public static void DequeueRequest(SongRequest request, bool updateUI = true)
{
if (request.status != RequestStatus.Wrongsong && request.status != RequestStatus.SongSearch)
{
RequestHistory.Songs.Insert(0, request); // Wrong song requests are not logged into history, is it possible that other status states shouldn't be moved either?
}
if (RequestHistory.Songs.Count > RequestBotConfig.Instance.RequestHistoryLimit)
{
int diff = RequestHistory.Songs.Count - RequestBotConfig.Instance.RequestHistoryLimit;
RequestHistory.Songs.RemoveRange(RequestHistory.Songs.Count - diff - 1, diff);
}
RequestQueue.Songs.Remove(request);
RequestHistory.Write();
RequestQueue.Write();
// Decrement the requestors request count, since their request is now out of the queue
if (!RequestBotConfig.Instance.LimitUserRequestsToSession)
{
if (RequestTracker.ContainsKey(request.requestor.Id))
{
RequestTracker[request.requestor.Id].numRequests--;
}
}
if (updateUI == false)
{
return;
}
UpdateRequestUI();
_refreshQueue = true;
}
// BUG: Testing major changes. This will get seriously refactored soon.
private async Task CheckRequest(RequestInfo requestInfo)
{
TwitchUser requestor = requestInfo.requestor;
string request = requestInfo.request;
string normalrequest = normalize.NormalizeBeatSaverString(requestInfo.request);
var id = GetBeatSaverId(normalize.RemoveSymbols(ref request, normalize._SymbolsNoDash));
if (id != "")
{
// Remap song id if entry present. This is one time, and not correct as a result. No recursion right now, could be confusing to the end user.
if (songremap.ContainsKey(id) && !requestInfo.flags.HasFlag(CmdFlags.NoFilter))
{
request = songremap[id];
QueueChatMessage($"Remapping request {requestInfo.request} to {request}");
}
string requestcheckmessage = IsRequestInQueue(normalize.RemoveSymbols(ref request, normalize._SymbolsNoDash)); // Check if requested ID is in Queue
if (requestcheckmessage != "")
{
QueueChatMessage(requestcheckmessage);
return;
}
if (RequestBotConfig.Instance.OfflineMode && RequestBotConfig.Instance.offlinepath != "" && !MapDatabase.MapLibrary.ContainsKey(id))
{
foreach (string directory in Directory.GetDirectories(RequestBotConfig.Instance.offlinepath, id + "*"))
{
await MapDatabase.LoadCustomSongs(directory, id);
await Task.Run(async() =>
{
while (MapDatabase.DatabaseLoading)
{
await Task.Delay(25);
}
});
break;
}
}
}
JSONNode result = null;
string errorMessage = "";
// Get song query results from beatsaver.com
if (!RequestBotConfig.Instance.OfflineMode)
{
string requestUrl = (id != "") ? $"https://beatsaver.com/api/maps/detail/{normalize.RemoveSymbols(ref request, normalize._SymbolsNoDash)}" : $"https://beatsaver.com/api/search/text/0?q={normalrequest}";
var resp = await Plugin.WebClient.GetAsync(requestUrl, System.Threading.CancellationToken.None);
if (resp.IsSuccessStatusCode)
{
result = resp.ConvertToJsonNode();
}
else
{
errorMessage = $"Invalid BeatSaver ID \"{request}\" specified. {requestUrl}";
