def test_equivalence(self):
partitioner = EquivalencePartitioner.make_propertystate_equivalence()
p1 = PropertyState(pm_property_id=100)
p2 = PropertyState(pm_property_id=100)
p3 = PropertyState(pm_property_id=200)
p4 = PropertyState(custom_id_1=100)
p5 = PropertyState(ubid='abc+123')
p6 = PropertyState(ubid='100')
p7 = PropertyState(ubid='abc+123')
equivalence_classes = partitioner.calculate_equivalence_classes(
[p1, p2])
self.assertEqual(len(equivalence_classes), 1)
equivalence_classes = partitioner.calculate_equivalence_classes(
[p1, p3])
self.assertEqual(len(equivalence_classes), 2)
equivalence_classes = partitioner.calculate_equivalence_classes(
[p1, p4])
self.assertEqual(len(equivalence_classes), 1)
equivalence_classes = partitioner.calculate_equivalence_classes(
[p4, p6])
self.assertEqual(len(equivalence_classes), 2)
equivalence_classes = partitioner.calculate_equivalence_classes(
[p5, p6])
self.assertEqual(len(equivalence_classes), 2)
equivalence_classes = partitioner.calculate_equivalence_classes(
[p5, p7])
self.assertEqual(len(equivalence_classes), 1)
def test_equivalence(self):
all_unmatched_properties = self.import_file.find_unmatched_property_states(
)
unmatched_properties, duplicate_property_states = tasks.filter_duplicated_states(
all_unmatched_properties)
partitioner = EquivalencePartitioner.make_propertystate_equivalence()
equiv_classes = partitioner.calculate_equivalence_classes(
unmatched_properties)
self.assertEqual(len(equiv_classes), 512)
def test_equivalence(self):
all_unmatched_properties = self.import_file.find_unmatched_property_states(
)
unmatched_property_ids, duplicate_property_count = match.filter_duplicate_states(
all_unmatched_properties)
partitioner = EquivalencePartitioner.make_propertystate_equivalence()
unmatched_properties = list(
PropertyState.objects.filter(pk__in=unmatched_property_ids))
equiv_classes = partitioner.calculate_equivalence_classes(
unmatched_properties)
self.assertEqual(len(equiv_classes), 512)