public async Task GetLengthTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Tracklist.GetLength(); Assert.True(res2.Succeeded); Assert.Equal(0, res2.Result); var res3 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res3.Succeeded); Assert.True(1 <= res3.Result.Length); Assert.True(1 <= res3.Result.First().Tracks.Length); var uris = res3.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res4 = await Tracklist.Add(uris); Assert.True(res4.Succeeded); var res5 = await Tracklist.GetLength(); Assert.True(res5.Succeeded); Assert.Equal(uris.Length, res5.Result); }
public async Task IndexTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); var res4 = await Tracklist.GetTlTracks(); Assert.True(res4.Succeeded); Assert.Equal(uris.Length, res4.Result.Length); for (var i = 0; i < uris.Length; i++) { var res5 = await Tracklist.Index(tlId : res4.Result[i].TlId); Assert.Equal(uris[(int)res5.Result], res4.Result[i].Track.Uri); } }
public async Task GetCurrentTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); var res4 = await Playback.GetState(); Assert.True(res4.Succeeded); if (res4.Result != PlaybackState.Stopped) { var res5 = await Playback.Stop(); Assert.True(res5); } await Task.Delay(PlaybackTest.WaitMsec); var res6 = await Playback.Play(res3.Result[4].TlId); Assert.True(res6); await Task.Delay(PlaybackTest.WaitMsec); var res7 = await Playback.GetCurrentTlTrack(); Assert.True(res7.Succeeded); Assert.Equal(res7.Result.TlId, res3.Result[4].TlId); Assert.Equal(res7.Result.Track.Uri, res3.Result[4].Track.Uri); var res8 = await Playback.GetCurrentTrack(); Assert.True(res8.Succeeded); Assert.Equal(res8.Result.Uri, res3.Result[4].Track.Uri); //var res9 = await Playback.GetStreamTitle(); //Assert.True(res9.Succeeded); //Assert.Equal(res3.Result[4].Track.Name, res9.Result); }
public async Task SliceTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); Assert.Equal(uris.Length, res3.Result.Length); var sliced = new string[] { uris[5], uris[6], uris[7], uris[8], }; var res4 = await Tracklist.Slice(5, 9); Assert.True(res4.Succeeded); Assert.Equal(4, res4.Result.Length); for (var i = 0; i < sliced.Length; i++) { Assert.Equal(sliced[i], res4.Result[i].Track.Uri); } var res5 = await Tracklist.GetTlTracks(); Assert.True(res5.Succeeded); Assert.Equal(uris.Length, res5.Result.Length); for (var i = 0; i < uris.Length; i++) { Assert.Equal(uris[i], res5.Result[i].Track.Uri); } }
public async Task MoveTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res4 = await Tracklist.Add(uris); Assert.True(res4.Succeeded); // 2-3 -> index 5 var res5 = await Tracklist.Move(2, 4, 5); var moved = new string[] { uris[0], uris[1], uris[4], uris[5], uris[6], uris[2], uris[3], uris[7], uris[8], uris[9], uris[10] }; var res6 = await Tracklist.GetTlTracks(); Assert.True(res6.Succeeded); Assert.Equal(moved.Length, res6.Result.Length); for (var i = 0; i < moved.Length; i++) { Assert.Equal(moved[i], res6.Result[i].Track.Uri); } }
public void AddTrack(bool closeTagSpace = true) { if (curTrackIndex == null) { throw new TrackIndexException("Can't add track without StartTime"); } var tags = _tagSpaceManager.TagSpaces.Peek().Tags; Tracklist.Add(new Track(curTrackIndex, tags)); curTrackIndex = null; if (closeTagSpace) { _tagSpaceManager.CloseTagSpace(); } }
