Raj B wrote:
> > Yes, special methods populate the slots in the structures which Python
> > uses to represent types. Objects/typeobject.c in the Python source
> > distribution does the hard work, particularly in function type_new
>
>
>
> Thanks for that quick response. I am quite comfortable
Raj B <[EMAIL PROTECTED]> wrote:
> > Yes, special methods populate the slots in the structures which
> Python
> > uses to represent types. Objects/typeobject.c in the Python source
> > distribution does the hard work, particularly in function type_new
>
>
>
> Thanks for that quick respons
> Yes, special methods populate the slots in the structures which
Python
> uses to represent types. Objects/typeobject.c in the Python source
> distribution does the hard work, particularly in function type_new
Thanks for that quick response. I am quite comfortable with C code
and am try
Raj B <[EMAIL PROTECTED]> wrote:
> Hi
>
> My question is about how special methods are stored internally in
> Python objects.
> Consider a new-style class which implements special methods such as
> __call__ and __new__
>
> class C(type):
> def __call__(...):
>
>
> class
Hi
My question is about how special methods are stored internally in
Python objects.
Consider a new-style class which implements special methods such as
__call__ and __new__
class C(type):
def __call__(...):
class B:
__metaclass__ = C
b= B()
The ty
