Peter Otten wrote: >>>> import inspect >>>> class Foo(object): > ... def foo(self): pass > ... >>>> class Bar(Foo): > ... def bar(self): pass > ... >>>> def get_imp_class(method): > ... return [t for t in inspect.classify_class_attrs(method.im_class) > if t[-1] is method.im_func][0][2] > ... >>>> [get_imp_class(m) for m in [Bar().foo, Bar().bar, Bar.foo, Bar.bar]] > [<class '__main__.Foo'>, <class '__main__.Bar'>, <class '__main__.Foo'>, > <class '__main__.Bar'>] > > but with this approach you will get into trouble as soon as you are using > the same function to define multiple methods. There may be something in
I think it might be better to demonstrate the problem than just to describe it: >>> def another(self): pass ... >>> Foo.alpha = another >>> Bar.beta = another >>> get_imp_class(Bar.alpha) <class '__main__.Foo'> >>> get_imp_class(Bar.beta) <class '__main__.Foo'> A name check won't help either: >>> Foo.alpha.__name__ 'another' Peter -- http://mail.python.org/mailman/listinfo/python-list
