public InProgressSave(SaveInformation.SaveType type, Func <Node> currentGameRoot,
Func <InProgressSave, Save> createSaveData, Action <InProgressSave, Save> performSave, string saveName)
{
this.currentGameRoot = currentGameRoot;
this.createSaveData = createSaveData;
this.performSave = performSave;
this.saveName = saveName;
Type = type;
returnToPauseState = currentGameRoot.Invoke().GetTree().Paused;
stopwatch = Stopwatch.StartNew();
// Start calculating the save name here to save some time
saveNameTask = new Task <string>(CalculateNameForSave);
TaskExecutor.Instance.AddTask(saveNameTask);
}
private static void PerformSave(Save save, SaveInformation.SaveType type, Stopwatch stopwatch)
{
// TODO: implement type naming
var name = "quick_save." + Constants.SAVE_EXTENSION;
save.Name = name;
try
{
save.SaveToFile();
DisplaySaveStatusMessage(true, name, stopwatch);
}
catch (Exception e)
{
DisplaySaveStatusMessage(false, "Error, an exception happened: " + e, stopwatch);
return;
}
if (type == SaveInformation.SaveType.QuickSave)
{
QueueRemoveExcessQuickSaves();
}
}
private static void InternalSaveHelper(SaveInformation.SaveType type, MainGameState gameState,
Action <Save> copyInfoToSave, Func <Node> stateRoot, string saveName = null)
{
if (InProgressLoad.IsLoading || InProgressSave.IsSaving)
{
GD.PrintErr("Can't start save while a load or save is in progress");
return;
}
new InProgressSave(type, stateRoot, data =>
CreateSaveObject(gameState, data.Type),
(inProgress, save) =>
{
copyInfoToSave.Invoke(save);
if (PreventSavingIfExtinct(inProgress, save))
{
return;
}
PerformSave(inProgress, save);
}, saveName).Start();
}