def test_inverse_map_exact():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
m.register(animal, 'Animal')
m.exact_getitem(animal) == 'Animal'
with pytest.raises(KeyError):
m.exact_getitem(elephant)
assert m.exact_get(animal) == 'Animal'
assert m.exact_get(elephant) is None
assert m.exact_get(elephant, 'default') == 'default'
def test_inverse_map_registration_order():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
african_elephant = MapKey('african elephant', parents=[elephant])
m.register(elephant, 'Elephant')
m.register(animal, 'Animal')
assert list(m.all(animal)) == ['Animal', 'Elephant']
assert list(m.all(elephant)) == ['Elephant']
assert list(m.all(african_elephant)) == []
def test_inverse_map_two_descendants():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
rhino = MapKey('rhino', parents=[animal])
m.register(elephant, 'Elephant')
m.register(rhino, 'Rhino')
assert list(m.all(elephant)) == ['Elephant']
assert list(m.all(rhino)) == ['Rhino']
# we get out the descendants in declaration order
assert list(m.all(animal)) == ['Elephant', 'Rhino']
def test_inverse_map_registration_order():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
african_elephant = MapKey('african elephant', parents=[elephant])
m.register(elephant, 'Elephant')
m.register(animal, 'Animal')
assert list(m.all(animal)) == ['Animal', 'Elephant']
assert list(m.all(elephant)) == ['Elephant']
assert list(m.all(african_elephant)) == []
def test_inverse_map_two_descendants():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
rhino = MapKey('rhino', parents=[animal])
m.register(elephant, 'Elephant')
m.register(rhino, 'Rhino')
assert list(m.all(elephant)) == ['Elephant']
assert list(m.all(rhino)) == ['Rhino']
# we get out the descendants in declaration order
assert list(m.all(animal)) == ['Elephant', 'Rhino']
def test_inverse_map_sub2():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
african_elephant = MapKey('african elephant', parents=[elephant])
m.register(african_elephant, 'African Elephant')
assert list(m.all(animal)) == ['African Elephant']
assert list(m.all(elephant)) == ['African Elephant']
assert list(m.all(african_elephant)) == ['African Elephant']
def test_inverse_map_sub2():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
african_elephant = MapKey('african elephant', parents=[elephant])
m.register(african_elephant, 'African Elephant')
assert list(m.all(animal)) == ['African Elephant']
assert list(m.all(elephant)) == ['African Elephant']
assert list(m.all(african_elephant)) == ['African Elephant']
def test_inverse_map_empty():
m = InverseMap()
animal = MapKey('animal')
assert list(m.all(animal)) == []
def test_inverse_map_empty():
m = InverseMap()
animal = MapKey('animal')
assert list(m.all(animal)) == []
def test_inverse_map_exact():
m = InverseMap()
animal = MapKey('animal')
elephant = MapKey('elephant', parents=[animal])
m.register(animal, 'Animal')
m.exact_getitem(animal) == 'Animal'
with pytest.raises(KeyError):
m.exact_getitem(elephant)
assert m.exact_get(animal) == 'Animal'
assert m.exact_get(elephant) is None
assert m.exact_get(elephant, 'default') == 'default'