Esempio n. 1
0
 /**
  * Returns the move of a blank field that will swap it with this tile according to the rules.
  * Returns <code>null</code> if this tile is not a neighbor of the blank tile, or if it denotes
  * the blank field.
  *
  * @throws IllegalArgumentException if the tile does not belong to this board's tile set
  */
 public Move permittedMoveFor(final Tile tile) {
   final int number = tile.getNumber();
   if (0 > number || tiles.length <= number || tile != tiles[number])
     throw new IllegalArgumentException(tile.toString());
   final int yoffset = tile.getRow() - blank.getRow();
   final int xoffset = tile.getColumn() - blank.getColumn();
   Move move = null;
   switch (xoffset) {
     case 0: // same column
       switch (yoffset) {
         case -1: // tile is above the blank
           move = Move.UP;
           break;
         case 1: // tile is below the blank
           move = Move.DOWN;
           break;
       }
       break;
     case 1:
     case -1:
       // horizontal moves are allowed within a single row
       if (0 == yoffset) move = 0 > xoffset ? Move.LEFT : Move.RIGHT;
       break;
   }
   return move;
 }
Esempio n. 2
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  public Board() {
    board = new ArrayList<Tile>(21);

    redHome = new HomeTile(Color.RED);
    blueHome = new HomeTile(Color.BLUE);
    yelHome = new HomeTile(Color.YELLOW);
    greenHome = new HomeTile(Color.GREEN);

    redEnd = new FinishTile(Color.RED);
    blueEnd = new FinishTile(Color.BLUE);
    yelEnd = new FinishTile(Color.YELLOW);
    greenEnd = new FinishTile(Color.GREEN);

    for (int i = 0; i < 21; i++) {
      Tile space = new Tile();
      space.setPosition(i);
      board.add(space);
    }
    board.set(0, redHome);
    board.set(board.size() - 1, redEnd);
    for (Tile t : board) {
      System.out.println(t.toString());
    }
  }
Esempio n. 3
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 /** Tests the {@link Tile#toString()} method. */
 @Test
 public void toStringTest() {
   Tile tile = new Tile(TILE_X, TILE_Y, ZOOM_LEVEL);
   Assert.assertEquals(TILE_TO_STRING, tile.toString());
 }
Esempio n. 4
0
  /**
   * @param data Retrieved data.
   * @return SearchResult. Never null.
   */
  public static SearchResult parseMapJSON(
      final String data, final Tile tile, final Bitmap bitmap, final LivemapStrategy strategy) {
    final SearchResult searchResult = new SearchResult();

    try {

      final LeastRecentlyUsedMap<String, String> nameCache =
          new LeastRecentlyUsedMap.LruCache<>(2000); // JSON id, cache name

      if (StringUtils.isEmpty(data)) {
        throw new ParserException("No page given");
      }

      // Example JSON information
      // {"grid":[....],
      //
      // "keys":["","55_55","55_54","17_25","55_53","17_27","17_26","57_53","57_55","3_62","3_61","57_54","3_60","15_27","15_26","15_25","4_60","4_61","4_62","16_25","16_26","16_27","2_62","2_60","2_61","56_53","56_54","56_55"],
      //  "data":{"55_55":[{"i":"gEaR","n":"Spiel & Sport"}],"55_54":[{"i":"gEaR","n":"Spiel &
      // Sport"}],"17_25":[{"i":"Rkzt","n":"EDSSW:  Rathaus "}],"55_53":[{"i":"gEaR","n":"Spiel &
      // Sport"}],"17_27":[{"i":"Rkzt","n":"EDSSW:  Rathaus "}],"17_26":[{"i":"Rkzt","n":"EDSSW:
      // Rathaus "}],"57_53":[{"i":"gEaR","n":"Spiel & Sport"}],"57_55":[{"i":"gEaR","n":"Spiel &
      // Sport"}],"3_62":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"3_61":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"57_54":[{"i":"gEaR","n":"Spiel & Sport"}],"3_60":[{"i":"gOWz","n":"Baumarktserie -
      // Wer Wo Was -"}],"15_27":[{"i":"Rkzt","n":"EDSSW:  Rathaus
      // "}],"15_26":[{"i":"Rkzt","n":"EDSSW:  Rathaus "}],"15_25":[{"i":"Rkzt","n":"EDSSW:  Rathaus
      // "}],"4_60":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"4_61":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"4_62":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"16_25":[{"i":"Rkzt","n":"EDSSW:  Rathaus "}],"16_26":[{"i":"Rkzt","n":"EDSSW:
      // Rathaus "}],"16_27":[{"i":"Rkzt","n":"EDSSW:  Rathaus
      // "}],"2_62":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"2_60":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"2_61":[{"i":"gOWz","n":"Baumarktserie - Wer Wo Was
      // -"}],"56_53":[{"i":"gEaR","n":"Spiel & Sport"}],"56_54":[{"i":"gEaR","n":"Spiel &
      // Sport"}],"56_55":[{"i":"gEaR","n":"Spiel & Sport"}]}
      //  }

