public void Shuffle_TraverseWhole_SequenceIsTheSameAsContentProperty()
{
//arrange
ISongQueue queue = new SongQueue();
var initial = TestData(113);
queue.Set(initial);
queue.Shuffle = true;
var traversed = new List <Song>();
IList <Song> content;
//act
content = queue.Content.ToList();
while (queue.HasNext)
{
traversed.Add(queue.Next);
}
//assert
//also check if the first original is the first on the list
content.Should().Equal(traversed);
content.Should().NotEqual(initial);
content.Count.Should().Be(initial.Count);
content.Count.Should().Be(traversed.Count);
content
.OrderBy(x => x.Id)
.Should()
.Equal(initial);
traversed
.OrderBy(x => x.Id)
.Should()
.Equal(initial);
traversed[0].Should().Be(initial.First());
content[0].Should().Be(initial.First());
}
/// <summary>
/// Move song to top
/// </summary>
/// <param name="p_Service">Chat service</param>
/// <param name="p_Message">Chat message</param>
/// <param name="p_ID">ID of the BSR</param>
private void Command_MoveToTop(IChatService p_Service, IChatMessage p_Message, string p_ID)
{
if (!HasPower(p_Message.Sender))
{
SendChatMessage($"@{p_Message.Sender.UserName} You have no power here!");
return;
}
string l_Key = p_ID.ToLower();
lock (SongQueue)
{
var l_BeatMap = SongQueue.Where(x => x.BeatMap.Key.ToLower() == l_Key).FirstOrDefault();
if (l_BeatMap != null)
{
SongQueue.Remove(l_BeatMap);
SongQueue.Insert(0, l_BeatMap);
SendChatMessage($"@{p_Message.Sender.UserName} (bsr {l_BeatMap.BeatMap.Key}) {l_BeatMap.BeatMap.Metadata.SongName} / {l_BeatMap.BeatMap.Metadata.LevelAuthorName} is now on top of queue!");
/// Update request manager
OnQueueChanged();
return;
}
SendChatMessage($"@{p_Message.Sender.UserName} No song in queue found with the key \"{l_Key}\"!");
}
}
public async Task LoadNextSong()
{
CurrentSong?.Stop();
CurrentSong = null;
if (SongQueue.Count != 0)
{
lock (_voiceLock) {
CurrentSong = SongQueue[0];
SongQueue.RemoveAt(0);
}
}
else
{
Stop();
return;
}
try {
if (VoiceClient == null)
{
Console.WriteLine($"Joining voice channel [{DateTime.Now.Second}]");
//todo add a new event, to tell people nadeko is trying to join
VoiceClient = await Task.Run(async() => await VoiceChannel.JoinAudio());
Console.WriteLine($"Joined voicechannel [{DateTime.Now.Second}]");
}
await Task.Factory.StartNew(async() => await CurrentSong?.Start(), TaskCreationOptions.LongRunning).Unwrap();
}
catch (Exception ex) {
Console.WriteLine($"Starting failed: {ex}");
CurrentSong?.Stop();
CurrentSong = null;
}
}
public void ShuffleInTheMiddle_WholeQueueIsRandom()
{
ISongQueue queue = new SongQueue();
var initial = TestData(26);
queue.Set(initial);
//act
var actual = new List <Song>();
for (var i = 0; i < 4; i++)
{
_ = queue.Next;
}
queue.Shuffle = true;
while (queue.HasNext)
{
actual.Add(queue.Next);
}
//assert
Assert.Equal(actual.Count, initial.Count);
actual
.Should()
.NotEqual(initial);
actual.OrderBy(x => x.Id)
.Should()
.Equal(initial);
}
/// <summary>
/// Command remove
/// </summary>
/// <param name="p_Service">Chat service</param>
/// <param name="p_Message">Chat message</param>
private void Command_Remove(IChatService p_Service, IChatMessage p_Message, string p_ID)
{
if (!HasPower(p_Message.Sender))
{
