def test_deck_remembers_its_own_starting_count(self):
d = Deck(count_of_suits=2, count_of_ranks=2)
self.assertEqual(d.count_of_cards, 4)
self.assertEqual(d.count_of_cards, len(d))
d.shuffle()
self.assertEqual(d.count_of_cards, 4)
self.assertEqual(d.count_of_cards, len(d))
d.deal([Player('Alice'), Player('Bob')])
self.assertEqual(d.count_of_cards, 4)
self.assertNotEqual(d.count_of_cards, len(d))
def test_deck_deals_out_to_two_players_correctly(self):
players = []
for n in range(2): # 2 players
players.append(Player(name=str(n + 1)))
d = Deck(count_of_suits=4, count_of_ranks=4) # 16 cards
d.shuffle()
d.deal(players)
# 8 cards each ...
self.assertEqual(len(players[0].hand), 8)
self.assertEqual(len(players[0].hand), len(players[1].hand))
# ... of different cards
for n in range(len(players[0].hand)):
self.assertNotEqual(players[0].hand[n].__hash__(),
players[1].hand[n].__hash__())
def test_deck_deals_out_to_four_players_correctly(self):
players = []
for n in range(4): # 4 players
players.append(Player(name=str(n + 1)))
d = Deck(count_of_suits=8, count_of_ranks=8) # 64 cards
d.shuffle()
d.deal(players)
# 16 cards each ...
self.assertEqual(len(players[0].hand), 16)
self.assertEqual(len(players[0].hand), len(players[1].hand))
self.assertEqual(len(players[1].hand), len(players[2].hand))
self.assertEqual(len(players[2].hand), len(players[3].hand))
# ... of different cards
for n in range(len(players[0].hand)):
self.assertNotEqual(id(players[0].hand[n]), id(players[1].hand[n]))
self.assertNotEqual(id(players[1].hand[n]), id(players[2].hand[n]))
self.assertNotEqual(id(players[2].hand[n]), id(players[3].hand[n]))