def test_victory_point_value(self):
deck = CardCollection([Gardens()] + [Copper()
for i in xrange(8)]) # 9 cards
self.assertEqual(deck[0].total_victory_point_value(deck), 0)
deck = CardCollection([Gardens()] + [Copper()
for i in xrange(9)]) # 10 cards
self.assertEqual(deck[0].total_victory_point_value(deck), 1)
deck = CardCollection([Gardens()] + [Copper()
for i in xrange(10)]) # 11 cards
self.assertEqual(deck[0].total_victory_point_value(deck), 1)
deck = CardCollection([Gardens()] + [Copper()
for i in xrange(18)]) # 19 cards
self.assertEqual(deck[0].total_victory_point_value(deck), 1)
deck = CardCollection([Gardens()] + [Copper()
for i in xrange(34)]) # 35 cards
self.assertEqual(deck[0].total_victory_point_value(deck), 3)
def setUp(self):
self.cards = CardCollection([
Copper(),
Silver(),
Gold(),
Gold(),
Duchy(),
Estate(),
Estate(),
Copper(),
Duchy()
])
def __init__(self, game, deck):
self.game = game
self.deck = deck
self.discard = CardCollection()
def select_to_return_to_deck(self, cards, num_cards, is_attack,
is_own_cards):
selected = CardCollection()
for i in xrange(num_cards):
selected.add_cards(cards.draw_card())
return selected
def test_in(self):
self.assertTrue(Copper() in self.cards)
self.assertFalse(Copper() in CardCollection(
[Estate(), Estate(), Gold()]))
