Guido van Rossum wrote:
This sounds more like something to bring up in
[EMAIL PROTECTED] Also, rather than being vague about the
motivation ("would be very interesting", you ought to think of a
realistic use case. For example, are there existing encodings of
binary data using base-96? I'm not aware of any.
On Fri, Aug 1, 2008 at 4:06 PM, Kless <[EMAIL PROTECTED]> wrote:
I think that would be very interesting thay Python would have a module
for working on base 96 too. [1]
It could be converted to base 96 the digests from hashlib module, and
random bytes used on crypto (to create the salt, the IV, or a key).
As you can see here [2], the printable ASCII characters are 94
(decimal code range of 33-126). So only left to add another 2
characters more; the space (code 32), and one not-printable char
(which doesn't create any problem) by last.
[1] http://svn.python.org/view/python/trunk/Modules/binascii.c
[2] http://en.wikipedia.org/wiki/ISO/IEC_8859-1
96 is approximately 2^6.585
For some reason, integral powers of two seem so much more, well,
POWERFUL, if you know what I mean. Frankly I think you are being either
optimistic or charitable in suggesting that such a use case might exist.
There's a reason that DEC called their equivalent of base64 "6-bit
encoding".
But then I wanted to keep integer division as it was, so I am clearly a
techno-luddite. If the world wants fractional bits I'm sure it's only a
matter of time before some genius decides to design a 67.9-bit computer.
regards
Steve
--
Steve Holden +1 571 484 6266 +1 800 494 3119
Holden Web LLC http://www.holdenweb.com/
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