__dict__ attribute.  Deleting it, or setting it to a non-dictionary
result in a TypeError.  Note that getting it the first time magically
initializes it to an empty dict so that func.__dict__ will always
appear to be a dictionary (never None).

Closes SF bug #446645.

attribute.  Deleting it, or setting it to a non-dictionary result in a
TypeError.  Note that getting it the first time magically initializes
it to an empty dict so that func.__dict__ will always appear to be a
dictionary (never None).

Closes SF bug #446645.

    setting and deleting a function's __dict__ attribute.  Deleting
    it, or setting it to a non-dictionary result in a TypeError.  Note
    that getting it the first time magically initializes it to an
    empty dict so that func.__dict__ will always appear to be a
    dictionary (never None).

    Closes SF bug #446645.

__dict__ attribute.  Deleting it, or setting it to a non-dictionary
result in a TypeError.  Note that getting it the first time magically
initializes it to an empty dict so that func.__dict__ will always
appear to be a dictionary (never None).

Closes SF bug #446645.

created by Py_Initialize().

This closes SF bug #450621.

write the documentation for this module.

just like reload(sys).  Test that this is so.  Closes SF bug #422004.

    _PyImport_FixupExtension() on the exceptions module.  Now
    reload(exceptions) acts just like reload(sys) instead of raising
    an ImportError.

    This closes SF bug #422004.

This is part of SF patch #440292.

Documentation for difflib/ndiff refactoring: more of the ndiff functionality
has been moved to the underlying library (difflib).

This closes SF patch #445413.

Update greeting message to avoid the long copyright notice.

error.

remembers what it is supposed to do. :-(

Remove unused variable and import

confident that the old code was utterly broken -- the worse that can
happen is that the new code is still broken.)