public override void ConfirmAction()
{
switch (CurrentState)
{
case PlayState.PlayCards:
CurrentState = PlayState.AssignDamage;
break;
case PlayState.AssignDamage:
CurrentState = PlayState.TakeDamage;
break;
case PlayState.TakeDamage:
CurrentState = PlayState.DrawBuy;
break;
case PlayState.DrawBuy:
CurrentState = PlayState.PlayCards;
break;
default:
CurrentState = PlayState.PlayCards;
break;
}
UIController.Warn(currentState.ToString());
if (CurrentState == PlayState.TakeDamage)
{
StartCoroutine(TimedNextState());
}
}
/// <summary>
/// Called when the playstate changes, except for the Error state (see OnError)
/// </summary>
/// <param name="player">The BackgroundAudioPlayer</param>
/// <param name="track">The track playing at the time the playstate changed</param>
/// <param name="playState">The new playstate of the player</param>
/// <remarks>
/// Play State changes cannot be cancelled. They are raised even if the application
/// caused the state change itself, assuming the application has opted-in to the callback.
///
/// Notable playstate events:
/// (a) TrackEnded: invoked when the player has no current track. The agent can set the next track.
/// (b) TrackReady: an audio track has been set and it is now ready for playack.
///
/// Call NotifyComplete() only once, after the agent request has been completed, including async callbacks.
/// </remarks>
protected override void OnPlayStateChanged(BackgroundAudioPlayer player, AudioTrack track, PlayState playState)
{
System.Diagnostics.Debug.WriteLine("AGENT PLAY STATE CHANGED: " + playState.ToString());
switch (playState)
{
case PlayState.TrackEnded:
player.Track = GetNextTrack();
break;
case PlayState.TrackReady:
player.Play();
break;
case PlayState.Shutdown:
SaveTrackAndTime(player, track);
break;
case PlayState.Unknown:
break;
case PlayState.Stopped:
break;
case PlayState.Paused:
break;
case PlayState.Playing:
break;
case PlayState.BufferingStarted:
break;
case PlayState.BufferingStopped:
break;
case PlayState.Rewinding:
break;
case PlayState.FastForwarding:
break;
}
NotifyComplete();
}
private void UpdatePresence(string song, string duration, int position, PlayState state)
{
DiscordRPC.RichPresence presence = new DiscordRPC.RichPresence();
//presence.state = state;
song = Utility.Utf16ToUtf8(song);
presence.details = song.Substring(0, song.Length - 1);
presence.largeImageKey = "musicbee";
long now = (long)(DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1))).TotalSeconds;
if (state == PlayState.Playing)
{
presence.state = "Listening to music";
presence.startTimestamp = now - position;
}
else if (state == PlayState.Paused || state == PlayState.Stopped)
{
presence.state = state.ToString();
presence.startTimestamp = 0;
}
// string[] durations = duration.Split(':');
// long end = now + System.Convert.ToInt64(durations[0]) * 60 + System.Convert.ToInt64(durations[1]);
// presence.endTimestamp = end;
DiscordRPC.UpdatePresence(ref presence);
}
public SetPlayStateCommand(int playerId, PlayState playState)
: base($"player/set_play_state?pid={playerId}&state={playState.ToString().ToLower()} ")
{
PlayerId = playerId;
PlayState = playState;
}
/// <summary>
/// Called when the playstate changes, except for the Error state (see OnError)
/// </summary>
/// <param name="player">The BackgroundAudioPlayer</param>
/// <param name="track">The track playing at the time the playstate changed</param>
/// <param name="playState">The new playstate of the player</param>
/// <remarks>
/// Play State changes cannot be cancelled. They are raised even if the application
/// caused the state change itself, assuming the application has opted-in to the callback.
///
/// Notable playstate events:
/// (a) TrackEnded: invoked when the player has no current track. The agent can set the next track.
/// (b) TrackReady: an audio track has been set and it is now ready for playack.
///
/// Call NotifyComplete() only once, after the agent request has been completed, including async callbacks.
/// </remarks>
protected override void OnPlayStateChanged(BackgroundAudioPlayer player, AudioTrack track, PlayState playState)
{
System.Diagnostics.Debug.WriteLine("AGENT PLAY STATE CHANGED: " + playState.ToString());
switch (playState)
{
case PlayState.TrackEnded:
player.Track = GetNextTrack();
break;
case PlayState.TrackReady:
player.Play();
break;
case PlayState.Shutdown:
SaveTrackAndTime(player, track);
break;
case PlayState.Unknown:
break;
case PlayState.Stopped:
break;
case PlayState.Paused:
break;
case PlayState.Playing:
break;
case PlayState.BufferingStarted:
break;
case PlayState.BufferingStopped:
break;
case PlayState.Rewinding:
break;
case PlayState.FastForwarding:
break;
}
NotifyComplete();
}
public async Task <Client> Connect()
{
if (state == PlayState.CONNECTING)
{
//
Logger.Debug("it is connecting...");
return(null);
}
if (state != PlayState.INIT && state != PlayState.DISCONNECT)
{
throw new PlayException(PlayExceptionCode.StateError,
string.Format("You cannot call Connect() on {0} state", state.ToString()));
}
try {
state = PlayState.CONNECTING;
lobbyConn = await ConnectLobby();
state = PlayState.LOBBY;
Logger.Debug("connected at: {0}", Thread.CurrentThread.ManagedThreadId);
lobbyConn.OnMessage += OnLobbyConnMessage;
lobbyConn.OnClose += OnLobbyConnClose;
return(this);
} catch (Exception e) {
state = PlayState.INIT;
throw e;
}
}
public void OnStateChange(PlayState NewState)
{
GetComponent <Text>().text = NewState.ToString();
}
public static String PlayStateToString(PlayState currentPlayState)
{
return("PLAY_STATE|" + currentPlayState.ToString());
}