public async Task FilterTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); Assert.Equal(uris.Length, res3.Result.Length); var filtered1 = new string[] { uris[1], uris[3], uris[5], uris[7], }; var criteria = new Tracklist.Criteria(); criteria.TlId.Add(res3.Result[1].TlId); criteria.TlId.Add(res3.Result[3].TlId); criteria.TlId.Add(res3.Result[5].TlId); criteria.TlId.Add(res3.Result[7].TlId); //criteria.Uri.Add("local:track:"); var res4 = await Tracklist.Filter(criteria); Assert.True(res4.Succeeded); Assert.Equal(filtered1.Length, res4.Result.Length); for (var i = 0; i < filtered1.Length; i++) { Assert.Equal(filtered1[i], res4.Result[i].Track.Uri); } criteria.Clear(); criteria.Uri.Add(res3.Result[1].Track.Uri); criteria.Uri.Add(res3.Result[3].Track.Uri); criteria.Uri.Add(res3.Result[5].Track.Uri); criteria.Uri.Add(res3.Result[7].Track.Uri); var res5 = await Tracklist.Filter(criteria); Assert.True(res5.Succeeded); Assert.Equal(filtered1.Length, res5.Result.Length); for (var i = 0; i < filtered1.Length; i++) { Assert.Equal(filtered1[i], res5.Result[i].Track.Uri); } var res6 = await Tracklist.Filter(tlId : new int[] { res3.Result[1].TlId, res3.Result[3].TlId, res3.Result[5].TlId, res3.Result[7].TlId, }); Assert.True(res6.Succeeded); Assert.Equal(filtered1.Length, res6.Result.Length); for (var i = 0; i < filtered1.Length; i++) { Assert.Equal(filtered1[i], res6.Result[i].Track.Uri); } var res7 = await Tracklist.Filter(uri : new string[] { res3.Result[1].Track.Uri, res3.Result[3].Track.Uri, res3.Result[5].Track.Uri, res3.Result[7].Track.Uri, }); Assert.True(res7.Succeeded); Assert.Equal(filtered1.Length, res7.Result.Length); for (var i = 0; i < filtered1.Length; i++) { Assert.Equal(filtered1[i], res7.Result[i].Track.Uri); } var res8 = await Tracklist.Filter(tlId : res3.Result[1].TlId); Assert.True(res8.Succeeded); Assert.Single(res8.Result); Assert.Equal(res3.Result[1].Track.Uri, res8.Result[0].Track.Uri); var res9 = await Tracklist.Filter(uri : res3.Result[3].Track.Uri); Assert.True(res9.Succeeded); Assert.Single(res9.Result); Assert.Equal(res3.Result[3].TlId, res9.Result[0].TlId); var res10 = await Tracklist.GetTlTracks(); Assert.True(res10.Succeeded); Assert.Equal(uris.Length, res10.Result.Length); for (var i = 0; i < uris.Length; i++) { Assert.Equal(uris[i], res10.Result[i].Track.Uri); } }
public async Task ShuffleTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); var ordered = new Dictionary <int, string>() { { 0, uris[0] }, { 1, uris[1] }, { 2, uris[2] }, { 3, uris[3] }, { 4, uris[4] }, { 10, uris[10] } }; var unordered = new Dictionary <int, string>() { { 5, uris[5] }, { 6, uris[6] }, { 7, uris[7] }, { 8, uris[8] }, { 9, uris[9] }, }; var res4 = await Tracklist.Shuffle(5, 10); Assert.True(res4); var res5 = await Tracklist.GetTlTracks(); Assert.True(res5.Succeeded); Assert.Equal(uris.Length, res5.Result.Length); foreach (var pair in ordered) { Assert.Equal(ordered[pair.Key], res5.Result[pair.Key].Track.Uri); } var shuffled = false; foreach (var pair in unordered) { if (pair.Value != res5.Result[pair.Key].Track.Uri) { shuffled = true; break; } } Assert.True(shuffled); }
public async Task AddTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); var tracks1 = res2.Result.First().Tracks; Assert.True(1 <= tracks1.Length); var uris1 = tracks1 .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris1); Assert.True(res3.Succeeded); Assert.Equal(tracks1.Length, res3.Result.Length); for (var i = 0; i < tracks1.Length; i++) { var track = tracks1[i]; var result = res3.Result[i]; Assert.Equal(track.Uri, result.Track.Uri); } var res4 = await Library.Search( queryArtist : "Abba", queryAlbum : "Waterloo" ); Assert.True(res4.Succeeded); Assert.True(1 <= res4.Result.Length); var tracks2 = res4.Result.First().Tracks; Assert.True(1 <= tracks2.Length); var uris2 = tracks2 .