@Test
public void usage() throws Exception
{

	// As soon as you have entered the pairing code '1337' in iTunes the
	// registerNewSession will be invoked and the pairing will be stored in
	// a local db file and in iTunes as well. Clear the pairing in iTunes by
	// clearing all remotes in iTunes as usual. Clear the pairing in Jolivia
	// by deleting the db
	// file. Once paired every time you start iTunes this method will be
	// called. Every time the iTunes instance is
	// closed the tearDownSession will be invoked.
	new Jolivia.JoliviaBuilder().clientSessionListener(new IClientSessionListener() {

		private Session session;

		@Override
		public void tearDownSession(String server, int port)
		{
			// Maybe do some clean up?
			try
			{
				session.logout();
			}
			catch(Exception e)
			{
				// TODO Auto-generated catch block
				e.printStackTrace();
			}
		}

		@SuppressWarnings("unused")
		@Override
		public void registerNewSession(Session session) throws Exception
		{

			// Showcase on some actions you can do on a session ...
			// ////////////////////////////////////////
			this.session = session;

			// getUpdateBlocking blocks until an event happens in iTunes -
			// eg. pressing play, pause, etc. ...
			UpdateResponse response = this.session.getUpdateBlocking();

			Database itunesDatabase = this.session.getDatabase();

			// Get all playlists. For now the playlists only contains the
			// master playlist. This is to be expanded
			Collection<Container> playlists = itunesDatabase.getContainers();

			// Traverse the library for eg. all tracks
			for(SongArtist artist : this.session.getLibrary().getAllArtists().getBrowseArtistListing().getSongArtists())
			{
				System.out.println(artist.getValue());
			}

			long itemId = 0;

			// Extract information from a generic listing
			for(ListingItem item : this.session.getLibrary().getAllTracks().getListing().getListingItems())
			{
				System.out.println(item.getSpecificChunk(SongAlbum.class).getValue());
				System.out.println(item.getSpecificChunk(SongArtist.class).getValue());
				System.out.println(item.getSpecificChunk(SongTime.class).getValue());
				System.out.println(item.getSpecificChunk(SongTrackNumber.class).getValue());
				System.out.println(item.getSpecificChunk(SongUserRating.class).getValue());
				System.out.println(item.getSpecificChunk(ItemName.class).getValue());
				System.out.println(item.getSpecificChunk(ItemKind.class).getValue());
				System.out.println(item.getSpecificChunk(ItemId.class).getValue());
				itemId = item.getSpecificChunk(ItemId.class).getValue();
			}

			// Showcase on some actions you can do on speakers ...
			// ////////////////////////////////////////
			RemoteControl remoteControl = this.session.getRemoteControl();
			// Set min volume
			remoteControl.setVolume(0);
			// Set max volume
			remoteControl.setVolume(100);

			remoteControl.setVolume(0);
			// Get the master volume
			remoteControl.getMasterVolume();

			// Get all speakers visible to iTunes instance
			Collection<Speaker> speakers = remoteControl.getSpeakers();

			// Mark all speakers active meaning they are prepared for being
			// used for the iTunes instance
			for(Speaker s : speakers)
			{
				s.setActive(true);
			}
			// Assign all the active speakers to the iTunes instance. This
			// means that all the speakers will now be used for output
			remoteControl.setSpeakers(speakers);

			// Change the volume individually on each speaker
			speakers = remoteControl.getSpeakers();
			for(Speaker s : speakers)
			{
				remoteControl.setSpeakerVolume(s.getId(), 60, 50, 40, 30, 100);
			}

			session.getLibrary().getAlbumArtwork(itemId, 320, 320);
			session.getRemoteControl().fetchCover(320, 320);
		}
	}).build();
}