def test_partition_ranks_properly_divides_up_ranks(self):
custom = Rank(requirement=None)
requirement = Rank(requirement=1)
paritioned = Rank.partition_ranks([custom, requirement])
assert paritioned["custom"][0] is custom
assert paritioned["requirement"][0] is requirement
def test_is_custom_returns_true_without_requirement_set(self):
assert Rank(requirement=None).is_custom()
def test_is_custom_returns_false_with_requirement_set(self):
assert not Rank(requirement=1).is_custom()
def test_is_custom_returns_true_if_rank_is_custom(self):
assert UserRank(rank=Rank(requirement=None)).is_custom()
def test_is_custom_returns_false_if_rank_isnt_custom(self):
assert not UserRank(rank=Rank(requirement=1)).is_custom()
def test_has_custom_rank_returns_true_if_user_rank_is_custom(self):
assert Rank.has_custom_rank(
User(user_rank=UserRank(rank=Rank(requirement=None))))
def test_has_custom_rank_returns_false_if_user_rank_isnt_custom(self):
assert not Rank.has_custom_rank(User())
def test_has_rank_returns_true_if_user_has_rank(self):
assert Rank.has_rank(
User(user_rank=UserRank(rank=Rank(requirement=1))))
def test_has_rank_returns_false_if_user_doesnt_have_rank(self):
assert not Rank.has_rank(User())
def test_has_rank_returns_false_if_user_is_guest(self):
assert not Rank.has_rank(Guest())