Hello!
> After the loop has finished, the global variable TmpClass will be bound to
> whatever class was created last, and the variable class_base will be bound
> to that the base class of that same TmpClass. Therefore only this last class
> is guaranteed to work as expected.
Great, now it workes
Axel Straschil wrote:
> class_dic = {}
> class_dic['Br'] = _Tag
> class_dic['Hr'] = _Tag
> class_dic['Html'] = _ContainerTag
> class_dic['Table'] = _ContainerTag
>
> for class_name, class_base in class_dic.items():
> class TmpClass(class_base):
> def __init__(self, **props):
>
Hello!
> Note that we don't need eval anywhere.
Uuups, that looks realy cool! Thanks for that!
Im fooling around with generating html-tags. As there are only two kind
of html tags, one who can nest chields, and one who cant, i wantet to
play arround with something like:
I've got two base classe
On Wed, 02 Feb 2005 16:20:41 -0500, Jeremy Bowers wrote:
> That said, "__main__" indicates you ran it in the interactive shell.
Or ran it directly on the command line. Duh. I thought that clause really
loudly, but I guess I never actually typed it.
--
http://mail.python.org/mailman/listinfo/pytho
On Wed, 02 Feb 2005 20:49:07 +, Axel Straschil wrote:
You are doing several things wrong.
> I was fooling around with creating classes for a module with eval,
You shouldn't create classes with eval, because you don't need to.
"class" isn't a declaration, it is an executable statement that c
Axel Straschil wrote:
Hello!
I was fooling around with creating classes for a module with eval,
something like:
MyModule.py:
class Base:
init(self, name):
self._name = name
for myclass in ['A', 'B', 'C']:
code="class %s(Base):\n\tinit(self, name='%s')\n\t\tsuper(%s,
Hello!
I was fooling around with creating classes for a module with eval,
something like:
MyModule.py:
class Base:
init(self, name):
self._name = name
for myclass in ['A', 'B', 'C']:
code="class %s(Base):\n\tinit(self, name='%s')\n\t\tsuper(%s,
self).__in