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res5 = await Tracklist.Add(uris2, 0); Assert.True(res5.Succeeded); Assert.Equal(tracks2.Length, res5.Result.Length); for (var i = 0; i < tracks2.Length; i++) { var track = tracks2[i]; var result = res5.Result[i]; Assert.Equal(track.Uri, result.Track.Uri); } var res6 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "The Whole Thing's Started", queryTrackName : "Do It Again" ); Assert.True(res6.Succeeded); Assert.True(1 <= res6.Result.Length); var tracks3 = res6.Result.First().Tracks; Assert.True(1 == tracks3.Length); var insertUri = tracks3[0].Uri; var res7 = await Tracklist.Add(insertUri, 3); Assert.True(res7.Succeeded); var res8 = await Tracklist.GetLength(); Assert.Equal(tracks1.Length + tracks2.Length + 1, res8.Result); var allTracks = new List <Track>(); allTracks.AddRange(tracks2); allTracks.AddRange(tracks1); allTracks.Insert(3, tracks3[0]); var res9 = await Tracklist.GetTlTracks(); Assert.True(res9.Succeeded); Assert.Equal(allTracks.Count, res9.Result.Length); for (var i = 0; i < allTracks.Count; i++) { var track = allTracks[i]; var tlTrack = res9.Result[i]; Assert.Equal(track.Uri, tlTrack.Track.Uri); } }
public async Task RemoveTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); var tracks1 = res2.Result.First().Tracks; Assert.True(1 <= tracks1.Length); var uris1 = tracks1 .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris1); Assert.True(res3.Succeeded); var tlIds = res3.Result .Select(e => e.TlId) .ToArray(); var uris = res3.Result .Select(e => e.Track.Uri) .ToArray(); var res4 = await Tracklist.GetTlTracks(); Assert.True(res4.Succeeded); Assert.Contains(res4.Result, e => e.TlId == tlIds[0]); Assert.Contains(res4.Result, e => e.TlId == tlIds[1]); Assert.Contains(res4.Result, e => e.TlId == tlIds[2]); Assert.Contains(res4.Result, e => e.TlId == tlIds[3]); var res5 = await Tracklist.Remove(new int[] { tlIds[0], tlIds[1], tlIds[2], tlIds[3] }); Assert.True(res5.Succeeded); Assert.Equal(4, res5.Result.Length); var res6 = await Tracklist.GetLength(); Assert.True(res6.Succeeded); Assert.Equal(tracks1.Length - 4, res6.Result); var res7 = await Tracklist.GetTlTracks(); Assert.True(res7.Succeeded); Assert.DoesNotContain(res7.Result, e => e.TlId == tlIds[0]); Assert.DoesNotContain(res7.Result, e => e.TlId == tlIds[1]); Assert.DoesNotContain(res7.Result, e => e.TlId == tlIds[2]); Assert.DoesNotContain(res7.Result, e => e.TlId == tlIds[3]); Assert.Contains(res7.Result, e => e.Track.Uri == uris[4]); Assert.Contains(res7.Result, e => e.Track.Uri == uris[5]); Assert.Contains(res7.Result, e => e.Track.Uri == uris[6]); var res8 = await Tracklist.Remove(new string[] { uris[4], uris[5], uris[6] }); Assert.True(res8.Succeeded); Assert.Equal(3, res8.Result.Length); var res9 = await Tracklist.GetLength(); Assert.True(res9.Succeeded); Assert.Equal(tracks1.Length - 7, res9.Result); var res10 = await Tracklist.GetTlTracks(); Assert.True(res10.Succeeded); Assert.DoesNotContain(res10.Result, e => e.Track.Uri == uris[4]); Assert.DoesNotContain(res10.Result, e => e.Track.Uri == uris[5]); Assert.DoesNotContain(res10.Result, e => e.Track.Uri == uris[6]); Assert.Contains(res10.Result, e => e.TlId == tlIds[7]); Assert.Contains(res10.Result, e => e.Track.Uri == uris[8]); var res11 = await Tracklist.Remove(tlIds[7]); Assert.True(res11.Succeeded); #pragma warning disable xUnit2013 // Do not use equality check to check for collection size. Assert.Equal(1, res11.Result.Length); #pragma warning restore xUnit2013 // Do not use equality check to check for collection size. var res12 = await Tracklist.Remove(uris[8]); Assert.True(res12.Succeeded); #pragma