]),
]),
# Case 7, same as case 6, different syntax
(((filtering.Pattern('*:*:test_one') & filtering.Tags('baz')) |
(filtering.Pattern.any('*:Alpha:*', '*:Beta:*')
& filtering.Tags({'color': 'red'}))), [
('XXX', [
('Alpha', ['test_three']),
('Beta', ['test_two']),
]),
('YYY', [
('Gamma', ['test_one']),
]),
]),
# Case 8, inverse filter via Not
(filtering.Not(filtering.Pattern('*:*:test_one')), [('XXX', [
('Alpha', ['test_two', 'test_three']),
('Beta', ['test_two', 'test_three']),
]), ('YYY', (('Gamma', ['test_two', 'test_three']), ))]),
# Case 9, Same as case 8, different syntax
(~filtering.Pattern('*:*:test_one'), [('XXX', [
('Alpha', ['test_two', 'test_three']),
('Beta', ['test_two', 'test_three']),
]), ('YYY', (('Gamma', ['test_two', 'test_three']), ))]),
))
def test_programmatic_filtering(filter_obj, report_ctx):
multitest_x = MultiTest(name='XXX', suites=[Alpha(), Beta()])
multitest_y = MultiTest(name='YYY', suites=[Gamma()])
plan = Testplan(name='plan', parse_cmdline=False, test_filter=filter_obj)
plan.add(multitest_x)
def test_not(self):
assert ~AlphaFilter() == filtering.Not(AlphaFilter())
assert AlphaFilter() == ~~AlphaFilter()
(
(
(filtering.Pattern("*:*:test_one") & filtering.Tags("baz"))
| (
filtering.Pattern.any("*:Alpha:*", "*:Beta:*")
& filtering.Tags({"color": "red"})
)
),
[
("XXX", [("Alpha", ["test_three"]), ("Beta", ["test_two"])]),
("YYY", [("Gamma", ["test_one"])]),
],
),
# Case 8, inverse filter via Not
(
filtering.Not(filtering.Pattern("*:*:test_one")),
[
(
"XXX",
[
("Alpha", ["test_two", "test_three"]),
("Beta", ["test_two", "test_three"]),
],
),
("YYY", (("Gamma", ["test_two", "test_three"]),)),
],
),
# Case 9, Same as case 8, different syntax
(
~filtering.Pattern("*:*:test_one"),
[
