test/short/regression/0000/0084.unit

>>>
Future<TextureAtlas> load(String url, BitmapDataLoadOptions bitmapDataLoadOptions) {
  HttpRequest.getString(url).then((textureAtlasJson) {
    ;

    loader.then(() {
      ;
    }).catchError(() {
      ;
    });
  });
}
<<<
Future<TextureAtlas> load(
    String url, BitmapDataLoadOptions bitmapDataLoadOptions) {
  HttpRequest.getString(url).then((textureAtlasJson) {
    ;

    loader.then(() {
      ;
    }).catchError(() {
      ;
    });
  });
}
>>>
class SoundSprite {
  static Future<SoundSprite> load(String url, [SoundLoadOptions soundLoadOptions = null]) {
    HttpRequest.getString(url).then((soundSpriteJson) {
      if (segments is Map) {
      }

      Sound.load(soundUrl, soundLoadOptions).then((Sound sound) {
        ;
      }).catchError((error) {
        ;
      });

    });
  }
}
<<<
class SoundSprite {
  static Future<SoundSprite> load(String url,
      [SoundLoadOptions soundLoadOptions = null]) {
    HttpRequest.getString(url).then((soundSpriteJson) {
      if (segments is Map) {}

      Sound.load(soundUrl, soundLoadOptions).then((Sound sound) {
        ;
      }).catchError((error) {
        ;
      });
    });
  }
}
>>> don't split method multisplits too early because of pending line after ";"
main() {
  ;
  receiver.a(() {
    ;
  }).b(() {
    ;
  });
}
<<<
main() {
  ;
  receiver.a(() {
    ;
  }).b(() {
    ;
  });
}
>>> don't nest too early because of comment before method chain
main() {
  //
  receiver.a(() {
    ;
  }).b(() {
    ;
  });
}
<<<
main() {
  //
  receiver.a(() {
    ;
  }).b(() {
    ;
  });
}