ReflectedEnumModel::ReflectedEnumModel(const MetaEnumObj* enumObj)
{
const wchar_t* enumString = enumObj->getEnumString();
if (enumString != nullptr)
{
generateFromString(items_, enumString);
}
}
bool EnumGenerator::handleEnumUp (const EnumElement * e) {
if (!CppGeneratorBase::handleEnumUp (e)) return false;
bool toString = e->commands.count ("ENUM_TOSTRING") > 0
|| e->commands.count ("ENUM_TOFROMSTRING") > 0
|| e->commands.count ("ENUM") > 0;
bool fromString = e->commands.count ("ENUM_FROMSTRING") > 0
|| e->commands.count ("ENUM_TOFROMSTRING") > 0
|| e->commands.count ("ENUM") > 0;
if (toString){
bool v = generateToString (e); if (!v) return false;
}
if (fromString){
bool v = generateFromString (e); if (!v) return false;
}
return true;
}
ReflectedEnumModel::ReflectedEnumModel(const PropertyAccessor& pA, ObjectHandleT<MetaEnumObj> enumObj)
{
const wchar_t* enumString = enumObj->getEnumString();
if (enumString != nullptr)
{
generateFromString(items_, enumString);
return;
}
Collection collection = enumObj->generateEnum(pA.getObject());
auto it = collection.begin();
auto itEnd = collection.end();
for (; it != itEnd; ++it)
{
int index;
it.key().tryCast(index);
Variant itValue = it.value();
std::string text;
itValue.tryCast(text);
items_.push_back(new ReflectedEnumItem(index, text));
}
}
