def test_person_equality_list_items_differ(self) -> None:
person1 = generate_full_graph_state_person(set_back_edges=True)
person2 = generate_full_graph_state_person(set_back_edges=True)
next(iter(person1.assessments)).state_code = "us_ny"
self.assertNotEqual(person1, person2)
def test_person_equality_ignore_list_ordering(self):
person1 = generate_full_graph_state_person(set_back_edges=True)
person2 = generate_full_graph_state_person(set_back_edges=True)
self.assertTrue(len(person2.assessments) > 1)
person2.assessments.reverse()
self.assertEqual(person1, person2)
def test_person_equality_list(self):
"""Test that we can compare a list of person Entity objects"""
person1a = generate_full_graph_state_person(set_back_edges=True)
person1b = generate_full_graph_state_person(set_back_edges=True)
person2a = generate_full_graph_state_person(set_back_edges=False)
person2b = generate_full_graph_state_person(set_back_edges=False)
self.assertEqual([person1a, person2a], [person1b, person2b])
def test_person_equality_with_backedges(self):
person1 = generate_full_graph_state_person(set_back_edges=True)
person2 = generate_full_graph_state_person(set_back_edges=True)
self.assertEqual(person1, person2)
def test_convertPerson_withBackEdges_dontPopulateBackEdges(self):
input_person = generate_full_graph_state_person(set_back_edges=True)
expected_person = generate_full_graph_state_person(set_back_edges=False)
self._run_convert_test([input_person], [expected_person], populate_back_edges=False)
