std::string Base::Name(Stage stage) const
{
INFO0;
switch (stage) {
case Stage::trainer : return TrainerName();
case Stage::reader : return ReaderName();
DEFAULT(boca::Name(stage), "");
}
}
std::string Base::BackgroundFileName(Stage stage) const
{
INFO0;
// auto name = BackgroundName();
auto name = Name();
switch (stage) {
case Stage::trainer : name = TrainerName(name);
break;
case Stage::reader : name = ReaderName(name);
break;
}
return PathName(BackgroundName(name));
}
std::string Base::SignalFileName(Stage stage) const
{
INFO0;
// auto name = SignalName();
auto name = Name();
switch (stage) {
case Stage::trainer : name = TrainerName(name);
break;
case Stage::reader : name = ReaderName(name);
break;
DEFAULT(boca::Name(stage), "");
}
return PathName(SignalName(name));
}
void ReflectiveReader::Read(ContentReader*)
{
printf("\n");
printf("This C++ XNB loader implementation does not support ReflectiveReader.\n");
printf("(think about it: it's not really possible to implement this without .NET style reflection)\n");
printf("\n");
printf("To load this file, you must manually implement a TypeReader subclass, fill in its Read method\n");
printf("to load the contents of your custom object, and call TypeReaderManager::RegisterTypeReader\n");
printf("to register this new custom loader.\n");
printf("\n");
printf("Your custom TypeReader should specify:\n");
printf(" TargetType = '%S'\n", TargetType().c_str());
printf(" ReaderName = '%S'\n", ReaderName().c_str());
printf("\n");
throw exception("Cannot parse XNB files that use automatic serialization.");
}
std::string Base::ReaderName() const
{
INFO0;
return ReaderName(Name());
}
