Jeff Clites [EMAIL PROTECTED] wrote:
2) I'd expect the method cache to be per-class, but Python can change
an attribute slot on a per-instance basis (as well as a per-class
basis), so we can't really use a per-class method cache (or, we need a
flag on particular instances which tell us not to
On Oct 6, 2004, at 11:49 PM, Leopold Toetsch wrote:
Jeff Clites [EMAIL PROTECTED] wrote:
3) I won't mention the problem of languages which allow an object to
have instance variables and instance methods of the same name (so that
in Python, a.b would be ambiguous if a is an object from such a
Python's method call semantics allows you to look up a method of an
object as an attribute, store it in a variable, and later invoke it
like a regular function. This works similarly if you do the lookup on
the class object, but when you invoke the function you need to pass
in an instance as an
Jeff Clites [EMAIL PROTECTED] wrote:
Do we have plans on how we might implement this via Parrot?
Sure.
To put it another way, the expression foo.bar() in Python doesn't
really parse as invoke method bar on object foo, but rather as
lookup attribute bar on object foo
Well, there isn't much
On Oct 6, 2004, at 1:11 AM, Leopold Toetsch wrote:
Jeff Clites [EMAIL PROTECTED] wrote:
To put it another way, the expression foo.bar() in Python doesn't
really parse as invoke method bar on object foo, but rather as
lookup attribute bar on object foo
Well, there isn't much difference here. invoke
Jeff Clites [EMAIL PROTECTED] wrote:
Python's method call semantics allows you to look up a method of an
object as an attribute, store it in a variable, and later invoke it
like a regular function.
Random note: this sounds very much like a Df^H^HC# delegate.
This works similarly if you do
