def test_not_equal_comparisons():
assert (Rank("A") != Rank("A")) is False
assert (Rank("T") != Rank("T")) is False
assert (Rank("2") != Rank("2")) is False
assert Rank("A") != Rank("K")
assert Rank("6") != Rank("2")
def test_not_equal_comparisons():
assert (Rank('A') != Rank('A')) is False
assert (Rank('T') != Rank('T')) is False
assert (Rank('2') != Rank('2')) is False
assert Rank('A') != Rank('K')
assert Rank('6') != Rank('2')
def test_passing_Rank_instance_to__init__():
r1 = Rank('A')
r2 = Rank(r1)
assert r1 == r2
assert (r1 != r2) is False
assert repr(r1) == "Rank('A')"
assert repr(r2) == "Rank('A')"
def test_comparisons_bigger_or_equal():
assert Rank('A') >= Rank('K')
assert Rank('K') >= Rank('Q')
assert Rank('Q') >= Rank('J')
assert Rank('J') >= Rank('T')
assert Rank('T') >= Rank('9')
assert Rank('9') >= Rank('2')
assert Rank('A') >= Rank('2')
def test_comparisons_less_or_equal():
assert Rank('K') <= Rank('A')
assert Rank('Q') <= Rank('K')
assert Rank('J') <= Rank('Q')
assert Rank('T') <= Rank('J')
assert Rank('9') <= Rank('T')
assert Rank('2') <= Rank('9')
assert Rank('2') <= Rank('A')
def test_case_insensitive():
assert Card("aH").rank == Rank("A")
assert Card("aH").suit == Suit("h") == Suit("♥")
def test_case_insensitive():
assert Card('aH').rank == Rank('A')
assert Card('aH').suit == Suit('h') == Suit('♥')
def test_pickable():
assert pickle.loads(pickle.dumps(Rank('2'))) is Rank('2')
assert pickle.loads(pickle.dumps(Rank('2'))) == Rank('2')
def test_hash():
rank1 = Rank('A')
rank2 = Rank('a')
assert hash(rank1) == hash(rank2)
def test_case_insensitive():
assert Rank('A') == Rank('a')
assert (Rank('A') != Rank('a')) is False
def test_equality_comparisons():
assert Rank("A") == Rank("A")
assert Rank("T") == Rank("T")
assert Rank("2") == Rank("2")
def test_equality_comparisons():
assert Rank('A') == Rank('A')
assert Rank('T') == Rank('T')
assert Rank('2') == Rank('2')
def test_comparisons():
assert Rank("A") > Rank("K")
assert Rank("K") > Rank("Q")
assert Rank("Q") > Rank("J")
assert Rank("J") > Rank("T")
assert Rank("T") > Rank("9")
assert Rank("9") > Rank("2")
assert Rank("A") > Rank("2")
def test_comparisons_bigger_or_equal():
assert Rank("A") >= Rank("K")
assert Rank("K") >= Rank("Q")
assert Rank("Q") >= Rank("J")
assert Rank("J") >= Rank("T")
assert Rank("T") >= Rank("9")
assert Rank("9") >= Rank("2")
assert Rank("A") >= Rank("2")
def test_comparisons_less_or_equal():
assert Rank("K") <= Rank("A")
assert Rank("Q") <= Rank("K")
assert Rank("J") <= Rank("Q")
assert Rank("T") <= Rank("J")
assert Rank("9") <= Rank("T")
assert Rank("2") <= Rank("9")
assert Rank("2") <= Rank("A")
def test_comparisons_reverse():
assert Rank("K") < Rank("A")
assert Rank("Q") < Rank("K")
assert Rank("J") < Rank("Q")
assert Rank("T") < Rank("J")
assert Rank("9") < Rank("T")
assert Rank("2") < Rank("9")
assert Rank("2") < Rank("A")
def _get_differences(self):
return (Rank.difference(first.rank, second.rank)
for first, second in self._all_combinations)
def test_case_insensitive():
assert Rank("A") == Rank("a")
assert (Rank("A") != Rank("a")) is False
def test_hash():
rank1 = Rank("A")
rank2 = Rank("a")
assert hash(rank1) == hash(rank2)
def test_invalid_rank_raises_InvalidRank_Exception():
with pytest.raises(ValueError):
Rank('L')
def test_rank_difference():
assert Rank.difference("6", "4") == 2
assert Rank.difference("A", "2") == 12
assert Rank.difference("K", "K") == 0
assert Rank.difference("K", "Q") == 1
def test_comparisons():
assert Rank('A') > Rank('K')
assert Rank('K') > Rank('Q')
assert Rank('Q') > Rank('J')
assert Rank('J') > Rank('T')
assert Rank('T') > Rank('9')
assert Rank('9') > Rank('2')
assert Rank('A') > Rank('2')
def _get_differences(self):
return (Rank.difference(self.cards[0].rank, self.cards[1].rank),
Rank.difference(self.cards[0].rank, self.cards[2].rank),
Rank.difference(self.cards[1].rank, self.cards[2].rank))
def test_rank_difference():
assert Rank.difference('6', '4') == 2
assert Rank.difference('A', '2') == 12
assert Rank.difference('K', 'K') == 0
assert Rank.difference('K', 'Q') == 1
def _get_differences(self):
return (Rank.difference(self.cards[0].rank, self.cards[1].rank),
Rank.difference(self.cards[0].rank, self.cards[2].rank),
Rank.difference(self.cards[1].rank, self.cards[2].rank))
def test_rank():
assert Card('Ah').rank == Rank('A')
def test_comparisons_reverse():
assert Rank('K') < Rank('A')
assert Rank('Q') < Rank('K')
assert Rank('J') < Rank('Q')
assert Rank('T') < Rank('J')
assert Rank('9') < Rank('T')
assert Rank('2') < Rank('9')
assert Rank('2') < Rank('A')
def test_rank_difference():
assert Rank.difference('6', '4') == 2
assert Rank.difference('A', '2') == 12
assert Rank.difference('K', 'K') == 0
assert Rank.difference('K', 'Q') == 1
def test_rank():
assert Card("Ah").rank == Rank("A")
