def test_generate_accept(self):
from oath.google_authenticator import from_b32key
secret = 'GG'
gauth = from_b32key(secret)
self.assertTrue(gauth.accept(gauth.generate()))
self.assertFalse(gauth.accept('111111'))
def test_generate_accept(self):
from oath.google_authenticator import from_b32key
secret = 'GG'
gauth = from_b32key(secret)
self.assertTrue(gauth.accept(gauth.generate()))
self.assertFalse(gauth.accept('111111'))
def authenticate(self, configAttributes, requestParams, step):
userService = UserService.instance()
authService = AuthenticationService.instance()
username = requestParams.get('username')[0]
token = requestParams.get('token')[0]
if not username or not token:
print 'Empty input data: username=%s token=%s' % (username, token)
return False
# Check if the is user with specified oneid_user_uid
user_found = userService.getUserByAttribute("username", username)
if not user_found:
print "The username %s was not found on the system." % username
return False
credentials = Identity.instance().getCredentials()
credentials.setUsername(username)
credentials.setUser(user_found)
secret = base64.b32encode(credentials.getPassword())
token_generated = from_b32key(secret).generate(t=time.time())
if int(token) == int(token_generated):
authService.authenticate(username)
print "OATH Authentication Successful for %s" % username
return True
def test_simple(self):
from oath.google_authenticator import from_b32key
l = (
# generated from http://gauth.apps.gbraad.nl/
(1391203240, 'GG', '762819'),
(1391203342, 'FF', '737839'),
)
for t, b32_key, result in l:
self.assertEquals(from_b32key(b32_key).generate(t=t), result)
def test_simple(self):
from oath.google_authenticator import from_b32key
l = (
# generated from http://gauth.apps.gbraad.nl/
(1391203240, 'GG', '762819'),
(1391203342, 'FF', '737839'),
)
for t, b32_key, result in l:
self.assertEquals(from_b32key(b32_key).generate(t=t), result)