SendChatMessage($"@{p_Message.Sender.UserName} You have no power here!");
return;
}
string l_Key = p_ID.ToLower();
SongEntry l_SongEntry = null;
lock (SongQueue)
{
l_SongEntry = SongQueue.Where(x => x.BeatMap.Key.ToLower() == l_Key).FirstOrDefault();
if (l_SongEntry != null)
{
SongQueue.Remove(l_SongEntry);
}
}
if (l_SongEntry != null)
{
SendChatMessage($"@{p_Message.Sender.UserName} (bsr {l_SongEntry.BeatMap.Key}) {l_SongEntry.BeatMap.Metadata.SongName} / {l_SongEntry.BeatMap.Metadata.LevelAuthorName} is removed from queue!");
/// Update request manager
OnQueueChanged();
}
else
{
SendChatMessage($"@{p_Message.Sender.UserName} No song in queue found with the key \"{l_Key}\"!");
}
}
/// <summary>
/// Command wrong
/// </summary>
/// <param name="p_Service">Chat service</param>
/// <param name="p_Message">Chat message</param>
private void Command_Wrong(IChatService p_Service, IChatMessage p_Message)
{
SongEntry l_SongEntry = null;
lock (SongQueue)
{
l_SongEntry = SongQueue.Where(x => x.RequesterName == p_Message.Sender.UserName).LastOrDefault();
if (l_SongEntry != null)
{
SongQueue.Remove(l_SongEntry);
}
}
if (l_SongEntry != null)
{
SendChatMessage($"@{p_Message.Sender.UserName} (bsr {l_SongEntry.BeatMap.Key}) {l_SongEntry.BeatMap.Metadata.SongName} / {l_SongEntry.BeatMap.Metadata.LevelAuthorName} is removed from queue!");
/// Update request manager
OnQueueChanged();
}
else
{
SendChatMessage($"@{p_Message.Sender.UserName} You have no song in queue!");
}
}
public async Task QueueSongAsync(QueueSong song)
{
this.SongQueue.Enqueue(song);
if (SongQueue.Count() == 1)
{
await NextSongAsync();
}
await server.sendRoomUpdate(this);
}
public void ToArray_ShouldEqual()
{
ISongQueue queue = new SongQueue();
queue.Set(first);
Song[] actual = queue.Content.ToArray();
Song[] expected = first.ToArray();
Assert.Equal(expected, actual);
}
public void Clear_ShouldBeEmpty()
{
ISongQueue queue = new SongQueue();
queue.Set(second);
queue.Clear();
Assert.Empty(queue.Content.ToArray());
}
public void Insert_InsertingAnElement_ShouldEqual()
{
//prepare
ISongQueue queue = new SongQueue();
Song song = new Song
{
Id = 30,
Name = "For Whom the Bell Tolls"
};
//list 3
List <Song> list = new List <Song>
{
new Song
{
Id = 11,
Name = "Kitty Later"
},
new Song
{
Id = 12,
Name = "Ashtray Heart"
},
song,
new Song
{
Id = 13,
Name = "Battle for the Sun"
},
new Song
{
Id = 14,
Name = "For What It's worth"
},
new Song
{
Id = 15,
Name = "Devil in the Details"
}
};
//act
queue.Set(third);
_ = queue.Next; //doing it two times, because for the first time "next" takes the first of the queue
_ = queue.Next;
queue.Insert(song);
Song[] expected = list.ToArray();
Song[] actual = queue.Content.ToArray();
//asserting
Assert.Equal(expected, actual);
}
public void Play()
{
if (String.IsNullOrEmpty(_soundMaker.NowPlaying))
{
if (songQueue.Count() > 0)
{
_soundMaker.Play(songQueue.FirstOrDefault());
songQueue.Remove(SongQueue.First());
}
}
}
public async void PlayOverrideQueue(object parameter)
{
SongQueue.Add((Song)parameter);
CurrentSong = SongQueue.Count - 1;
string streamUrl = await GetStreamUrl(SongQueue[CurrentSong]);
BackgroundMediaPlayer.Current.SetUriSource(new Uri(streamUrl));
BackgroundMediaPlayer.Current.Volume = BackgroundMediaPlayer.Current.Volume;