}
}
SongFilter filter = SongFilter.All;
if (requestInfo.flags.HasFlag(CmdFlags.NoFilter))
{
filter = SongFilter.Queue;
}
List <JSONObject> songs = GetSongListFromResults(result, request, ref errorMessage, filter, requestInfo.state.sort != "" ? requestInfo.state.sort : AddSortOrder.ToString());
bool autopick = RequestBotConfig.Instance.AutopickFirstSong || requestInfo.flags.HasFlag(CmdFlags.Autopick);
// Filter out too many or too few results
if (songs.Count == 0)
{
if (errorMessage == "")
{
errorMessage = $"No results found for request \"{request}\"";
}
}
else if (!autopick && songs.Count >= 4)
{
errorMessage = $"Request for '{request}' produces {songs.Count} results, narrow your search by adding a mapper name, or use https://beatsaver.com to look it up.";
}
else if (!autopick && songs.Count > 1 && songs.Count < 4)
{
var msg = new QueueLongMessage(1, 5);
msg.Header($"@{requestor.DisplayName}, please choose: ");
foreach (var eachsong in songs)
{
msg.Add(new DynamicText().AddSong(eachsong).Parse(BsrSongDetail), ", ");
}
msg.end("...", $"No matching songs for for {request}");
return;
}
else
{
if (!requestInfo.flags.HasFlag(CmdFlags.NoFilter))
{
errorMessage = SongSearchFilter(songs[0], false);
}
}
// Display reason why chosen song was rejected, if filter is triggered. Do not add filtered songs
if (errorMessage != "")
{
QueueChatMessage(errorMessage);
return;
}
JSONObject song = songs[0];
// Song requests should try to be current. If the song was local, we double check for a newer version
//if ((song["downloadUrl"].Value == "") && !RequestBotConfig.Instance.OfflineMode )
//{
// //QueueChatMessage($"song: {song["id"].Value.ToString()} ,{song["songName"].Value}");
// yield return Utilities.Download($"https://beatsaver.com/api/maps/detail/{song["id"].Value.ToString()}", Utilities.DownloadType.Raw, null,
// // Download success
// (web) =>
// {
// result = JSON.Parse(web.downloadHandler.text);
// var newsong = result["song"].AsObject;
// if (result != null && newsong["version"].Value != "")
// {
// new SongMap(newsong);
// song = newsong;
// }
// },
// // Download failed, song probably doesn't exist on beatsaver
// (web) =>
// {
// // Let player know that the song is not current on BeatSaver
// requestInfo.requestInfo += " *LOCAL ONLY*";
// ; //errorMessage = $"Invalid BeatSaver ID \"{request}\" specified. {requestUrl}";
// });
//}
RequestTracker[requestor.Id].numRequests++;
listcollection.add(duplicatelist, song["id"].Value);
if ((requestInfo.flags.HasFlag(CmdFlags.MoveToTop)))
{
RequestQueue.Songs.Insert(0, new SongRequest(song, requestor, requestInfo.requestTime, RequestStatus.Queued, requestInfo.requestInfo));
}
else
{
RequestQueue.Songs.Add(new SongRequest(song, requestor, requestInfo.requestTime, RequestStatus.Queued, requestInfo.requestInfo));
}
RequestQueue.Write();
Writedeck(requestor, "savedqueue"); // This can be used as a backup if persistent Queue is turned off.
