('Alpha', ['test_one', 'test_two', 'test_three']),
('Beta', ['test_one', 'test_two', 'test_three']),
]), ('YYY', (('Gamma', ['test_one', 'test_two', 'test_three']), ))]),
# Case 2
(filtering.Pattern('*:*:test_two'), [('XXX', [
('Alpha', ['test_two']),
('Beta', ['test_two']),
]), ('YYY', [
('Gamma', ['test_two']),
])]),
# Case 3
(filtering.Pattern('XXX:Beta:test_two'), [
('XXX', [('Beta', ['test_two'])]),
]),
# Case 4 - testcase name match AND tag match
(filtering.And(filtering.Pattern('*:*:test_two'),
filtering.Tags({'color': 'blue'})), [('XXX', [
('Alpha', ['test_two']),
]), ('YYY', [
('Gamma', ['test_two']),
])]),
# Case 5 - testcase name match AND tag match, different syntax
((filtering.Pattern('*:*:test_two')
and filtering.Tags({'color': 'blue'})), [('XXX', [
('Alpha', ['test_two']),
]), ('YYY', [
('Gamma', ['test_two']),
])]),
# Case 6 - Run tests that are:
# named `test_one` AND tagged with `baz`
# OR
# belong to a suite named Alpha OR Beta AND tagged with `color`: `red`
def test_and(self):
filter_1 = AlphaFilter() & BetaFilter()
filter_2 = filtering.And(AlphaFilter(), BetaFilter())
assert filter_1 == filter_2
(
filtering.Pattern("*:*:test_two"),
[
("XXX", [("Alpha", ["test_two"]), ("Beta", ["test_two"])]),
("YYY", [("Gamma", ["test_two"])]),
],
),
# Case 3
(
filtering.Pattern("XXX:Beta:test_two"),
[("XXX", [("Beta", ["test_two"])])],
),
# Case 4 - testcase name match AND tag match
(
filtering.And(
filtering.Pattern("*:*:test_two"),
filtering.Tags({"color": "blue"}),
),
[
("XXX", [("Alpha", ["test_two"])]),
("YYY", [("Gamma", ["test_two"])]),
],
),
# Case 5 - testcase name match AND tag match, different syntax
(
(
filtering.Pattern("*:*:test_two")
and filtering.Tags({"color": "blue"})
),
[
("XXX", [("Alpha", ["test_two"])]),
("YYY", [("Gamma", ["test_two"])]),
