def initialize(self, client): # Note this is no thread safe
"""Set seq_num, init, handle, and context"""
self.gss_seq_num = 0
#d = gssapi.importName("nfs@%s" % client.remotehost)
d = gssapi.importName("[email protected]")
if d['major'] != gssapi.GSS_S_COMPLETE:
raise SecError, "gssapi.importName returned: %s" % \
show_major(d['major'])
name = d['name']
# We need to send NULLPROCs with token from initSecContext
good_major = [gssapi.GSS_S_COMPLETE, gssapi.GSS_S_CONTINUE_NEEDED]
self.init = 1
reply_token = ''
reply_major = ''
context = buffer('')
while True:
#major, x, token, context, x, x, x = \
d = gssapi.initSecContext(name, reply_token, context)
major = d['major']
context = d['context']
if major not in good_major:
raise SecError, "gssapi.initSecContext returned: %s" % \
show_major(major)
if (major == gssapi.GSS_S_CONTINUE_NEEDED) and \
(reply_major == gssapi.GSS_S_COMPLETE):
raise SecError, "Unexpected GSS_S_COMPLETE from server"
token = d['token']
if reply_major != gssapi.GSS_S_COMPLETE:
# FRED - sec 5.2.2 of RFC 2203 mentions possibility that
# no token is returned. But then how get handle?
p = self.getpacker()
p.reset()
p.pack_opaque(token)
data = p.get_buffer()
reply = client.call(0, data)
up = self.getunpacker()
up.reset(reply)
res = up.unpack_rpc_gss_init_res()
up.done()
reply_major = res.gss_major
if reply_major not in good_major:
raise SecError, "Server returned: %s" % \
show_major(reply_major)
self.init = 2
reply_token = res.gss_token
if major == gssapi.GSS_S_COMPLETE:
if reply_major != gssapi.GSS_S_COMPLETE:
raise SecError, "Unexpected COMPLETE from client"
break
self.gss_context = context
self.gss_handle = res.handle
self.init = 0
def initialize(self, client): # Note this is no thread safe
"""Set seq_num, init, handle, and context"""
self.gss_seq_num = 0
#d = gssapi.importName("nfs@%s" % client.remotehost)
d = gssapi.importName("[email protected]")
if d['major'] != gssapi.GSS_S_COMPLETE:
raise SecError, "gssapi.importName returned: %s" % \
show_major(d['major'])
name = d['name']
# We need to send NULLPROCs with token from initSecContext
good_major = [gssapi.GSS_S_COMPLETE, gssapi.GSS_S_CONTINUE_NEEDED]
self.init = 1
reply_token = ''
reply_major = ''
context = buffer('')
while True:
#major, x, token, context, x, x, x = \
d = gssapi.initSecContext(name, reply_token, context)
major = d['major']
context = d['context']
if major not in good_major:
raise SecError, "gssapi.initSecContext returned: %s" % \
show_major(major)
if (major == gssapi.GSS_S_CONTINUE_NEEDED) and \
(reply_major == gssapi.GSS_S_COMPLETE):
raise SecError, "Unexpected GSS_S_COMPLETE from server"
token = d['token']
if reply_major != gssapi.GSS_S_COMPLETE:
# FRED - sec 5.2.2 of RFC 2203 mentions possibility that
# no token is returned. But then how get handle?
p = self.getpacker()
p.reset()
p.pack_opaque(token)
data = p.get_buffer()
reply = client.call(0, data)
up = self.getunpacker()
up.reset(reply)
res = up.unpack_rpc_gss_init_res()
up.done()
reply_major = res.gss_major
if reply_major not in good_major:
raise SecError, "Server returned: %s" % \
show_major(reply_major)
self.init = 2
reply_token = res.gss_token
if major == gssapi.GSS_S_COMPLETE:
if reply_major != gssapi.GSS_S_COMPLETE:
raise SecError, "Unexpected COMPLETE from client"
break
self.gss_context = context
self.gss_handle = res.handle
self.init = 0