if (!requestInfo.flags.HasFlag(CmdFlags.SilentResult))
{
new DynamicText().AddSong(ref song).QueueMessage(AddSongToQueueText.ToString());
}
Dispatcher.RunOnMainThread(() =>
{
UpdateRequestUI();
_refreshQueue = true;
});
}
private void Awake()
{
DontDestroyOnLoad(gameObject);
Instance = this;
#if UNRELEASED
var startingmem = GC.GetTotalMemory(true);
//var folder = Path.Combine(Environment.CurrentDirectory, "userdata","streamcore");
//List<FileInfo> files = new List<FileInfo>(); // List that will hold the files and subfiles in path
//List<DirectoryInfo> folders = new List<DirectoryInfo>(); // List that hold direcotries that cannot be accessed
//DirectoryInfo di = new DirectoryInfo(folder);
//Dictionary<string, string> remap = new Dictionary<string, string>();
//foreach (var entry in listcollection.OpenList("all.list").list)
// {
// //Instance.QueueChatMessage($"Map {entry}");
// string[] remapparts = entry.Split('-');
// if (remapparts.Length == 2)
// {
// int o;
// if (Int32.TryParse(remapparts[1], out o))
// {
// try
// {
// remap.Add(remapparts[0], o.ToString("x"));
// }
// catch
// { }
// //Instance.QueueChatMessage($"Map {remapparts[0]} : {o.ToString("x")}");
// }
// }
//}
//Instance.QueueChatMessage($"Scanning lists");
//FullDirList(di, "*.deck");
//void FullDirList(DirectoryInfo dir, string searchPattern)
//{
// try
// {
// foreach (FileInfo f in dir.GetFiles(searchPattern))
// {
// var List = listcollection.OpenList(f.Name).list;
// for (int i=0;i<List.Count;i++)
// {
// if (remap.ContainsKey(List[i]))
// {
// //Instance.QueueChatMessage($"{List[i]} : {remap[List[i]]}");
// List[i] = remap[List[i]];
// }
// }
// listcollection.OpenList(f.Name).Writefile(f.Name);
// }
// }
// catch
// {
// Console.WriteLine("Directory {0} \n could not be accessed!!!!", dir.FullName);
// return;
// }
//}
//NOTJSON.UNITTEST();
#endif
playedfilename = Path.Combine(Plugin.DataPath, "played.dat"); // Record of all the songs played in the current session
try
{
string filesToDelete = Path.Combine(Environment.CurrentDirectory, "FilesToDelete");
if (Directory.Exists(filesToDelete))
{
EmptyDirectory(filesToDelete);
}
try
{
DateTime LastBackup;
if (!DateTime.TryParse(RequestBotConfig.Instance.LastBackup, out LastBackup))
{
LastBackup = DateTime.MinValue;
}
TimeSpan TimeSinceBackup = DateTime.Now - LastBackup;
if (TimeSinceBackup > TimeSpan.FromHours(RequestBotConfig.Instance.SessionResetAfterXHours))
{
Backup();
}
}
catch (Exception ex)
{
Plugin.Log(ex.ToString());
Instance.QueueChatMessage("Failed to run Backup");
}
try
{
TimeSpan PlayedAge = GetFileAgeDifference(playedfilename);
if (PlayedAge < TimeSpan.FromHours(RequestBotConfig.Instance.SessionResetAfterXHours))
{
played = ReadJSON(playedfilename); // Read the songsplayed file if less than x hours have passed
}
}
catch (Exception ex)
{
Plugin.Log(ex.ToString());
Instance.QueueChatMessage("Failed to clear played file");
}
if (RequestBotConfig.Instance.PPSearch)
{
GetPPData(); // Start loading PP data
}
MapDatabase.LoadDatabase();
if (RequestBotConfig.Instance.LocalSearch)
{
MapDatabase.LoadCustomSongs(); // This is a background process
}
RequestQueue.Read(); // Might added the timespan check for this too. To be decided later.
RequestHistory.Read();
listcollection.OpenList("banlist.unique");
#if UNRELEASED
//GCSettings.LargeObjectHeapCompactionMode = GCLargeObjectHeapCompactionMode.CompactOnce;
//GC.Collect();
//Instance.QueueChatMessage($"hashentries: {SongMap.hashcount} memory: {(GC.GetTotalMemory(false) - startingmem) / 1048576} MB");
#endif
listcollection.ClearOldList("duplicate.list", TimeSpan.FromHours(RequestBotConfig.Instance.SessionResetAfterXHours));
UpdateRequestUI();
InitializeCommands();
//EnhancedStreamChat.ChatHandler.ChatMessageFilters += MyChatMessageHandler; // TODO: Reimplement this filter maybe? Or maybe we put it directly into EnhancedStreamChat
COMMAND.CommandConfiguration();
RunStartupScripts();
ProcessRequestQueue();
RequestBotConfig.Instance.ConfigChangedEvent += OnConfigChangedEvent;
}
catch (Exception ex)
{
Plugin.Log(ex.ToString());
Instance.QueueChatMessage(ex.ToString());
}
}