def setUp(self):
self.testPile = game.Pile()
self.card_one = game.Card("Hearts", "Ace")
self.card_two = game.Card("Spades", "Ace")
self.testPile.cards.append(self.card_one)
self.testPile.cards.append(self.card_two)
self.topCards = self.testPile.getTopCards()
def on_message(self, mesg):
logging.info("got message %r", mesg)
mesg = mesg.split(' ')
if mesg[0] == 'add':
HostHandler.Players[int(mesg[1])] = self
HostHandler.PlayerToIdx[self] = int(mesg[1])
if mesg[0] == 'bidStyle':
_card = Game.Card(int(mesg[1]), game.hostNum)
_playerId = HostHandler.PlayerToIdx[self]
_hostCardN = game.players[_playerId].count(_card)
#print _hostCardN
#if _hostCardN ==1 :
# cardsMesg={ "style": game.players[i][cardidx].s, "num": game.players[i][cardidx].n }
# HostHandler.updater(cardsMesg)
cardsMesg = {"style": int(mesg[1]), "num": game.hostNum}
HostHandler.updater(cardsMesg)
def test_hand_value(self):
self.assertEqual(0, game.hand_value([]))
self.assertEqual(10,
game.hand_value([game.Card('diamonds', '10', False)]))
self.assertEqual(
21,
game.hand_value([
game.Card('diamonds', '10', False),
game.Card('diamonds', 'A', False)
]))
self.assertEqual(
12,
game.hand_value([
game.Card('diamonds', '10', False),
game.Card('diamonds', 'A', False),
game.Card('diamonds', 'A', False)
]))
def testHasMatched2(self):
self.testPile.cards.append(game.Card("Hearts", 2))
self.assertFalse(self.testPile.hasMatched())
def create_sorted_game():
players = game.Card.COLORS
g = game.Game(players)
# Distribute cards in a predefined manner
g.cards = {c: [game.Card(i, c) for i in range(1, 14)] for c in g.players}
return g