warning disable xUnit2013 // Do not use equality check to check for collection size. Assert.Equal(1, res12.Result.Length); #pragma warning restore xUnit2013 // Do not use equality check to check for collection size. var res13 = await Tracklist.GetLength(); Assert.True(res13.Succeeded); Assert.Equal(tracks1.Length - 9, res13.Result); var res14 = await Tracklist.GetTlTracks(); Assert.True(res14.Succeeded); Assert.DoesNotContain(res14.Result, e => e.TlId == tlIds[7]); Assert.DoesNotContain(res14.Result, e => e.Track.Uri == uris[8]); }
public Tracklist GetAllTracks() { Tracklist tracks = null; int index = 0; string response = GoogleMusicService(Service.streamingloadalltracks); if (!String.IsNullOrEmpty(response)) { tracks = new Tracklist(); tracks.lastUpdatedTimestamp = DateTime.Now; while ((index = response.IndexOf("['slat_process']", index)) > 0) { index += 17; int length = response.IndexOf("['slat_progress']", index) - index - 17; ArrayList array = _parser.Parse(response.Substring(index, length)); foreach (ArrayList t in (array[0] as ArrayList)) { Track track = new Track(); for (int i = 0; i < trackProperties.Length; i++) { string property = trackProperties[i]; if (!String.IsNullOrEmpty(property)) { MethodInfo info = typeof(Track).GetMethod("set_" + property, BindingFlags.Instance | BindingFlags.Public | BindingFlags.NonPublic); if (info != null && i < t.Count) { object ti = t[i]; if (ti != null) ti = Convert.ChangeType(ti, info.GetParameters()[0].ParameterType); info.Invoke(track, new[] { ti }); } else ThrowError(String.Format("Track property '{0}' not matched!", property)); } } tracks.Add(track); } } } return tracks; }
public async Task SetStateTest() { var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); var res4 = await Playback.GetState(); Assert.True(res4.Succeeded); if (res4.Result != PlaybackState.Stopped) { var res5 = await Playback.Stop(); Assert.True(res5); } await Task.Delay(PlaybackTest.WaitMsec); var res6 = await Playback.Play(res3.Result[4].TlId); Assert.True(res6); await Task.Delay(PlaybackTest.WaitMsec); var res7 = await Playback.SetState(PlaybackState.Paused); Assert.True(res7); var res8 = await Playback.GetState(); Assert.True(res8.Succeeded); Assert.Equal(PlaybackState.Paused, res8.Result); var res9 = await Playback.SetState(PlaybackState.Stopped); Assert.True(res9); var res10 = await Playback.GetState(); Assert.True(res10.Succeeded); Assert.Equal(PlaybackState.Stopped, res10.Result); var res11 = await Playback.SetState(PlaybackState.Playing); Assert.True(res11); var res12 = await Playback.GetState(); Assert.True(res12.Succeeded); Assert.Equal(PlaybackState.Playing, res12.Result); var res13 = await Playback.Stop(); Assert.True(res13); }
public async Task TracklistEventTest() { if (Mopidy.Settings.ConnectionType != Mopidy.Settings.Connection.WebSocket) { return; } var seeked = false; var seekedCount = 0; var tracklistChanged = false; var trackPlaybackStarted = false; var trackPlaybackPaused = false; var trackPlaybackResumed = false; var trackPlaybackEnded = false; CoreListener.Seeked += (sender, ev) => { seeked = true; seekedCount++; Assert.NotNull(ev); Assert.True(0 <= ev.TimePosition); }; CoreListener.StreamTitleChanged += (sender, ev) => { Assert.NotNull(ev); Assert.NotNull(ev.Title); }; CoreListener.TracklistChanged += (sender, ev) => { tracklistChanged = true; Assert.NotNull(ev); }; CoreListener.TrackPlaybackStarted += (sender, ev) => { trackPlaybackStarted = true; Assert.NotNull(ev); Assert.NotNull(ev.TlTrack); Assert.True(0 <= ev.TlTrack.TlId); Assert.NotNull(ev.TlTrack.Track); }; CoreListener.TrackPlaybackPaused += (sender, ev) => { trackPlaybackPaused = true; Assert.NotNull(ev); Assert.NotNull(ev.TlTrack); Assert.True(0 <= ev.TlTrack.TlId); Assert.NotNull(ev.TlTrack.Track); Assert.True(0 <= ev.TimePosition); }; CoreListener.TrackPlaybackResumed += (sender, ev) => { trackPlaybackResumed = true; Assert.NotNull(ev); Assert.NotNull(ev.TlTrack); Assert.True(0 <= ev.TlTrack.TlId); Assert.NotNull(ev.TlTrack.Track); Assert.True(0 <= ev.TimePosition); }; CoreListener.TrackPlaybackEnded += (sender, ev) => { trackPlaybackEnded = true; Assert.NotNull(ev); Assert.NotNull(ev.TlTrack); Assert.True(0 <= ev.TlTrack.TlId); Assert.NotNull(ev.TlTrack.Track); Assert.True(0 <= ev.TimePosition); }; var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); tracklistChanged = false; var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); await Task.Delay(WaitMsec); Assert.True(tracklistChanged); trackPlaybackStarted = false; var res4 = await Playback.Play(res3.Result[4].TlId); Assert.True(res4); await Task.Delay(WaitMsec); Assert.True(trackPlaybackStarted); trackPlaybackPaused = false; var res5 = await Playback.Pause(); Assert.True(res5); await Task.Delay(WaitMsec); Assert.True(trackPlaybackPaused); trackPlaybackResumed = false; var res6 = await Playback.Resume(); Assert.True(res5); await Task.Delay(WaitMsec); Assert.True(trackPlaybackResumed); seeked = false; trackPlaybackEnded = false; var res7 = await Playback.Seek((int)res3.Result[4].Track.Length - 1000); await Task.Delay((int)(WaitMsec * 2.1)); Assert.True(seeked); Assert.True(trackPlaybackEnded); Assert.True(0 <= seekedCount); }
public async Task PlaybackStateChangedTest() { if (Mopidy.Settings.ConnectionType != Mopidy.Settings.Connection.WebSocket) { return; } var res1 = await Tracklist.Clear(); Assert.True(res1); var res2 = await Library.Search( queryArtist : "Air Supply", queryAlbum : "Strangers In Love" ); Assert.True(res2.Succeeded); Assert.True(1 <= res2.Result.Length); Assert.True(1 <= res2.Result.First().Tracks.Length); var uris = res2.Result.First().Tracks .OrderBy(e => e.TrackNo) .Select(e => e.Uri) .ToArray(); var res3 = await Tracklist.Add(uris); Assert.True(res3.Succeeded); var res4 = await Playback.GetState(); Assert.True(res4.Succeeded); var beforeState = res4.Result; var recieved = false; var matchedOld = false; var changedNew = false; CoreListener.PlaybackStateChanged += (sender, ev) => { recieved = true; if (beforeState == ev.OldState) { matchedOld = true; } if (beforeState != ev.NewState) { changedNew = true; } }; if (res4.Result != Mopidy.Models.Enums.PlaybackState.Playing) { var res5 = await Playback.Play(res3.Result[4].TlId); Assert.True(res5); await Task.Delay(WaitMsec); Assert.True(recieved); Assert.True(matchedOld); Assert.True(changedNew); } beforeState = Mopidy.Models.Enums.PlaybackState.Playing; recieved = false; matchedOld = false; changedNew = false; var res6 = await Playback.Pause(); Assert.True(res6); await Task.Delay(WaitMsec); Assert.True(recieved); Assert.True(matchedOld); Assert.True(changedNew); beforeState = Mopidy.Models.Enums.PlaybackState.Paused; recieved = false; matchedOld = false; changedNew = false; var res7 = await Playback.Stop(); Assert.True(res7); await Task.Delay(WaitMsec); Assert.True(recieved); Assert.True(matchedOld); Assert.True(changedNew); beforeState = Mopidy.Models.Enums.PlaybackState.Stopped; recieved = false; matchedOld = false; changedNew = false; var res8 = await Playback.Play(); Assert.True(res8); await Task.Delay(WaitMsec); Assert.True(recieved); Assert.True(matchedOld); Assert.True(changedNew); }