def setUp(self):
self.database = 'test.sqlite'
if os.path.exists(self.database):
os.unlink(self.database)
self.service = CardstoriesService({'db': self.database})
self.service.startService()
self.db = sqlite3.connect(self.database)
self.game = CardstoriesGame(self.service)
def load(self, c):
c.execute(
"SELECT id, sentence FROM games WHERE state != 'complete' AND state != 'canceled'"
)
for (id, sentence) in c.fetchall():
game = CardstoriesGame(self, id)
game.load(c)
# Notify listeners of the game, but use the 'load' notification to signal
# that the game is being loaded, not created
# Note that the db is not accessible during that stage
self.game_init(game, sentence, init_type='load')
def create(self, args):
self.required(args, 'create', 'owner_id')
owner_id = int(args['owner_id'][0])
# Keep track of consecutive games
if 'previous_game_id' in args:
previous_game_id = args['previous_game_id'][0]
else:
previous_game_id = None
game = CardstoriesGame(self)
game_id = yield game.create(owner_id)
yield self.game_init(game, '', previous_game_id=previous_game_id)
defer.returnValue({'game_id': game_id})
def game(self, args):
self.required(args, 'game')
game_id = self.required_game_id(args)
if args.has_key('player_id'):
player_id = int(args['player_id'][0])
else:
player_id = None
if self.games.has_key(game_id):
return self.games[game_id].game(player_id)
else:
game = CardstoriesGame(self, game_id)
d = game.game(player_id)
def destroy(game_info):
game.destroy()
return game_info
d.addCallback(destroy)
return d
