Function InlineFunctionImplicitReturn

NULLC/Callbacks.cpp:1648–1687

}

void InlineFunctionImplicitReturn(const char* pos)
{
	(void)pos;
	if(currDefinedFunc.back()->explicitlyReturned)
		return;
	if(currDefinedFunc.back()->retType == typeVoid)
		return;
	if(CodeInfo::nodeList.back()->nodeType != typeNodeExpressionList)
		return;
	NodeZeroOP *curr = ((NodeExpressionList*)CodeInfo::nodeList.back())->GetFirstNode();
	if(curr->next)
	{
		while(curr->next)
			curr = curr->next;
		if(curr->nodeType != typeNodePopOp)
			return;

		NodeZeroOP *node = ((NodePopOp*)curr)->GetFirstNode();
		CodeInfo::nodeList.push_back(node);
		curr->prev->next = new NodeReturnOp(true, currDefinedFunc.back()->retType, currDefinedFunc.back(), false);
		if(!currDefinedFunc.back()->retType)
		{
			currDefinedFunc.back()->retType = node->typeInfo;
			currDefinedFunc.back()->funcType = CodeInfo::GetFunctionType(currDefinedFunc.back()->retType, currDefinedFunc.back()->firstParam, currDefinedFunc.back()->paramCount);
		}
	}else{
		if(curr->nodeType != typeNodePopOp)
			return;
		NodeZeroOP *node = ((NodePopOp*)curr)->GetFirstNode();
		CodeInfo::nodeList.back() = node;
		CodeInfo::nodeList.push_back(new NodeReturnOp(true, currDefinedFunc.back()->retType, currDefinedFunc.back(), false));
		if(!currDefinedFunc.back()->retType)
		{
			currDefinedFunc.back()->retType = node->typeInfo;
			currDefinedFunc.back()->funcType = CodeInfo::GetFunctionType(currDefinedFunc.back()->retType, currDefinedFunc.back()->firstParam, currDefinedFunc.back()->paramCount);
		}
		AddOneExpressionNode(currDefinedFunc.back()->retType);
	}
	currDefinedFunc.back()->explicitlyReturned = true;
}

// Function for array indexing
void AddArrayIndexNode(const char* pos, unsigned argumentCount)