def _run_test(self, params, expected):
regex, path = params
parsed_regex = re.compile(convert_regexp(regex))
self.assertEqual(bool(parsed_regex.search(path)), expected, 'Incorrectly Parsed regex: %s' %regex)
aare_obj = AARE(regex, True)
self.assertEqual(aare_obj.match(path), expected, 'Incorrectly parsed AARE object: %s' % regex)
if not ('*' in path or '{' in path or '}' in path or '?' in path):
self.assertEqual(aare_obj.match(AARE(path, False)), expected, 'Incorrectly parsed AARE object: AARE(%s)' % regex)
def validate_edit(self, newpath):
if self.all_paths:
raise AppArmorBug('Attemp to edit bare file rule')
newpath = AARE(
newpath, True
) # might raise AppArmorException if the new path doesn't start with / or a variable
return newpath.match(self.path)
def _run_test(self, params, expected):
regex, path = params
parsed_regex = re.compile(convert_regexp(regex))
self.assertEqual(bool(parsed_regex.search(path)), expected,
'Incorrectly Parsed regex: %s' % regex)
aare_obj = AARE(regex, True)
self.assertEqual(aare_obj.match(path), expected,
'Incorrectly parsed AARE object: %s' % regex)
def _run_test(self, params, expected):
regex, is_path, check_for = params
aare_obj = AARE(regex, is_path)
self.assertEqual(expected, aare_obj.match(check_for))
def _run_test(self, params, expected):
regex, log_event = params
aare_obj_1 = AARE(regex, True)
aare_obj_2 = AARE(log_event, True, log_event=True)
self.assertEqual(aare_obj_1.match(aare_obj_2), expected)
def test_match_invalid_1(self):
aare_obj = AARE('@{foo}/[a-d]**', True)
with self.assertRaises(AppArmorBug):
aare_obj.match(set())
def test_match_against_AARE_2(self):
aare_obj_1 = AARE('@{foo}/[a-d]**', True)
aare_obj_2 = AARE('@{foo}/*[a-d]*', True)
self.assertFalse(aare_obj_1.match(aare_obj_2))
self.assertFalse(aare_obj_1.is_equal(aare_obj_2))
def test_multi_usage(self):
aare_obj = AARE('/foo/*', True)
self.assertTrue(aare_obj.match('/foo/bar'))
self.assertFalse(aare_obj.match('/foo/bar/'))
self.assertTrue(aare_obj.match('/foo/asdf'))