BackgroundMediaPlayer.Current.Play();
QueueControl.GetInstance().UpdateQueue();
}
internal void Stop()
{
Stopped = true;
SongQueue.Clear();
CurrentSong?.Stop();
CurrentSong = null;
VoiceClient?.Disconnect();
VoiceClient = null;
MusicControls throwAwayValue;
MusicModule.musicPlayers.TryRemove(_e.Server, out throwAwayValue);
}
public void StartCheck()
{
while (SongQueue.Count > 0)
{
if (!SongQueue.TryDequeue(out currentSong))
{
currentSong = null;
continue;
}
Process();
}
}
public void StartDownload()
{
while (SongQueue.Count > 0)
{
if (!SongQueue.TryDequeue(out currentSong))
{
currentSong = null;
continue;
}
Process();
}
//EventBus.Publish(new EventDownloadComplete());
Application.Current.Dispatcher.Invoke(() => EventBus.Publish(new EventDownloadComplete()));
}
public void StartMerge()
{
using (var outputStream = File.Create(Path.Combine(Directory.GetCurrentDirectory(), "final.mp3")))
{
while (SongQueue.Count > 0)
{
if (!SongQueue.TryDequeue(out currentSong))
{
currentSong = null;
continue;
}
Process(outputStream);
}
}
}
internal void Stop(bool leave = false)
{
Stopped = true;
SongQueue.Clear();
try {
CurrentSong?.Stop();
}
catch { }
CurrentSong = null;
if (leave)
{
VoiceClient?.Disconnect();
VoiceClient = null;
MusicControls throwAwayValue;
MusicModule.musicPlayers.TryRemove(_e.Server, out throwAwayValue);
}
}
public override async Task NextSongAsync()
{
await server.sendRoomUpdate(this);
if (SongQueue.Count() <= 0)
{
await server.BroadcastRoomAsync(this, new Packet(PacketType.PauseMusic, null));
return;
}
var song = SongQueue.Peek();
await server.BroadcastRoomAsync(this, new Packet(PacketType.StartPlaying, new StartPlayingData()
{
SongToPlay = song
}));
}
public void Previous_FewTimes_ShouldReturnPrevious()
{
ISongQueue queue = new SongQueue();
queue.Set(first);
Song expected1 = new Song
{
Id = 1,
Name = "Sweet Home Alabama"
};
Song expected2 = new Song
{
Id = 3,
Name = "Loud Like Love"
};
Song expected3 = new Song
{
Id = 2,
Name = "Processed Beats"
};
_ = queue.Next;
_ = queue.Next;
Song actual1 = queue.Previous;
_ = queue.Next;
_ = queue.Next;
_ = queue.Next;
_ = queue.Next;
_ = queue.Previous;
Song actual2 = queue.Previous;
Song actual3 = queue.Previous;
Assert.Equal(expected1, actual1);
Assert.Equal(expected2, actual2);
Assert.Equal(expected3, actual3);
}
public void ShuffleInTheMiddle_HasNoPrevious_FirstElementIsWhereShuffleStarted()
{
ISongQueue queue = new SongQueue();
var initial = TestData(10);
queue.Set(initial);
//act
_ = queue.Next;
_ = queue.Next;
var expected = queue.Next;
queue.Shuffle = true;
//asset
Assert.False(queue.HasPrevious);
Assert.True(queue.HasNext);
//started shuffle on third index so it should be the first
queue.Content[0].Should().Be(expected);
}
public void ShuffleFromStart_OrderShouldBeRandom()
{
ISongQueue queue = new SongQueue();
var initial = TestData(18);
queue.Set(initial);
//act
var traversed = new List <Song>();
queue.Shuffle = true;
while (queue.HasNext)
{
traversed.Add(queue.Next);
}
//assert
traversed.Count.Should().Be(initial.Count);
traversed.Should().NotEqual(initial);
traversed.OrderBy(x => x.Id).Should().Equal(initial);
}
public void Current_ShouldReturnCurrentElement()
{
