def test_and_argegarion(all_values):
for values1 in [{'guid_0', 'guid_1'}, {'guid_3', 'guid_6', 'guid_20'},
{'guid_2'}]:
for values2 in [{'guid_2', 'guid_1'}, {'guid_5', 'guid_9'},
{'guid_2'}]:
test_predicate = in_reduce([
in_set(values1, 'volume_guid'),
in_set(values2, 'volume_guid')
], all)
included_values = set()
for val in all_values:
if test_predicate.do_include({'volume_guid': val}):
included_values.add(val)
assert included_values == values1.intersection(values2)
def test_or_argegarion(self):
for values1 in [{'guid_0', 'guid_1'}, {'guid_3', 'guid_6', 'guid_20'},
{'guid_2'}]:
for values2 in [{'guid_2', 'guid_1'}, {'guid_5', 'guid_9'},
{'guid_2'}]:
test_predicate = in_reduce([
in_set(values1, 'volume_guid'),
in_set(values2, 'volume_guid')
], any)
included_values = set()
for val in PredicatesTest.all_values:
if test_predicate.do_include({'volume_guid': val}):
included_values.add(val)
self.assertEqual(included_values, values1.union(values2))