// This method will fail if given an object that is not a LevelBehaviorData
public static void RemoveLevel(SerializedAssets assets, SerializedAssets.AssetObject obj, Apk.Transaction apk)
{
LevelBehaviorData level = (obj.data as MonoBehaviorAssetData).data as LevelBehaviorData;
// Remove audio file
foreach (string s in level.OwnedFiles(assets))
{
apk.RemoveFileAt($"assets/bin/Data/{s}");
}
// Remove things from bottom up, so that pointers to other assets still are rooted
// and so get fixed up by RemoveAssetAt
foreach (BeatmapSet s in level.difficultyBeatmapSets)
{
foreach (BeatmapDifficulty d in s.difficultyBeatmaps)
{
assets.RemoveAssetAt(d.beatmapData.pathID);
}
}
assets.RemoveAssetAt(level.coverImage.pathID);
assets.RemoveAssetAt(level.audioClip.pathID);
assets.RemoveAssetAt(obj.pathID);
}
public static ulong RemoveLevel(SerializedAssets assets, LevelBehaviorData level)
{
// We want to find the level object in the assets list of objects so that we can remove it via PathID.
// Well, this is quite a messy solution... But it _should work_...
// What this is doing: Removing the asset that is a monobehavior, and the monobehavior's data equals this level.
// Then it casts that to a level behavior data.
// TODO Make this work with Transactions instead of an assets object.
// Also remove difficulty beatmaps
foreach (BeatmapSet s in level.difficultyBeatmapSets)
{
foreach (BeatmapDifficulty d in s.difficultyBeatmaps)
{
assets.RemoveAssetAt(d.beatmapData.pathID);
}
}
// Remove cover image
assets.RemoveAssetAt(level.coverImage.pathID);
// Remove the file for the audio asset and the audio clip
var audioAsset = assets.RemoveAssetAt(level.audioClip.pathID).data as AudioClipAssetData;
if (audioAsset == null)
{
throw new ApplicationException($"Could not find audio asset at PathID: {level.audioClip.pathID}");
}
// Remove itself!
ulong levelPathID = assets.RemoveAsset(ao => ao.data.GetType().Equals(typeof(MonoBehaviorAssetData)) &&
(ao.data as MonoBehaviorAssetData).name == level.levelID + "Level").pathID;
return(levelPathID);
}
public static void ResetColors(SerializedAssets assets)
{
ColorManager manager = assets.FindScript <ColorManager>(cm => true); // Should only have one color manager
if (manager.colorA.pathID != 54)
{
Console.WriteLine($"Removing CustomColor at PathID: {manager.colorA.pathID}");
assets.RemoveAssetAt(manager.colorA.pathID);
manager.colorA.pathID = 54;
}
if (manager.colorB.pathID != 53)
{
Console.WriteLine($"Removing CustomColor at PathID: {manager.colorB.pathID}");
assets.RemoveAssetAt(manager.colorB.pathID);
manager.colorB.pathID = 53;
}
}
public static ColorManager CreateColor(SerializedAssets assets, SimpleColor c)
{
Console.WriteLine($"Creating CustomColor with r: {c.r} g: {c.g} b: {c.b} a: {c.a}");
var dat = assets.FindScript <ColorManager>(cm => true); // Should only have one color manager
//var dat = ((MonoBehaviorAssetData)assets.GetAssetAt(52).data).data as ColorManager;
if (dat.colorA.pathID != 54)
{
Console.WriteLine($"Removed existing CustomColor at PathID: {dat.colorA.pathID}");
assets.RemoveAssetAt(dat.colorA.pathID);
}
if (dat.colorB.pathID != 53)
{
Console.WriteLine($"Removing existing CustomColor at PathID: {dat.colorB.pathID}");
assets.RemoveAssetAt(dat.colorB.pathID);
}
return(dat);
}