def test_unicode():
assert str(Suit('c')) == '♣'
assert str(Suit('d')) == '♦'
assert str(Suit('h')) == '♥'
assert str(Suit('s')) == '♠'
def test_str():
assert str(Suit('c')) == u'♣'
assert str(Suit('d')) == u'♦'
assert str(Suit('h')) == u'♥'
assert str(Suit('s')) == u'♠'
def test_suit_order_reverse():
assert Suit('d') > Suit('c')
assert Suit('h') > Suit('c')
assert Suit('s') > Suit('c')
assert Suit('h') > Suit('d')
assert Suit('s') > Suit('d')
assert Suit('s') > Suit('h')
assert (Suit('d') < Suit('c')) is False
assert (Suit('h') < Suit('c')) is False
assert (Suit('s') < Suit('c')) is False
assert (Suit('h') < Suit('d')) is False
assert (Suit('s') < Suit('d')) is False
assert (Suit('s') < Suit('h')) is False
def test_case_insensitive_reverse():
assert Suit('c') == Suit('C')
assert Suit('d') > Suit('C')
assert Suit('h') > Suit('C')
assert Suit('s') > Suit('C')
assert Suit('h') > Suit('D')
assert Suit('s') > Suit('D')
assert Suit('s') > Suit('H')
def test_make_random_is_instance_of_Suit():
assert isinstance(Suit.make_random(), Suit)
def test_putting_them_in_set_doesnt_raise_Exception():
{Suit('c')}
{Suit.CLUBS, Suit.SPADES}
def test_suit_order_reverse():
assert Suit("d") > Suit("c")
assert Suit("h") > Suit("c")
assert Suit("s") > Suit("c")
assert Suit("h") > Suit("d")
assert Suit("s") > Suit("d")
assert Suit("s") > Suit("h")
assert (Suit("d") < Suit("c")) is False
assert (Suit("h") < Suit("c")) is False
assert (Suit("s") < Suit("c")) is False
assert (Suit("h") < Suit("d")) is False
assert (Suit("s") < Suit("d")) is False
assert (Suit("s") < Suit("h")) is False
def test_suits_are_singletons():
assert Suit('c') is Suit.CLUBS
assert Suit('c') is Suit('c')
assert Suit('c') is Suit('♣')
assert Suit('s') is Suit.SPADES
def test_hash():
assert hash(Suit.CLUBS) == hash(Suit("c")) == hash(Suit("C")) == hash(
Suit("♣"))
assert hash(Suit.SPADES) == hash(Suit("s"))
def test_unicode_suit_order():
assert Suit("♣") < Suit("♦")
assert Suit("♣") < Suit("♥")
assert Suit("♣") < Suit("♠")
assert Suit("♦") < Suit("♥")
assert Suit("♦") < Suit("♠")
assert Suit("♥") < Suit("♠")
def test_suits_are_singletons():
assert Suit("c") is Suit.CLUBS
assert Suit("c") is Suit("c")
assert Suit("c") is Suit("♣")
assert Suit("s") is Suit.SPADES
def test_class_is_iterable():
assert list(Suit) == [Suit('♣'), Suit('♦'), Suit('♥'), Suit('♠')]
assert list(Suit) == list(tuple(Suit))
def test_repr():
assert repr(Suit('c')) == "Suit('♣')"
assert repr(Suit('d')) == "Suit('♦')"
assert repr(Suit('h')) == "Suit('♥')"
assert repr(Suit('s')) == "Suit('♠')"
def test_str():
assert str(Suit('c')) == '♣' == b'\xe2\x99\xa3'.decode('utf-8')
assert str(Suit('d')) == '♦' == b'\xe2\x99\xa6'.decode('utf-8')
assert str(Suit('h')) == '♥' == b'\xe2\x99\xa5'.decode('utf-8')
assert str(Suit('s')) == '♠' == b'\xe2\x99\xa0'.decode('utf-8')
def test_case_insensitive():
assert Suit("C") == Suit("c")
assert Suit("C") < Suit("d")
assert Suit("C") < Suit("h")
assert Suit("C") < Suit("s")
assert Suit("D") < Suit("h")
assert Suit("D") < Suit("s")
assert Suit("H") < Suit("s")
def test_case_insensitive():
assert Card('aH').rank == Rank('A')
assert Card('aH').suit == Suit('h') == Suit('♥')
def test_suit_order():
assert Suit("c") < Suit("d")
assert Suit("c") < Suit("h")
assert Suit("c") < Suit("s")
assert Suit("d") < Suit("h")
assert Suit("d") < Suit("s")
assert Suit("h") < Suit("s")
def test_suits_are_pickable():
assert pickle.loads(pickle.dumps(Suit('c'))) == Suit('c')
assert pickle.loads(pickle.dumps(Suit('c'))) is Suit('c')
def test_case_insensitive_reverse():
assert Suit("c") == Suit("C")
assert Suit("d") > Suit("C")
assert Suit("h") > Suit("C")
assert Suit("s") > Suit("C")
assert Suit("h") > Suit("D")
assert Suit("s") > Suit("D")
assert Suit("s") > Suit("H")
def test_hash():
assert (hash(Suit.CLUBS) == hash(Suit('c')) == hash(Suit('C')) == hash(
Suit('♣')))
assert hash(Suit.SPADES) == hash(Suit('s'))
def test_str():
assert str(Suit("c")) == "♣"
assert str(Suit("d")) == "♦"
assert str(Suit("h")) == "♥"
assert str(Suit("s")) == "♠"
def test_unicode_suit_order():
assert Suit('♣') < Suit('♦')
assert Suit('♣') < Suit('♥')
assert Suit('♣') < Suit('♠')
assert Suit('♦') < Suit('♥')
assert Suit('♦') < Suit('♠')
assert Suit('♥') < Suit('♠')
def test_repr():
assert repr(Suit("c")) == "Suit('♣')"
assert repr(Suit("d")) == "Suit('♦')"
assert repr(Suit("h")) == "Suit('♥')"
assert repr(Suit("s")) == "Suit('♠')"
def test_case_insensitive():
assert Suit('C') == Suit('c')
assert Suit('C') < Suit('d')
assert Suit('C') < Suit('h')
assert Suit('C') < Suit('s')
assert Suit('D') < Suit('h')
assert Suit('D') < Suit('s')
assert Suit('H') < Suit('s')
def test_class_is_iterable():
assert list(Suit) == [Suit("♣"), Suit("♦"), Suit("♥"), Suit("♠")]
assert list(Suit) == list(tuple(Suit))
def test_wrong_value_raises_ValueError():
with pytest.raises(ValueError):
Suit('k')
def test_unicode_suits():
assert Card('A♠') > Card('Kd')
assert Card('K♥') > Card('Kc')
assert Card('aH').suit == Suit('♥')
assert Card('2d').suit == Suit('♦')
def test_suit_order():
assert Suit('c') < Suit('d')
assert Suit('c') < Suit('h')
assert Suit('c') < Suit('s')
assert Suit('d') < Suit('h')
assert Suit('d') < Suit('s')
assert Suit('h') < Suit('s')
def test_suit():
assert Card('Ac').suit == Suit('c')
def test_make_random_is_instance_of_Suit():
assert isinstance(Suit.make_random(), Suit)
def test_case_insensitive():
assert Card("aH").rank == Rank("A")
assert Card("aH").suit == Suit("h") == Suit("♥")