def test_mock_play_whole_deck(self):
random.seed(0)
s2 = sorry.strategy(self.g)
p2 = sorry.player("Joe", "GREEN", s2)
s2.set_player(p2)
self.g._players = [self.p, p2]
deck = [
sorry.card1(),
sorry.card2(),
sorry.card3(),
sorry.card4(),
sorry.card5(),
sorry.card7(),
sorry.card8(),
sorry.card10(),
sorry.card11(),
sorry.cardsorry(),
sorry.card12()
]
for i in xrange(161):
card1 = deck[random.randint(0, len(deck) - 1)]
card2 = deck[random.randint(0, len(deck) - 1)]
s2.apply(card1)
print card1
print p2.positions()
self.s.apply(card2)
print card2
print self.p.positions()
self.assertTrue(self.p.is_win())
self.assertTrue(p2.is_win())
def test_move_11_strategy_1(self):
card = sorry.card11()
card1 = sorry.card1()
s2 = sorry.strategy(self.g)
p2 = sorry.player("Joe", "GREEN", s2)
s2.set_player(p2)
s2._player._pawns[0].position = 32
self.g._players = [self.p, p2]
self.s.apply(card1)
self.s.apply(card)
self.assertEqual(self.s._player.pawns[0].position, 32)
self.assertEqual(s2._player.pawns[0].position, 3)
def test_card1_2_common_strategy(self):
card = sorry.card1()
out = False
self.s.card1_2_common_strategy(card)
for pawn in self.s._player.pawns:
if pawn.position > 0:
out = True
self.assertTrue(out)
i = 0
self.s.card1_2_common_strategy(card)
for pawn in self.s._player.pawns:
i += pawn.position
self.assertEqual(i, 1)
def test_mock_play_1(self):
g = sorry.game()
s1 = sorry.strategy(g)
s2 = sorry.strategy(g)
p1 = sorry.player("Bob", "YELLOW", s1)
p2 = sorry.player("Joe", "GREEN", s2)
s1.set_player(p1)
s2.set_player(p2)
card = sorry.card1()
for i in xrange(160):
s1.apply(card)
s2.apply(card)
self.assertTrue(p1.is_win())
self.assertTrue(p2.is_win())
def test_mock_play_7(self):
g = sorry.game()
s1 = sorry.strategy(g)
s2 = sorry.strategy(g)
p1 = sorry.player("Bob", "YELLOW", s1)
p2 = sorry.player("Joe", "GREEN", s2)
s1.set_player(p1)
s2.set_player(p2)
card = sorry.card7()
card_out = sorry.card1()
for i in xrange(11):
if not self.avaliable_pawns(p1.pawns):
s1.apply(card_out)
s2.apply(card_out)
continue
s1.apply(card)
s2.apply(card)
self.assertEqual(p1.pawns[0].position, 163)
self.assertEqual(p2.pawns[0].position, 178)
def test_mock_play_5(self):
g = sorry.game()
s1 = sorry.strategy(g)
s2 = sorry.strategy(g)
p1 = sorry.player("Bob", "YELLOW", s1)
p2 = sorry.player("Joe", "GREEN", s2)
s1.set_player(p1)
s2.set_player(p2)
card = sorry.card5()
card_out = sorry.card1()
for i in xrange(56):
if not self.avaliable_pawns(p1.pawns):
s1.apply(card_out)
s2.apply(card_out)
continue
s1.apply(card)
s2.apply(card)
self.assertTrue(p1.is_win())
self.assertTrue(p2.is_win())
def test_move_11_strategy_2(self):
card = sorry.card11()
card1 = sorry.card1()
self.s.apply(card1)
self.s.apply(card)
self.assertEqual(self.p.pawns[0].position, 14)
def test_move_10_startegy_1(self):
card1 = sorry.card10()
card2 = sorry.card1()
self.s.apply(card2)
self.s.apply(card1)
self.assertEqual(self.s._player._pawns[0].position, 13)
def test_move_backwards_strategy_2(self):
card1 = sorry.card1()
card2 = sorry.card4()
self.s.card1_2_common_strategy(card1)
self.s.move_backwards_strategy(card2)
self.assertEqual(self.s._player._pawns[0].position, 3)
def test_only_move_cards_common_strategy_1(self):
card1 = sorry.card3()
card2 = sorry.card1()
self.s.card1_2_common_strategy(card2)
self.s.only_move_cards_common_strategy(card1)
self.assertEqual(self.s._player._pawns[0].position, 6)
def test_card1_2(self):
c = sorry.card1()
c.apply(self.p2, None, c.CARD_MODE[0], self.b)
self.assertEqual(self.p2.position, 3)
def test_card1_1(self):
c = sorry.card1()
c.apply(self.p1, None, c.CARD_MODE[1], self.b)
self.assertEqual(self.p1.position, 4)
