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socket.inet_pton which does exactly what I want is not available on 2.x
on Windows. Strangely, the documentation of socket.inet_aton (IPv4 only)
reads:
"inet_aton() does not support IPv6, and getnameinfo() should be used
instead for IPv4/v6 dual stack support."
Let's try that:
>>> def gni(flag, addr="::1", port=80):
... try:
... res = socket.getnameinfo((addr,port), flag)
... except:
... res = "error"
... return res
...
>>> [(ni,gni(socket.__dict__[ni])) for ni in filter(lambda
k:k.startswith("NI_"), dir(socket))]
[('NI_DGRAM', ('localhost', 'www')), ('NI_MAXHOST', 'error'),
('NI_MAXSERV', ('localhost', 'www')), ('NI_NAMEREQD', ('localhost',
'www')), ('NI_NOFQDN', ('localhost', 'www')), ('NI_NUMERICHOST', ('::1',
'www')), ('NI_NUMERICSERV', ('localhost', '80'))]
>>>
Neither of these values looks like 0x0000000000000001. Am I missing
something or is the documentation just wrong? If so, how am I supposed
to get a binary representation of an IPv6 address in the absence of
socket.inet_pton? Should I write my I own version?
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