def test_jump_actions():
player1 = Player("player1")
player2 = Player("player2")
players = [player1, player2]
card1 = NumberedCard(color="BLUE", number="1")
card2 = NumberedCard(color="RED", number="1")
card3 = JumpCard(color="BLUE")
assert card3.actions(card1, 0, players, Deck()) == 1
assert card3.actions(card1, 1, players, Deck()) == 0
with pytest.raises(UnoRuleException):
card3.actions(card2, 1, players, Deck())
def test_joker_actions():
player1 = Player("player1")
player2 = Player("player2")
players = [player1, player2]
card1 = JokerCard()
card2 = JokerCard()
card3 = NumberedCard(color="BLUE", number="1")
card2.setColor("BLUE")
assert card2.actions(card1, 0, players, Deck()) == 0
assert card3.actions(card2, 0, players, Deck()) == 0
with pytest.raises(UnoRuleException):
card3.actions(card1, 1, players, Deck())
def test_play_player2():
global game
player2 = game.players[1]
player2.playCard(player2.cards[0].id)
blue = NumberedCard(color="BLUE", number="1")
player2.addCard(blue)
assert game.register_play(player2.id, blue.id)
def test_play_player2_remember_uno():
global game
player2 = game.players[1]
blue = NumberedCard(color="BLUE", number="1")
player2.cards = player2.cards[:1]
player2.addCard(blue)
assert game.register_play(player2.id, blue.id, unoFlag=True)
def test_numbered_actions():
player1 = Player("player1")
player2 = Player("player2")
players = [player1, player2]
card1 = NumberedCard(color="BLUE", number="1")
card2 = NumberedCard(color="BLUE", number="2")
card3 = NumberedCard(color="RED", number="2")
# positive cases
assert card2.actions(card1, 0, players, Deck()) == 0
assert card3.actions(card2, 1, players, Deck()) == 1
# negative case
with pytest.raises(UnoRuleException):
card3.actions(card1, 1, players, Deck())
def test_play_first_card():
global game
player1 = game.players[0]
# pick a card and assert
player1.playCard(player1.cards[0].id)
assert len(player1.cards) == 4
# player1 play random card
blue = NumberedCard(color="BLUE", number="1")
player1.addCard(blue)
assert game.register_play(player1.id, blue.id)
def test_play_player1_winner():
global game
player1 = game.players[0]
blue = NumberedCard(color="BLUE", number="1")
player1.cards = [blue]
with pytest.raises(UnoWinnerException):
game.register_play(player1.id, blue.id)
# check penalty
assert len(player1.cards) == 0
def test_play_player1_forget_uno():
global game
player1 = game.players[0]
blue = NumberedCard(color="BLUE", number="1")
player1.cards = player1.cards[:1]
player1.addCard(blue)
game.register_play(player1.id, blue.id)
# check penalty
assert len(player1.cards) == 3
assert game.playerToPlay == 1
def test_play_wrong_player():
global game
player1 = game.players[0]
# add card to player
player1.playCard(player1.cards[0].id)
blue = NumberedCard(color="BLUE", number="1")
player1.addCard(blue)
# play card
with pytest.raises(UnoRuleException):
game.register_play(player1.id, blue.id)
assert len(game._Game__play_history) == 1
assert game.playerToPlay == 1
def test_inverted_actions():
player1 = Player("player1")
player2 = Player("player2")
players = [player1, player2]
card1 = InvertedCard(color="BLUE")
card2 = InvertedCard(color="BLUE")
card3 = InvertedCard(color="RED")
card4 = NumberedCard(color="BLUE", number="2")
assert card2.actions(card1, 0, players, Deck()) == 1
assert players == [player2, player1]
assert card3.actions(card1, 1, players, Deck()) == 0
assert players == [player1, player2]
with pytest.raises(UnoRuleException):
card3.actions(card4, 1, players, Deck())
def test_jokerplusfour_actions():
player1 = Player("player1")
player2 = Player("player2")
players = [player1, player2]
card1 = JokerPlusFourCard()
card2 = JokerPlusFourCard()
card3 = NumberedCard(color="RED", number="1")
card4 = NumberedCard(color="BLUE", number="1")
card1.setColor(color="BLUE")
assert card2.actions(card1, 0, players, Deck()) == 0
assert len(player2.cards) == 4
with pytest.raises(UnoRuleException):
card3.actions(card1, 1, players, Deck())
assert card4.actions(card1, 0, players, Deck()) == 0