def test_bigger_trump_wins(self):
from Environment.Card import Card, is_new_winner
old = Card("Red", 13)
new = Card("Red", 12)
trump = Card("Red", 1)
first = Card("Red", 2)
self.assertFalse(is_new_winner(new, old, trump, first))
self.assertTrue(is_new_winner(old, new, trump, first))
def test_Z_win_trump(self):
from Environment.Card import Card, is_new_winner
old = Card("White", 14)
new = Card("Red", 13)
trump = Card("Red", 1)
first = Card("Red", 2)
self.assertFalse(is_new_winner(new, old, trump, first))
self.assertTrue(is_new_winner(old, new, trump, first))
def test_first_color_wins(self):
from Environment.Card import Card, is_new_winner
old = Card("Red", 13)
new = Card("Red", 12)
invalid = Card("Green", 13)
trump = Card("White", 0)
first = Card("Red", 2)
self.assertFalse(is_new_winner(new, old, trump, first))
self.assertTrue(is_new_winner(old, new, trump, first))
self.assertFalse(is_new_winner(invalid, old, trump, first))
def test_double_Z(self):
from Environment.Card import Card, is_new_winner
old = Card("White", 14)
new = Card("White", 14)
trump = Card("White", 0)
first = Card("White", 0)
self.assertFalse(is_new_winner(new, old, trump, first))
def play(self):
winner = None
num_players = len(self.players)
trick_cards = []
for i in range(num_players):
player_index = (self.first_player + i) % num_players
# Start with the first player and ascend, then reset at 0.
player = self.players[player_index]
played_card = player.play_card(self.trump_card, self.first_card,
trick_cards, self.players,
self.played_cards_in_game)
trick_cards.append(played_card)
if self.first_card is None and played_card.value != 0:
self.first_card = played_card
if winner is None or is_new_winner(
played_card, winner[0], self.trump_card, self.first_card):
winner = (played_card, player_index)
"""self.logger.info("First card: {}\nTrump card: {}\nWinning: {}".format(self.first_card,
self.trump_card,
winner))"""
return winner[1], trick_cards