def test_challenges_native_to_py(self):
for authkey in authkeys:
generated_challenge = cube2crypto.genchallenge(
authkey['public'], repr(Random.get_random_bytes(24)))
answer = answer_challenge(authkey['private'],
generated_challenge[0])
self.assertEqual(generated_challenge[1], str(answer))
def request_authentication(self, client, authid, email):
user = User.by_email(email)
if user is None:
self.deny(authid)
return
pubkey = user.pubkey
challenge, answer = cube2crypto.genchallenge(pubkey, format(random.getrandbits(128), 'X'))
self.pending_auths[(client, authid)] = {'user': user, 'answer': answer}
self.challenge.emit(client, authid, challenge)
def register_server(self, client, server_domain, port):
"Attempt to register a newly connected server_domain."
if client in self.servers.keys():
self.servers[client]['time'] = time.time()
return
server_domain = ServerDomain.by_domain(server_domain)
if server_domain is None:
self.deny.emit(client)
return
pubkey = server_domain.pubkey
challenge, answer = cube2crypto.genchallenge(pubkey, format(random.getrandbits(128), 'X'))
self.servers_pending[client] = {'port': port, 'time': time.time(), 'server_domain': server_domain, 'answer': answer}
self.challenge.emit(client, challenge)
def request_authentication(self, client, authid, member_name):
if "@" in member_name:
member = Member.by_member_email(member_name)
else:
member = Member.by_member_name(member_name)
if member is None:
print "Could not fetch member. Failing authentication."
self.deny.emit(client, authid)
return
pubkey = member.public_auth_key
if pubkey is None:
print "Could not fetch pubkey. Failing authentication."
self.deny.emit(client, authid)
return
challenge, answer = cube2crypto.genchallenge(pubkey, format(random.getrandbits(128), 'X'))
self.pending_auths[(client, authid)] = {'member': member, 'answer': answer}
self.challenge.emit(client, authid, challenge)
def test_challenges(self):
for authkey in authkeys:
generated_challenge = cube2crypto.genchallenge(authkey['public'], authkey['pwd'])
answer = cube2crypto.answerchallenge(authkey['private'], generated_challenge[0])
self.assertEqual(generated_challenge[1], answer)
def test_challenges_native_to_py(self):
for authkey in authkeys:
generated_challenge = cube2crypto.genchallenge(authkey['public'], repr(Random.get_random_bytes(24)))
answer = answer_challenge(authkey['private'], generated_challenge[0])
self.assertEqual(generated_challenge[1], answer)
