Function PrepareMemberCall

NULLC/Callbacks.cpp:3667–3714

}

bool PrepareMemberCall(const char* pos, const char* funcName)
{
	TypeInfo *currentType = CodeInfo::nodeList.back()->typeInfo;

	// Implicit conversion of type ref ref to type ref
	if(currentType->refLevel == 2)
	{
		CodeInfo::nodeList.push_back(new NodeDereference());
		currentType = currentType->subType;
	}
	// Implicit conversion from type[N] ref to type[]
	if(currentType->refLevel == 1 && currentType->subType->arrLevel && currentType->subType->arrSize != TypeInfo::UNSIZED_ARRAY)
	{
		CodeInfo::nodeList.push_back(new NodeDereference());
		currentType = CodeInfo::nodeList.back()->typeInfo;
	}
	// Implicit conversion from type to type ref
	if(currentType->refLevel == 0)
	{
		// And from type[] to type[] ref
		if(currentType->arrLevel != 0 && currentType->arrSize != TypeInfo::UNSIZED_ARRAY)
			ConvertArrayToUnsized(pos, CodeInfo::GetArrayType(currentType->subType, TypeInfo::UNSIZED_ARRAY));

		AddInplaceVariable(pos);
		AddExtraNode();
		currentType = CodeInfo::nodeList.back()->typeInfo;
	}
	// Check class members, in case we have to get function pointer from class member before function call
	if(funcName)
	{
		// Consider that function name is actually a member name
		unsigned int hash = GetStringHash(funcName);
		TypeInfo::MemberVariable *curr = currentType->subType->firstVariable;
		for(; curr; curr = curr->next)
			if(curr->nameHash == hash)
				break;
		// If a member is found
		if(curr)
		{
			// Get it
			AddMemberAccessNode(pos, InplaceStr(funcName));
			// Return false to signal that this is not a member function call
			return false;
		}
	}
	// Return true to signal that this is a member function call
	return true;
}

void SelectFunctionsForHash(unsigned funcNameHash, unsigned scope)
{