      final ObjectNode json = (ObjectNode) JsonUtils.reader.readTree(data);

      final ArrayNode grid = (ArrayNode) json.get("grid");
      if (grid == null || grid.size() != (UTFGrid.GRID_MAXY + 1)) {
        throw new ParserException("No grid inside JSON");
      }
      final ArrayNode keys = (ArrayNode) json.get("keys");
      if (keys == null) {
        throw new ParserException("No keys inside JSON");
      }
      final ObjectNode dataObject = (ObjectNode) json.get("data");
      if (dataObject == null) {
        throw new ParserException("No data inside JSON");
      }

      // iterate over the data and construct all caches in this tile
      final Map<String, List<UTFGridPosition>> positions = new HashMap<>(); // JSON id as key
      final Map<String, List<UTFGridPosition>> singlePositions = new HashMap<>(); // JSON id as key

      for (final JsonNode rawKey : keys) {
        final String key = rawKey.asText();
        if (StringUtils.isNotBlank(key)) { // index 0 is empty
          final UTFGridPosition pos = UTFGridPosition.fromString(key);
          final ArrayNode dataForKey = (ArrayNode) dataObject.get(key);
          for (final JsonNode cacheInfo : dataForKey) {
            final String id = cacheInfo.get("i").asText();
            nameCache.put(id, cacheInfo.get("n").asText());

            List<UTFGridPosition> listOfPositions = positions.get(id);
            List<UTFGridPosition> singleListOfPositions = singlePositions.get(id);

            if (listOfPositions == null) {
              listOfPositions = new ArrayList<>();
              positions.put(id, listOfPositions);
              singleListOfPositions = new ArrayList<>();
              singlePositions.put(id, singleListOfPositions);
            }

            listOfPositions.add(pos);
            if (dataForKey.size() == 1) {
              singleListOfPositions.add(pos);
            }
          }
        }
      }

      final List<Geocache> caches = new ArrayList<>();
      for (final Entry<String, List<UTFGridPosition>> entry : positions.entrySet()) {
        final String id = entry.getKey();
        final List<UTFGridPosition> pos = entry.getValue();
        final UTFGridPosition xy = UTFGrid.getPositionInGrid(pos);
        final Geocache cache = new Geocache();
        cache.setDetailed(false);
        cache.setReliableLatLon(false);
        cache.setGeocode(id);
        cache.setName(nameCache.get(id));
        cache.setCoords(tile.getCoord(xy), tile.getZoomLevel());
        if (strategy.flags.contains(LivemapStrategy.Flag.PARSE_TILES) && bitmap != null) {
          for (final UTFGridPosition singlePos : singlePositions.get(id)) {
            if (IconDecoder.parseMapPNG(cache, bitmap, singlePos, tile.getZoomLevel())) {
              break; // cache parsed
            }
          }
        } else {
          cache.setType(CacheType.UNKNOWN, tile.getZoomLevel());
        }

        boolean exclude = false;
        if (Settings.isExcludeMyCaches()
            && (cache.isFound() || cache.isOwner())) { // workaround for BM
          exclude = true;
        }
        if (Settings.isExcludeDisabledCaches() && cache.isDisabled()) {
          exclude = true;
        }
        if (!Settings.getCacheType().contains(cache)
            && cache.getType() != CacheType.UNKNOWN) { // workaround for BM
          exclude = true;
        }
        if (!exclude) {
          caches.add(cache);
        }
      }
      searchResult.addAndPutInCache(caches);
      Log.d("Retrieved " + searchResult.getCount() + " caches for tile " + tile.toString());

    } catch (RuntimeException | ParserException | IOException e) {
      Log.e("GCMap.parseMapJSON", e);
    }

    return searchResult;
  }
 @Test
 public void testToString() {
   Tile t = new Tile("nrnrrccffffffn");
   assertEquals(" c n c\nf     f\nr  r  r\nf     f\n f n f", t.toString());
 }