def test_win_round__alone():
g = round_almost_won_state()
g.state.trick_score = [0, 4]
g.state.sitting = 3
g.perform_move('play', 1, Card.from_str("A.D"))
g.perform_move('play', 2, Card.from_str("A.H"))
next_state = g.perform_move('play', 0, Card.from_str("A.C"))
assert next_state.score == [0, 4]
def test_win_round__euchre():
g = round_almost_won_state()
g.state.maker = 2
g.perform_move('play', 1, Card.from_str("A.D"))
g.perform_move('play', 2, Card.from_str("A.H"))
g.perform_move('play', 3, Card.from_str("A.S"))
next_state = g.perform_move('play', 0, Card.from_str("A.C"))
assert next_state.score == [0, 2]
def test_win_game():
g = round_almost_won_state()
g.state.score = [9, 9]
g.perform_move('play', 1, Card.from_str("A.D"))
g.perform_move('play', 2, Card.from_str("A.H"))
g.perform_move('play', 3, Card.from_str("A.S"))
next_state = g.perform_move('play', 0, Card.from_str("A.C"))
assert isinstance(next_state, GameOver)
assert next_state.winning_team == 1
def test_win_round__make():
g = round_almost_won_state()
g.perform_move('play', 1, Card.from_str("A.D"))
g.perform_move('play', 2, Card.from_str("A.H"))
g.perform_move('play', 3, Card.from_str("A.S"))
next_state = g.perform_move('play', 0, Card.from_str("A.C"))
assert next_state.score == [0, 1]
assert next_state.dealer == 1
assert next_state.turn == 2
def test_play_full_trick():
g = play_phase_start_state()
g.perform_move('play', 1, Card.from_str("A.C"))
g.perform_move('play', 2, Card.from_str("9.C"))
g.perform_move('play', 3, Card.from_str("9.S"))
next_state = g.perform_move('play', 0, Card.from_str("J.S"))
assert next_state.trick.leader == 0
assert next_state.trick_score == [1, 0]
assert all(len(hand) == 4 for hand in next_state.hands)
def test_play_card():
g = play_phase_start_state()
next_state = g.perform_move('play', 1, Card.from_str("A.C"))
assert next_state.trick.cards == {1: Card.from_str("A.C")}
next_state = g.perform_move('play', 2, Card.from_str("9.C"))
assert next_state.trick.cards == {
1: Card.from_str("A.C"),
2: Card.from_str("9.C")
}
def test_order_up():
g = initial_game_state()
next_state = g.perform_move('call_one', 1, False)
dealer_hand = next_state.hands[0]
assert isinstance(next_state, DiscardPhase)
assert next_state.turn == 0
assert next_state.trump == Suit.diamonds
assert Card.from_str("10.D") in dealer_hand
assert len(dealer_hand) == 6
def test_discard():
g = initial_game_state()
initial_hand = g.state.hands[0].copy()
g.perform_move('call_one', 1, False)
next_state = g.perform_move('discard', 0, Card.from_str("10.D"))
assert isinstance(next_state, PlayCardsPhase)
assert len(next_state.hands[0]) == 5
assert next_state.hands[0] == initial_hand
assert next_state.sitting is None
assert next_state.maker == 1
def initial_game_state():
hand_strs = [
"A.S K.S J.S Q.H 9.D", "A.C K.C J.C Q.D 9.H", "A.H K.H J.H Q.C 9.C",
"A.D K.D J.D Q.S 9.S"
]
score = [0, 0]
hands = [hand_from_str(s) for s in hand_strs]
up_card = Card.from_str("10.D")
initial_phase = BidPhaseOne(score, hands, 0, 1, up_card)
return Game(initial_phase)
def hand_from_str(s):
"""Return a list of Card objects from a list of space-separated strings."""
return [Card.from_str(card_str) for card_str in s.split()]
def test_enforce_right_phase():
g = initial_game_state()
with pytest.raises(IllegalMoveException):
g.perform_move('discard', 1, Card.from_str("Q.D"))
def test_check_reneg__jack():
"""Check that left bower is counted as trump suit."""
g = play_phase_start_state(trump=Suit.clubs)
g.state.hands[2] = hand_from_str("10.C J.S A.C Q.C K.C")
g.perform_move('play', 1, Card.from_str("A.C"))
g.perform_move('play', 2, Card.from_str("J.S"))
def test_check_reneg__forced():
g = play_phase_start_state()
g.state.hands[2][4] = Card.from_str("A.H")
g.perform_move('play', 1, Card.from_str("A.C"))
with pytest.raises(IllegalMoveException):
g.perform_move('play', 2, Card.from_str("A.H"))
def test_invalid_discard():
g = initial_game_state()
g.perform_move('call_one', 1, False)
with pytest.raises(IllegalMoveException):
g.perform_move('discard', 0, Card.from_str("10.S"))