def test_getitem(dictionary):
""" Check that you can access items in a matching correctly. """
matching = BaseMatching(dictionary)
for (mkey, mval), (dkey, dval) in zip(matching.items(),
dictionary.items()):
assert matching[mkey] == mval
assert (mkey, mval) == (dkey, dval)
def test_repr(dictionary):
""" Check that a matching is represented by a normal dictionary. """
matching = BaseMatching()
assert repr(matching) == "{}"
matching = BaseMatching(dictionary)
assert repr(matching) == str(dictionary)
def test_init(dictionary):
""" Make a matching and check their attributes are correct. """
matching = BaseMatching()
assert matching == {}
matching = BaseMatching(dictionary)
assert matching == dictionary
def test_setitem_check_new_valid_type(dictionary):
"""Check that a `ValueError` is raised if a new match is not one of the
provided types."""
val = list(dictionary.values())[0]
matching = BaseMatching(dictionary)
assert matching._check_new_valid_type(val, str) is None
with pytest.raises(ValueError):
matching._check_new_valid_type(val, float)
def test_setitem_check_player_in_keys(dictionary):
"""Check that a `ValueError` is raised if trying to add a new item to a
matching."""
key = list(dictionary.keys())[0]
matching = BaseMatching(dictionary)
assert matching._check_player_in_keys(key) is None
with pytest.raises(ValueError):
matching._check_player_in_keys(key + "foo")
def test_values(dictionary):
""" Check a matching can have its `values` accessed. """
matching = BaseMatching()
assert list(matching.values()) == []
matching = BaseMatching(dictionary)
assert list(matching.values()) == list(dictionary.values())