def new_get_auth(sock, dname, host, dno):
# Translate socket address into the xauth domain
if (uname[0] == 'Darwin') and host and host.startswith('/tmp/'):
family = xauth.FamilyLocal
addr = socket.gethostname()
elif host:
family = xauth.FamilyInternet
# Convert the prettyprinted IP number into 4-octet string.
# Sometimes these modules are too damn smart...
octets = sock.getpeername()[0].split('.')
addr = ''.join(map(lambda x: chr(int(x)), octets))
else:
family = xauth.FamilyLocal
addr = socket.gethostname()
au = xauth.Xauthority()
while 1:
try:
return au.get_best_auth(family, addr, dno)
except error.XNoAuthError:
pass
# We need to do this to handle ssh's X forwarding. It sets
# $DISPLAY to localhost:10, but stores the xauth cookie as if
# DISPLAY was :10. Hence, if localhost and not found, try
# again as a Unix socket.
if family == xauth.FamilyInternet and addr == '\x7f\x00\x00\x01':
family = xauth.FamilyLocal
addr = socket.gethostname()
else:
return '', ''
def new_get_auth(sock, dname, protocol, host, dno):
assert protocol in SUPPORTED_PROTOCOLS
# Translate socket address into the xauth domain
if protocol == 'darwin':
family = xauth.FamilyLocal
addr = socket.gethostname()
elif protocol == 'tcp':
family = xauth.FamilyInternet
# Convert the prettyprinted IP number into 4-octet string.
# Sometimes these modules are too damn smart...
octets = sock.getpeername()[0].split('.')
addr = bytearray(int(x) for x in octets)
else:
family = xauth.FamilyLocal
addr = socket.gethostname().encode()
try:
au = xauth.Xauthority()
except error.XauthError:
return b'', b''
while 1:
try:
return au.get_best_auth(family, addr, dno)
except error.XNoAuthError:
pass
# We need to do this to handle ssh's X forwarding. It sets
# $DISPLAY to localhost:10, but stores the xauth cookie as if
# DISPLAY was :10. Hence, if localhost and not found, try
# again as a Unix socket.
if family == xauth.FamilyInternet and addr == b'\x7f\x00\x00\x01':
family = xauth.FamilyLocal
addr = socket.gethostname().encode()
else:
return b'', b''
