@@ -149,7 +149,11 @@ class _VlcPlayerState extends State<VlcPlayer>
149149 // Once the controller has clients registered, we're good to register
150150 // with LibVLC on the platform side.
151151 if (_controller.hasClients) {
152- await _controller._initialize ( widget.url,widget.hwAcc, widget.options,);
152+ await _controller._initialize (
153+ widget.url,
154+ widget.hwAcc,
155+ widget.options,
156+ );
153157 }
154158 }
155159
@@ -231,13 +235,15 @@ class VlcPlayerController {
231235 /// widget, which is simply used for an [AspectRatio] wrapper around the
232236 /// content.
233237 double _aspectRatio;
238+
234239 double get aspectRatio => _aspectRatio;
235240
236241 /// This is the playback speed as returned by LibVLC. Whilst playback speed
237242 /// can be manipulated through the library, as this is the value actually
238243 /// returned by the library, it will be the speed that LibVLC is actually
239244 /// trying to process the content at.
240245 double _playbackSpeed;
246+
241247 double get playbackSpeed => _playbackSpeed;
242248
243249 VlcPlayerController (
@@ -273,8 +279,8 @@ class VlcPlayerController {
273279 _eventHandlers.forEach ((handler) => handler ());
274280 }
275281
276- Future <void > _initialize (
277- String url, [HwAcc hwAcc, List <String > options]) async {
282+ Future <void > _initialize (String url,
283+ [HwAcc hwAcc, List <String > options]) async {
278284 //if(initialized) throw new Exception("Player already initialized!");
279285
280286 await _methodChannel.invokeMethod ("initialize" , {
@@ -309,7 +315,7 @@ class VlcPlayerController {
309315 _fireEventHandlers ();
310316 break ;
311317 }
312- }).onError ((e){
318+ }).onError ((e) {
313319 _playingState = PlayingState .ERROR ;
314320 _fireEventHandlers ();
315321 });
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