def __init__(self, f):
self._check_type(f)
self.code = f.__code__
if f.__defaults__:
self.defaults = [can(fd) for fd in f.__defaults__]
else:
self.defaults = None
if f.__kwdefaults__:
self.kwdefaults = can_dict(f.__kwdefaults__)
else:
self.kwdefaults = None
if f.__annotations__:
self.annotations = can_dict(f.__annotations__)
else:
self.annotations = None
closure = py3compat.get_closure(f)
if closure:
self.closure = tuple(can(cell) for cell in closure)
else:
self.closure = None
self.module = f.__module__ or '__main__'
self.__name__ = f.__name__
self.buffers = []
def get_object(self, g=None):
cell_contents = uncan(self.cell_contents, g)
def inner():
return cell_contents
return py3compat.get_closure(inner)[0]
def _get_cell_type(a=None):
"""the type of a closure cell doesn't seem to be importable,
so just create one
"""
def inner():
return a
return type(py3compat.get_closure(inner)[0])
def _get_cell_type(a=None):
"""the type of a closure cell doesn't seem to be importable,
so just create one
"""
def inner():
return a
return type(py3compat.get_closure(inner)[0])
def __init__(self, f):
self._check_type(f)
self.code = f.__code__
if f.__defaults__:
self.defaults = [ can(fd) for fd in f.__defaults__ ]
else:
self.defaults = None
closure = py3compat.get_closure(f)
if closure:
self.closure = tuple( can(cell) for cell in closure )
else:
self.closure = None
self.module = f.__module__ or '__main__'
self.__name__ = f.__name__
self.buffers = []
def __init__(self, f):
# type: (object) -> object
self._check_type(f)
self.code = f.__code__
if f.__defaults__:
self.defaults = [can(fd) for fd in f.__defaults__]
else:
self.defaults = None
closure = py3compat.get_closure(f)
if closure:
self.closure = tuple(can(cell) for cell in closure)
else:
self.closure = None
self.module = f.__module__ or '__main__'
self.__name__ = f.__name__
self.buffers = []
def get_object(self, g=None):
cell_contents = uncan(self.cell_contents, g)
def inner():
return cell_contents
return py3compat.get_closure(inner)[0]
