def test_cannot_update_context_register_from_lists(self):
left = Fact(
predicate="$shooter shot $victim",
terms=[Entity(name="Alice"), Entity(name="Bob")],
)
right = Fact(
predicate="$shooter shot $victim",
terms=[Entity(name="Craig"), Entity(name="Dan")],
)
update = left.update_context_register(
right,
context=[[Entity(name="Alice")], [Entity(name="Craig")]],
comparison=means,
)
with pytest.raises(AttributeError):
next(update)
def test_entity_consistency_identity_not_equality(self):
left = Fact(
predicate=Predicate(content="$shooter shot $victim"),
terms=[Entity(name="Alice"),
Entity(name="Bob")],
)
right = Fact(
predicate=Predicate(content="$shooter shot $victim"),
terms=[Entity(name="Craig"),
Entity(name="Dan")],
)
register = ContextRegister.from_lists([Entity(name="Dan")],
[Entity(name="Dan")])
update = left.update_context_register(right,
register,
comparison=means)
assert not any(register is not None for register in update)
def test_check_entity_consistency_type_error(self, make_entity,
make_factor, make_predicate):
"""
There would be no TypeError if it used "means"
instead of .gt. The comparison would just return False.
"""
right = Fact(
predicate=Predicate(content="$shooter shot $victim"),
terms=[Entity(name="Craig"),
Entity(name="Dan")],
)
register = ContextRegister.from_lists([Entity(name="Dan")],
[Entity(name="Dan")])
update = right.update_context_register(
right.predicate,
register,
operator.gt,
)
with pytest.raises(TypeError):
any(register is not None for register in update)
