public void StopPlaying()
{
// Kill the bowls if they are sounding.
if (PlayThread != null && PlayThread.IsAlive)
{
PlayThread.Abort();
StoppedPlaying.Raise(this, new BowlPlayerEventArgs(0));
}
}
/// <summary>
/// Handler for if playback of a file stopped.
/// </summary>
/// <param name="sender">Sender.</param>
/// <param name="e">StoppedEventArgs.</param>
/// <returns>Task instance.</returns>
private async void OnPlaybackStoppedAsync(object sender, StoppedEventArgs e)
{
await Task.Run(() =>
{
bool stoppedExplicitly;
lock (this)
{
// Dispose timer so we stop reporting the position
if (_positionReportTimer != null)
{
_positionReportTimer.Dispose();
_positionReportTimer = null;
// Also indicate we don't want to report because the event may have already been fired
_doNotReportPosition = true;
}
// Dispose the wavestream
_waveStream.Dispose();
// Set resuming to false so we know we're not resuming the next time we start
_paused = false;
stoppedExplicitly = _stoppedExplicitly;
// Signal reset event
_resetEvent.Set();
}
// If playback wasn't stopped explicitly that meanse the track finished on it's own
if (stoppedExplicitly)
{
StoppedPlaying?.Invoke(this, new FinishedStoppedPlayingEventArgs(_trackId));
}
else
{
FinishedPlaying?.Invoke(this, new FinishedStoppedPlayingEventArgs(_trackId));
}
});
}
void ThreadPlay(int times = 1)
{
var args = new BowlPlayerEventArgs(times);
var bowls = times.Times().Select(i => Platform.CreateBowlSound(BowlSoundPath)).ToArray();
Platform.RunOnMainThread(() => StartedPlaying.Raise(this, args));
foreach (var bowl in bowls)
{
bowl.Play(Platform.Preferences.BowlVolumePercentage);
Platform.ThreadSleep(TimeBetweenBowls);
}
Platform.ThreadSleep(AbstractBowlSound.SoundDuration);
foreach (var bowl in bowls)
{
bowl.Dispose();
}
Platform.RunOnMainThread(() => StoppedPlaying.Raise(this, args));
}
protected void ForceStop()
{
IsPlaying = false;
StopAllCoroutines();
StoppedPlaying?.Invoke();
}
