def reload_tiles(self, current_player, board_model, board):
player_board = PlayerBoardService().get(board=board_model, player=current_player)
tiles_count = player_board.tiles.count()
if tiles_count < SCRABBLE_RULES["max_tiles_per_player"]:
letters = board.get_random_tiles(SCRABBLE_RULES["max_tiles_per_player"] - tiles_count)
for letter in letters:
tile = TileService().new(letter=letter, x=0, y=0)
tile.save()
player_board.tiles.add(tile)
player_board.save()
return player_board
def play(self, board_model, tiles, current_player):
if board_model.turn.id != current_player.id:
return {"status": "error", "message": "Is not your turn!" }
board, player_board = self.new(board_model, current_player)
matrix = dict([((tile.x, tile.y), Tile(tile.letter, (tile.x, tile.y))) for tile in board_model.tiles.all()])
board.matrix.update(matrix)
word_tiles = []
tiles_model = []
for tile in tiles:
tile_model = TileService().get(id=tile["id"])
tiles_model.append(tile_model)
word_tiles.append(Tile(tile_model.letter, (int(tile["x"]), int(tile["y"]))))
word = Word(word_tiles)
try:
points = board.play(word)
total_points = PlayerBoardService().update_board_state(board_model, points, current_player)
board_model = BoardService().save(board_model, word, current_player)
for tile, tile_model in zip(tiles, tiles_model):
tile["letter"] = tile_model.letter
tile_model.delete()
RealTimeService().publish('play', tiles=tiles, player=current_player.remote_id, points=total_points)
return {"status": "ok", "points": total_points, "next_player": board_model.turn.user.username}
except InvalidPlayError, e:
return {"status": "error", "message": unicode(e) }