ISongQueue queue = new SongQueue();
queue.Set(third);
Song expected1 = new Song
{
Id = 11,
Name = "Kitty Later"
};
Song expected2 = new Song
{
Id = 14,
Name = "For What It's worth"
};
Song expected3 = new Song
{
Id = 12,
Name = "Ashtray Heart"
};
_ = queue.Next;
_ = queue.Next;
Song actual1 = queue.Previous;
_ = queue.Next;
_ = queue.Next;
Song actual2 = queue.Next;
_ = queue.Previous;
Song actual3 = queue.Previous;
Assert.Equal(expected1, actual1);
Assert.Equal(expected2, actual2);
Assert.Equal(expected3, actual3);
}
public void Add_AddToEnd_ShouldEqual()
{
ISongQueue queue = new SongQueue();
queue.Set(second);
Song song = new Song
{
Id = 11,
Name = "Kitty Later"
};
List <Song> list = second.ToList();
list.Add(song);
queue.Add(song);
Song[] expected = list.ToArray();
Song[] actual = queue.Content.ToArray();
Assert.Equal(expected, actual);
}
public void TurnShuffleOn_ThenOff_CurrentSongIsTheSameAsTheOneThatShuffleWasTurnedOffOn()
{
//arrange
ISongQueue queue = new SongQueue();
var initial = TestData(1200);
queue.Set(initial);
queue.Shuffle = true;
//act
for (int i = 0; i < 16; i++) //skip 16 in total and take the 17th
{
_ = queue.Next;
}
var expeted = queue.Next;
queue.Shuffle = false;
//assert
queue.Content[queue.CurrentIndex].Should().Be(expeted);
queue.Content.Count.Should().Be(initial.Count);
queue.Content.Should().Equal(initial);
}
public void Next_FewTimes_ShouldReturnNext()
{
ISongQueue queue = new SongQueue();
queue.Set(second);
Song actual1 = queue.Next;
Song expected1 = new Song
{
Id = 6,
Name = "Hold on to Me"
};
Song actual2 = queue.Next;
Song expected2 = new Song
{
Id = 7,
Name = "Rob the Bank"
};
Assert.Equal(expected1, actual1);
Assert.Equal(expected2, actual2);
}
public void Jump_RemoveAllToEndAndInsertRange_ShouldEqual()
{
ISongQueue queue = new SongQueue();
queue.Set(first);
var expected = new[]
{
first[0],
first[1],
second[0],
second[1],
second[2],
second[3],
second[4],
};
_ = queue.Next;
_ = queue.Next;
queue.Replace(second);
Song[] actual = queue.Content.ToArray();
actual.Should().Equal(expected);
}
////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////////////////////////////////////
/// <summary>
/// Load database
/// </summary>
private void LoadDatabase()
{
try
{
string l_FilePath = m_DBFilePath;
if (!System.IO.File.Exists(l_FilePath))
{
Logger.Instance.Error("File not found " + m_DBFilePath);
return;
}
var l_JSON = JObject.Parse(System.IO.File.ReadAllText(l_FilePath, UTF8Encoding.UTF8));
if (l_JSON["queue"] != null)
{
JArray l_JSONSongs = (JArray)l_JSON["queue"];
for (int l_SongIt = 0; l_SongIt < l_JSONSongs.Count; l_SongIt++)
{
SongEntry l_Entry = new SongEntry();
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("key"))
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, (string)l_JSONSongs[l_SongIt]["key"]);
else
{
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, "", "", "");
JsonConvert.PopulateObject((string)l_JSONSongs[l_SongIt]["btm"], l_Entry.BeatMap);
}
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("rqt"))
l_Entry.RequestTime = SDK.Misc.Time.FromUnixTime(l_JSONSongs[l_SongIt]["rqt"].Value<long>());
l_Entry.RequesterName = (string)l_JSONSongs[l_SongIt]["rqn"];
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("npr"))
