def groupdict(self, default=None):
d = {}
assert _interop.__has_keys__(self.compiled_regex.groups)
for k in _interop.__keys__(self.compiled_regex.groups):
idx = self.compiled_regex.groups[k]
d[k] = self.__group__(idx)
return d
def __init__(self, pattern, flags):
self.__binary = isinstance(pattern, bytes)
self.pattern = pattern
self.flags = flags
flags_str = []
for char, flag in FLAGS.items():
if flags & flag:
flags_str.append(char)
self.flags_str = "".join(flags_str)
self.__compiled_regexes = dict()
self.groupindex = dict()
if self.__tregex_compile(self.pattern).groups is not None:
for group_name in dir(self.__tregex_compile(self.pattern).groups):
groups = self.__tregex_compile(self.pattern).groups
self.groups = _interop.__get_size__(_interop.__keys__(groups))
self.groupindex[group_name] = groups[group_name]
def test_keys():
o = CustomObject()
inherited_keys = len(polyglot.__keys__(o))
o.my_field = 1
assert len(polyglot.__keys__(o)) == 1 + inherited_keys
assert "my_field" in polyglot.__keys__(o)
def test_keys():
o = CustomObject()
assert len(polyglot.__keys__(o)) == 0
o.my_field = 1
assert len(polyglot.__keys__(o)) == 1
assert "my_field" in polyglot.__keys__(o)