def test_DeSerialize(self):
"""Confirm that cards are properly constructed from deserializing a tuple"""
#deserialize joker
test_tuple = (0, None)
test_card = Card.deserialize(test_tuple)
self.assertEqual(test_card, Card(0, None))
#deserialize suit card
test_tuple = (3, 'Clubs')
test_card = Card.deserialize(test_tuple)
self.assertEqual(test_card.suit, "Clubs")
self.assertEqual(test_card.number, 3)
#deserialize errors on invalid input card
with self.assertRaises(ValueError):
test_tuple = (66, 'Hearts')
tesCard = Card.deserialize(test_tuple)
def Network_buyingResult(self, data):
buyer = data["buyer"]
purchase = Card.deserialize(data["top_card"])
if buyer == 'No one':
self.note = "The {0} has been abandoned to the pile.".format(purchase)
else:
self.note = "{0} has purchased the {1}.".format(buyer, purchase)
def Network_deal(self, data):
self._state.round = data["round"]
self._state.reset()
hand_list = [[Card.deserialize(c) for c in hand] for hand in data["hands"]]
#TODO: in HandAndFoot we want to allow the player to choose the order of the hands eventually
self._state.dealtHands(hand_list)
self.sendPublicInfo() #More cards in hand now, need to update public information
def Network_pickUpAnnouncement(self, data):
player_name = data["player_name"]
top_scard = data["top_card"]
top_card = Card.deserialize(top_scard)
if self._state.rules.Pickup_Size == 1:
self.note = player_name + ' picked up the ' + str(top_card)
else:
self.note = player_name + ' picked up the pile on the ' + str(top_card)
def Network_newCards(self, data):
card_list = [Card.deserialize(c) for c in data["cards"]]
self._state.newCards(card_list)
if self._state.turn_phase == Turn_Phases[2]:
#This is the result of a pickup and we have a forced action
self.makeForcedPlay(card_list[0])
if not self._state.rules.Buy_Option:
# Only in non-Buying games can we assume that your turn begins after receiving any cards.
self.note = "You can now play cards or discard"
self.sendPublicInfo() #More cards in hand now, need to update public information
def Network_discard(self, data):
card_list = [Card.deserialize(c) for c in data["cards"]]
self._server.discardCards(card_list)
self._server.Send_discardInfo()
self._server.nextTurn()
def Network_discardInfo(self, data):
top_card = Card.deserialize(data["top_card"])
size = data["size"]
self._state.updateDiscardInfo(top_card, size)
def Network_buyingOpportunity(self, data):
if self._state.discard_info[1] > 0:
self.buying_opportunity = True
self.note = "The {0} is for sale, Do you want to buy it? [y/n]".format(Card.deserialize(data["top_card"]))
