[Martin] > Ah, and I mean <type 'int'>, when I say <type 'integer'> :-) In that case, no, Python has no intent of claiming that a Python int can hold a machine address. It does intend that a machine address can be held a Python integer, but doesn't promise that such an integer won't be a Python long. So the array buffer_info test is making a bogus assumption (and the intended way to repair that was given before). The other test insisting that id() == hash() for an instance of a user-defined class that doesn't define __hash__ is also making a bogus assumption, since hash() results are specifically Python ints today while id() results are Python integers (ints or longs). I'm not sure what that test was *trying* to check; the test looked pretty useless to me. I expect that both these tests were introduced after Trent finished the Win64 port (test_descr.py certainly came after that port), so simply haven't been run on Win64 before. If Win64 has a future, I suppose it would be good to repair this stuff; but I don't expect any other platform in my lifetime to decide to make sizeof(void*) > sizeof(long), so it's tempting to take the lack of previous reports of Win64 test failures as evidence about that platform's viability.
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