async Task <T> ISaveSinglePlayerClass.RetrieveSinglePlayerGameAsync <T>()
{
if (_thisData.CanAutoSave == false)
{
throw new BasicBlankException("Should not have autosaved. Should have first called CanOpenSavedSinglePlayerGameAsync To See");
}
//here, get the list.
//_list = await fs.RetrieveSavedObjectAsync<LimitedList<IMappable>>(_gamePath); //hopefully no problem (?)
LimitedList <T> temps = await fs.RetrieveSavedObjectAsync <LimitedList <T> >(_gamePath);
_list = new LimitedList <IMappable>();
_list.PopulateSavedList(temps);
if (_data.GamePackageMode == EnumGamePackageMode.Production || RecentOne == 0)
{
_previousObject = _list.MostRecent.AutoMap <T>();
return((T)_list.MostRecent !); //take a risk here too.
}
//in production, can add to history though.
_previousObject = _list[RecentOne].AutoMap <T>();
return((T)_list[RecentOne] !);
//await Task.CompletedTask;
//return fs.RetrieveSavedObject<T>(_gamePath);
//return await fs.RetrieveSavedObjectAsync<T>(_gamePath);
}
async Task <string> IMultiplayerSaveState.SavedDataAsync <T>()
{
if (_game.CanAutoSave == false)
{
return("");
}
if (_test.SaveOption == EnumTestSaveCategory.NoSave)
{
return("");
}
string pathUsed = "";
if (_data.MultiPlayer == false)
{
if (FileExists(_localPath) == false)
{
return("");
}
pathUsed = _localPath;
//return await AllTextAsync(_localPath); //they have to deseriaize it later.
}
if (_data.MultiPlayer == true && FileExists(_multiPath) == false)
{
return("");
}
if (_data.MultiPlayer)
{
pathUsed = _multiPath;
}
LimitedList <T> temps = await fs.RetrieveSavedObjectAsync <LimitedList <T> >(pathUsed);
_list = new LimitedList <IMappable>();
_list.PopulateSavedList(temps);
//looks like i have to do generics after all.
//if i did as string, then even if i could get it to work eventually, the problem is i can't easily debug anymore.
//can't deserialize as string or even imappable.
//if i made it more picky, then later causes other issues.
if (_test.StatePosition == 0)
{
_previousObject = _list.MostRecent;
}
else
{
_previousObject = _list[_test.StatePosition];
}
return(JsonConvert.SerializeObject(_previousObject));
}
