def test_game_winner():
p1 = Player()
p2 = Player()
game = Game(rng, p1, p2)
p1.score = 90
p2.score = 101
assert game.winner() == p2
def test_game_can_play_entire_game():
game = Game(roll_die, StopAt20Player(), StopAt20Player())
game.start_game()
scores = sorted(game.scores)
assert scores[0] < 100
assert scores[1] >= 100
def test_game_winner():
p1 = Player()
p2 = Player()
game = Game(rng, p1, p2)
p1.score = 90
p2.score = 101
assert game.winner() == p2
def test_game_round_works_if_player_roll_a_1():
game = Game(programmable_die([6, 6, 1]), StopAt20Player(),
StopAt20Player())
game._current_player = 0
game.play_round()
assert game.scores == [0, 0]
def test_game_goes_until_there_is_a_winner():
random.seed()
p1 = StopAtThreePlayer()
p2 = TestPlayer()
game = Game(p1, p2)
game.start()
assert game.winner() is not None
def test_game_goes_until_there_is_a_winner():
random.seed()
p1 = StopAtThreePlayer()
p2 = TestPlayer()
game = Game(NonRandom(), p1, p2)
game.start()
assert game.winner() is p1
def test_current_player():
p1 = Player()
p2 = Player()
game = Game(rng, p1, p2)
assert game.current_player == p1
game.switch_players()
assert game.current_player == p2
game.switch_players()
assert game.current_player == p1
def test_current_player():
p1 = Player()
p2 = Player()
game = Game(rng, p1, p2)
assert game.current_player == p1
game.switch_players()
assert game.current_player == p2
game.switch_players()
assert game.current_player == p1
def test_game_round_works():
game = Game(always_roll_6, StopAt20Player(), StopAt20Player())
game._current_player = 0
game.play_round()
assert game.scores == [24, 0]
def test_get_first_player():
new_game = Game()
assert new_game.choose_first_player() == new_game.player1 or new_game.cpu
def test_random_returns_num():
game = Game()
player = Player(0, 0)
computer = Player(0, 0, True)
assert game.get_player() in [player, computer]
