def test_notoneof(self):
match = gen_match(sre_parse.parse("[^abc]def"))
if len(match) != 4:
raise AssertionError(f"Unexpected generated match {match}")
if not match.endswith("def"):
raise AssertionError(f"Unexpected generated match {match}")
if match[0] in "abc":
raise AssertionError(f"Unexpected generated match {match}")
def test_unicode(self):
match = gen_match(sre_parse.parse("•"))
self.assertEqual(match, "•")
def test_lookahead(self): pattern = r"y(?=abc)" match = gen_match(sre_parse.parse(pattern)) self.assertRegex(match, pattern)
def test_noncapturing2(self):
pattern = r"(?:abc){,3}"
match = gen_match(sre_parse.parse(pattern))
self.assertRegex(match, pattern)
print(match)
def test_oneof(self):
match = gen_match(sre_parse.parse("[abc]abc"))
self.assertIn(match, ["aabc", "babc", "cabc"])
def test_alternate2(self): pattern = r"(abc|\d+)" match = gen_match(sre_parse.parse(pattern)) self.assertRegex(match, pattern)
def test_alternate1(self):
match = gen_match(sre_parse.parse("abc|def"))
self.assertIn(match, ["abc", "def"])
def test_plain(self):
match = gen_match(sre_parse.parse("abc"))
self.assertEqual(match, "abc")