public async Task <PlayerStatusModel> ControlAction(PlayerControlRequest playerControlRequest)
{
switch (playerControlRequest.ControlRequest)
{
case ControlRequest.VolumeAbsolute:
var volume = (byte)playerControlRequest.RequestData;
PlayerActor.Volume(volume);
break;
case ControlRequest.RepeatToggle:
PlayerActor.ToggleRepeat();
break;
case ControlRequest.Seek:
PlayerActor.Seek(playerControlRequest.RequestData);
break;
case ControlRequest.VolumeRelative:
var volumeStep = (byte)playerControlRequest.RequestData;
var oldVolume = PlayerActor.BassActor.CurrentVolume;
var newVolume = (byte)(oldVolume + volumeStep);
PlayerActor.Volume(newVolume);
break;
case ControlRequest.Random:
default:
break;
}
await SendPlaybackStatus();
return(await Task.FromResult(getPlayerStatus()));
}
private void DoWork(object state)
{
var time = DateTime.Now;
var shouldTrigger = time.Hour == AlarmConfiguration.AlarmTime.Hours &&
time.Minute >= AlarmConfiguration.AlarmTime.Minutes &&
time.Minute <= time.Minute + AlarmConfiguration.AlarmMissThreshold.Minutes &&
!alarmTriggered;
if (shouldTrigger)
{
logger.LogInformation("Raising alarm");
alarmTriggered = true;
if (playerActor.PlaybackState == PlaybackState.Playing || playerActor.PlaybackState == PlaybackState.Paused)
{
playerActor.Stop();
}
if (!playerActor.Repeat)
{
playerActor.ToggleRepeat();
}
playerActor.NowPlaying.Clear();
this.previousVolume = playerActor.BassActor.CurrentVolume;
playerActor.Volume(100);
playerActor.Enqueue(AlarmConfiguration.MediaItemId);
}
else if (time.Hour == AlarmConfiguration.AlarmAutoTurnOffCheckTime.Hours && time.Minute >= AlarmConfiguration.AlarmAutoTurnOffCheckTime.Minutes && alarmTriggered)
{
logger.LogInformation("Disarming alarm");
playerActor.Volume(previousVolume);
alarmTriggered = false;
if (playerActor.PlaybackState == PlaybackState.Playing || playerActor.PlaybackState == PlaybackState.Paused)
{
playerActor.Stop();
}
}
}
public IActionResult PlayerControlAction([FromBody] PlayerControlRequest playerControlRequest)
{
dynamic response = null;
switch (playerControlRequest.ControlRequest)
{
case ControlRequest.VolumeAbsolute:
var volume = (byte)playerControlRequest.RequestData;
if (player.Volume(volume))
{
response = new { Status = true, Message = $"Set Volume!", Values = new { Scale1 = player.BassActor.CurrentVolume, Scale2 = (float)player.BassActor.CurrentVolume / 100f } }
}
;
else
{
response = new { Status = false, Message = $"Unknown Error!" }
};
break;
case ControlRequest.RepeatToggle:
var result = player.ToggleRepeat();
response = new
{
Status = result,
Message = result ? $"Success! Repeat: {player.BassActor.Repeat}" : $"Failed! {player.PlaybackState.ToString()}",
player.BassActor.Repeat
};
break;
case ControlRequest.Seek:
result = player.Seek(playerControlRequest.RequestData);
response = new
{
Status = result,
Message = result ? $"Success! Seek: {playerControlRequest.RequestData}" : $"Failed to seek to: {playerControlRequest.RequestData.ToString()}!",
player.BassActor.CurrentPositionBytes,
player.BassActor.CurrentPositionSeconds,
player.BassActor.CurrentPositionString
};
break;
case ControlRequest.VolumeRelative:
var volumeStep = (byte)playerControlRequest.RequestData;
var oldVolume = player.BassActor.CurrentVolume;
var newVolume = (byte)(oldVolume + volumeStep);
if (player.Volume(newVolume))
{
response = new { Status = true, Message = $"Set Volume!", Values = new { Scale1 = player.BassActor.CurrentVolume, Scale2 = (float)player.BassActor.CurrentVolume / 100f } }
}
;
else
{
response = new { Status = false, Message = $"Unknown Error!" }
};
break;
case ControlRequest.Random:
default:
break;
}
return(Ok(response));
}