def test_export_token(self):
# Create Authorization
auth = self._create_authorization(self.acs, objperm="read")
acct = self._create_account_from_authz(auth)
verifier = self._create_verifier(self.acs, accounts=[acct])
perms = self._create_permissions_from_authz(auth, v_default=[verifier])
# Test Unapproved
self.assertRaises(accesscontrol.AuthorizationNotApproved, auth.export_token)
# Approve
self.assertTrue(auth.verify())
# Test Approved
token = auth.export_token()
self.assertIsInstance(token, str)
self.assertGreater(len(token), 0)
# Test Decode
val = utility.decode_auth_token(self.acs.sigkey_pub, token)
self.assertIsInstance(val, dict)
self.assertGreater(len(val), 0)
# Cleanup
perms.destroy()
verifier.destroy()
acct.destroy()
auth.destroy()
def encode_decode(priv, pub, accountuid, clientuid, expiration, objperm, objtype, objuid):
token = utility.encode_auth_token(priv, accountuid, clientuid, expiration, objperm, objtype, objuid)
self.assertIsInstance(token, str)
self.assertGreater(len(token), 0)
val = utility.decode_auth_token(pub, token)
self.assertIsInstance(val, dict)
self.assertGreater(len(val), 0)
self.assertEqual(val[utility.AUTHZ_KEY_ACCOUNTUID], accountuid)
self.assertEqual(val[utility.AUTHZ_KEY_CLIENTUID], clientuid)
self.assertEqual(val[utility.AUTHZ_KEY_EXPIRATION], expiration)
self.assertEqual(val[utility.AUTHZ_KEY_OBJPERM], objperm)
self.assertEqual(val[utility.AUTHZ_KEY_OBJTYPE], objtype)
self.assertEqual(val[utility.AUTHZ_KEY_OBJUID], objuid if objuid else None)