l_Entry.NamePrefix = (string)l_JSONSongs[l_SongIt]["npr"];
SongQueue.Add(l_Entry);
/// Start populate
l_Entry.BeatMap.Populate().ContinueWith(x => OnBeatmapPopulated(x, l_Entry));
}
}
if (l_JSON["history"] != null)
{
JArray l_JSONSongs = (JArray)l_JSON["history"];
for (int l_SongIt = 0; l_SongIt < l_JSONSongs.Count; l_SongIt++)
{
SongEntry l_Entry = new SongEntry();
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("key"))
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, (string)l_JSONSongs[l_SongIt]["key"]);
else
{
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, "", "", "");
JsonConvert.PopulateObject((string)l_JSONSongs[l_SongIt]["btm"], l_Entry.BeatMap);
}
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("rqt"))
l_Entry.RequestTime = SDK.Misc.Time.FromUnixTime(l_JSONSongs[l_SongIt]["rqt"].Value<long>());
l_Entry.RequesterName = (string)l_JSONSongs[l_SongIt]["rqn"];
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("npr"))
l_Entry.NamePrefix = (string)l_JSONSongs[l_SongIt]["npr"];
SongHistory.Add(l_Entry);
/// Start populate
l_Entry.BeatMap.Populate().ContinueWith(x => OnBeatmapPopulated(x, l_Entry));
}
}
if (l_JSON["blacklist"] != null)
{
JArray l_JSONSongs = (JArray)l_JSON["blacklist"];
for (int l_SongIt = 0; l_SongIt < l_JSONSongs.Count; l_SongIt++)
{
SongEntry l_Entry = new SongEntry();
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("key"))
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, (string)l_JSONSongs[l_SongIt]["key"]);
else
{
l_Entry.BeatMap = new BeatSaverSharp.Beatmap(m_BeatSaver, "", "", "");
JsonConvert.PopulateObject((string)l_JSONSongs[l_SongIt]["btm"], l_Entry.BeatMap);
}
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("rqt"))
l_Entry.RequestTime = SDK.Misc.Time.FromUnixTime(l_JSONSongs[l_SongIt]["rqt"].Value<long>());
l_Entry.RequesterName = (string)l_JSONSongs[l_SongIt]["rqn"];
if ((l_JSONSongs[l_SongIt] as JObject).ContainsKey("npr"))
l_Entry.NamePrefix = (string)l_JSONSongs[l_SongIt]["npr"];
SongBlackList.Add(l_Entry);
/// Start populate
l_Entry.BeatMap.Populate().ContinueWith(x => OnBeatmapPopulated(x, l_Entry));
}
}
}
catch (System.Exception p_Exception)
{
Logger.Instance.Critical("LoadDataBase");
Logger.Instance.Critical(p_Exception);
}
}
public void Insert_InsertRange_ShouldEqual()
{
//prepare
ISongQueue queue = new SongQueue();
List <Song> toBeInserted = new List <Song>
{
new Song
{
Id = 31,
Name = "Getting Even"
},
new Song
{
Id = 32,
Name = "Rituals"
}
};
List <Song> list = new List <Song>
{
new Song
{
Id = 6,
Name = "Hold on to Me"
},
new Song
{
Id = 7,
Name = "Rob the Bank"
},
new Song
{
Id = 8,
Name = "A Million Little Places"
},
toBeInserted[0],
toBeInserted[1],
new Song
{
Id = 9,
Name = "Exit Wounds"
},
new Song
{
Id = 10,
Name = "Purify"
}
};
queue.Set(second);
//act
_ = queue.Next;
_ = queue.Next;
_ = queue.Next;
queue.Insert(toBeInserted);
//assert
Song[] expected = list.ToArray();
Song[] actual = queue.Content.ToArray();
Assert.Equal(expected, actual);
}
public void AddToQueue(Song parameter)
{
SongQueue.Add(parameter);
QueueControl.GetInstance().UpdateQueue();
}
public void RemoveFromQueue(Song parameter)
{
SongQueue.Remove(parameter);
}
