", typeB->name, typeA->name);
	CodeInfo::nodeList.push_back(new NodeIfElseExpr(true, true));
}

void IncreaseCycleDepth()
{