internal void Li(object sender, ObjectStateChangeArgs os)
{
os.ShouldHave().AllProperties().EqualTo(Expected);
//Assert.That(os.Equals(Expected), Is.True);
Expected = Next;
Next = null;
}
private void LifeChanges(object sender, ObjectStateChangeArgs args)
{
if (args.NewState == ObjectState.Removed)
{
IObjectState ios = args.Changed;
ios.ObjectStateChanges -= LifeChanges;
RawCollection.Remove(ios as Artist);
}
}
private void StateChanged(object sender, ObjectStateChangeArgs osca)
{
if (osca.NewState == ObjectState.Removed)
return;
if (osca.NewState == ObjectState.UnderEdit)
return;
CacheState(true);
}
void IInternalMusicPlayer.OnLockEvent(object sender, ObjectStateChangeArgs e)
{
IInternalTrack ts = sender as IInternalTrack;
if (ts != _TrackSource)
throw new Exception("Lock management");
PlayMode currentmode = Mode;
switch (e.NewState)
{
case ObjectState.Available:
if (e.OldState != ObjectState.UnderEdit)
break;
//liberation de lock
if (_Foto == null)
return;
if ((_Foto.Track != ts) || (currentmode != PlayMode.Paused))
throw new Exception("Lock management");
bool play = _Foto.PlayOrPaused;
if (play)
{
PlayFromFoto();
}
break;
case ObjectState.UnderEdit:
//Lock de track
switch (currentmode)
{
case PlayMode.Stopped:
RawClose();
break;
case PlayMode.Play:
RawPause();
_Foto = new PlayFoto(_TrackSource, Position, true);
using (Silent())
{
RawStop();
RawClose();
}
PrivateMode = PlayMode.Paused;
break;
case PlayMode.Paused:
_Foto = new PlayFoto(_TrackSource, Position, false);
using (Silent())
{
RawStop();
RawClose();
}
break;
}
break;
case ObjectState.FileNotAvailable:
PlayListtransition();
break;
}
}
private void Listener(object o, ObjectStateChangeArgs e)
{
throw new Exception("Ca pue");
}
