Dave Angel wrote:
For that, I'd suggest reserving a directory at a known location, doing
an os.path.dirname() on that directory, and building a list of module
names. Then use __import__() to load them, and build a list of module
objects, and a list of classes in those modules. Suggest classn
On Oct 10, 6:44 pm, Dave Angel wrote:
> Scott Grant wrote:
> > On Oct 10, 2:42 pm, "Diez B. Roggisch" wrote:
>
> >> Scott Grant schrieb:
>
> >>> Hi there,
>
> >>> I'd like to set up a framework in which I can add or remove new
> >>> classes of a given expected subclass to my package, and have the
Scott Grant wrote:
On Oct 10, 2:42 pm, "Diez B. Roggisch" wrote:
Scott Grant schrieb:
Hi there,
I'd like to set up a framework in which I can add or remove new
classes of a given expected subclass to my package, and have the
system load that set at runtime and be able to use
On Oct 10, 2:42 pm, "Diez B. Roggisch" wrote:
> Scott Grant schrieb:
>
>
>
> > Hi there,
>
> > I'd like to set up a framework in which I can add or remove new
> > classes of a given expected subclass to my package, and have the
> > system load that set at runtime and be able to use them. In essen
Scott Grant schrieb:
Hi there,
I'd like to set up a framework in which I can add or remove new
classes of a given expected subclass to my package, and have the
system load that set at runtime and be able to use them. In essence,
if I have a class X, and subclasses A, B, and C that derive from X
Hi there,
I'd like to set up a framework in which I can add or remove new
classes of a given expected subclass to my package, and have the
system load that set at runtime and be able to use them. In essence,
if I have a class X, and subclasses A, B, and C that derive from X,
what's the most pytho