self.assertIsNotNone(pgt.text)
self.assertTrue(pgt.text.startswith('PGTIOU'))
+ pgtId = parse_qs(urlparse(cas_provider.tests.dummy_urlopen_url).query)['pgtId']
+
#Step 2: Get the actual proxy ticket
- proxyTicketResponse = self.client.get(reverse('proxy'), {'targetService': proxyTarget, 'pgt': pgt.text}, follow=False)
+ proxyTicketResponse = self.client.get(reverse('proxy'), {'targetService': proxyTarget, 'pgt': pgtId}, follow=False)
proxyTicketResponseXml = ElementTree.parse(StringIO.StringIO(proxyTicketResponse.content))
self.assertIsNotNone(proxyTicketResponseXml.find(CAS + "proxySuccess", namespaces=NSMAP))
self.assertIsNotNone(proxyTicketResponseXml.find(CAS + "proxySuccess/cas:proxyTicket", namespaces=NSMAP))
self.assertIsNotNone(pgt_1.text)
self.assertTrue(pgt_1.text.startswith('PGTIOU'))
+ pgtId_1 = parse_qs(urlparse(cas_provider.tests.dummy_urlopen_url).query)['pgtId']
+
#Step 2: Get the actual proxy ticket
- proxyTicketResponse_1 = self.client.get(reverse('proxy'), {'targetService': proxyTarget_1, 'pgt': pgt_1.text}, follow=False)
+ proxyTicketResponse_1 = self.client.get(reverse('proxy'), {'targetService': proxyTarget_1, 'pgt': pgtId_1}, follow=False)
proxyTicketResponseXml_1 = ElementTree.parse(StringIO.StringIO(proxyTicketResponse_1.content))
self.assertIsNotNone(proxyTicketResponseXml_1.find(CAS + "proxySuccess", namespaces=NSMAP))
self.assertIsNotNone(proxyTicketResponseXml_1.find(CAS + "proxySuccess/cas:proxyTicket", namespaces=NSMAP))
self.assertIsNotNone(pgt_2.text)
self.assertTrue(pgt_2.text.startswith('PGTIOU'))
+ pgtId_2 = parse_qs(urlparse(cas_provider.tests.dummy_urlopen_url).query)['pgtId']
+
#Step 4: Get the second proxy ticket
- proxyTicketResponse_2 = self.client.get(reverse('proxy'), {'targetService': proxyTarget_2, 'pgt': pgt_2.text})
+ proxyTicketResponse_2 = self.client.get(reverse('proxy'), {'targetService': proxyTarget_2, 'pgt': pgtId_2})
proxyTicketResponseXml_2 = ElementTree.parse(StringIO.StringIO(proxyTicketResponse_2.content))
self.assertIsNotNone(proxyTicketResponseXml_2.find(CAS + "proxySuccess", namespaces=NSMAP))
self.assertIsNotNone(proxyTicketResponseXml_2.find(CAS + "proxySuccess/cas:proxyTicket", namespaces=NSMAP))
- def test_successful_service_not_matching_in_request_to_proxy(self):
- urllib2.urlopen = dummy_urlopen # monkey patching urllib2.urlopen so that the testcase doesnt really opens a url
- proxyTarget_1 = "http://my.sweet.service"
- proxyTarget_2 = "http://my.malicious.service"
-
- response = self._login_user('root', '123')
- response = self._validate_cas2(response, True, proxyTarget_1 )
-
- # Test: I'm acting as the service that will call another service
- # Step 1: Get the proxy granting ticket
- responseXml = ElementTree.parse(StringIO.StringIO(response.content))
- auth_success = responseXml.find(CAS + 'authenticationSuccess', namespaces=NSMAP)
- pgt = auth_success.find(CAS + "proxyGrantingTicket", namespaces=NSMAP)
- user = auth_success.find(CAS + "user", namespaces=NSMAP)
- self.assertEqual('root', user.text)
- self.assertIsNotNone(pgt.text)
- self.assertTrue(pgt.text.startswith('PGTIOU'))
-
- #Step 2: Get the actual proxy ticket
- proxyTicketResponse = self.client.get(reverse('proxy'), {'targetService': proxyTarget_2, 'pgt': pgt.text}, follow=False)
- proxyTicketResponseXml = ElementTree.parse(StringIO.StringIO(proxyTicketResponse.content))
- self.assertIsNotNone(proxyTicketResponseXml.find(CAS + "authenticationFailure", namespaces=NSMAP))
-
-
+
def test_succeessful_login(self):
response = self._login_user('root', '123')
self._validate_cas1(response, True)