Kent:
Overriding the accept() is an excellent idea. It looks more elegant than my original thinking of "total" subclassing.
Thanks a lot; I have learned a great deal from you.
Kenny
On 2/13/06, Kent Johnson <[EMAIL PROTECTED]> wrote:
Kenny Li wrote:> Yep! I think that is what I want. I did no
Kenny Li wrote:
> Yep! I think that is what I want. I did not know enough to do (inside
> C.__init__() ):
> arg1.__class__=C
>
> As to my intent, I want to subclass socket.socket. By doing so, I may
> get a socket (instance of my baseClass) after it (my subclass) accepts
> an incoming
Kenny Li wrote:
> Kent:
>
> I forgot to mention that no coping is allowed. Your two options
> essentially are doing copying of the b.
Not really. I make new references to the attributes of b.
It sounds like you want
c = C(b)
to actually convert b to be an instance of C, instead of creating
Kenny Li wrote:
> *class B(object): *
> *''' the baseClass '''*
> *def __init__(self, arg1, arg2):*
> *self.a1=arg1*
> *self.a2=arg2*
> * *
> *class C(B): *
> *''' C is subClass of B '''*
> *def __init__(self, arg1, arg2):*
> *B.__init__(self, ar
Hi Tutor:
My question is "how to instantiate a subClass using an instance of its baseClass?"
Details below:
=
class B(object):
''' the baseClass '''
def __init__(self, arg1, arg2):
self.a1=arg1
self.a2=arg2
class C(B):
''' C is subClass of B ''
