def store_tiles(self, tiles):
failed = False
for level, tiles in itertools.groupby(tiles, key=lambda t: t.coord[2]):
tiles = [t for t in tiles if not t.stored]
res = self._get_level(level).store_tiles(tiles)
if not res: failed = True
return failed
def load(self, tiles):
for tile_set, tile_set_tiles in groupby(tiles, self._get_tile_set):
tile_set.get_tiles(list(tile_set_tiles))
for tile in tiles:
if tile.source is None:
return False
return True
def load(self, tiles):
for tile_set, tile_set_tiles in groupby(tiles, self._get_tile_set):
tile_set.get_tiles(list(tile_set_tiles))
for tile in tiles:
if tile.source is None:
return False
return True
def remove(self, tiles):
return all(tile_set.remove_tiles(list(tile_set_tiles))
for tile_set, tile_set_tiles in groupby(tiles, self._get_tile_set))
def store(self, tiles):
return all(tile_set.set_tiles(list(tile_set_tiles))
for tile_set, tile_set_tiles
in groupby(tiles, partial(self._get_tile_set, create_db_entry=True)))
def remove(self, tiles):
return all(
tile_set.remove_tiles(list(tile_set_tiles))
for tile_set, tile_set_tiles in groupby(tiles, self._get_tile_set))
def store(self, tiles):
return all(
tile_set.set_tiles(list(tile_set_tiles))
for tile_set, tile_set_tiles in groupby(
tiles, partial(self._get_tile_set, create_db_entry=True)))
