Using the method suggested by Steven Bethard, I *almost* got it working
the way I would like.
Here's my program:
===
.class PrivateClass(object):
. dict = {}
. def not_so_simple_method(self):
. for name in PrivateClass.dict.keys():
. if PrivateClass.dict[name] == self:
. print "instance " + name + " called not so simple"
. apparently_simple_method = not_so_simple_method
. def __init__(self):
. print "instance created"
. for name, value in globals().iteritems():
. if isinstance(value, PrivateClass):
. PrivateClass.dict[name] = value
.def public_class():
. return PrivateClass()
.print "=== start==="
.alpha = public_class()
.print "created alpha"
.print PrivateClass.dict
.print "### alpha is not there\n"
.beta = public_class()
.print "created beta"
.print PrivateClass.dict
.print "### we are always one behind in the dict content\n"
.alpha.apparently_simple_method()
.beta.apparently_simple_method()
=================================
The output follows:
=== start===
instance created
created alpha
{}
### alpha is not there
instance created
created beta
{'alpha': <__main__.PrivateClass object at 0x0117CDD0>}
### we are always one behind in the dict content
instance alpha called not so simple
=======
Note that instance beta was never recognized when it called "apparently
simple method".
I'm sure there must be a way to do this....
André
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