def test_public_api_call(self):
url = "api/public/jsonrange"
cloud_session = WolframCloudSession(server=self.server)
self.assertFalse(cloud_session.authorized())
self.assertTrue(cloud_session.anonymous())
response = cloud_session.call((self.api_owner, url), input_parameters={"i": 5})
self.assertTrue(response.success)
self.assertEqual(response.get(), list(range(1, 6)))
def setupCloudSession(cls):
cls.sak = secured_authentication_key
cls.api_owner = api_owner
cls.user_cred = user_configuration
cls.server = server
cls.cloud_session = WolframCloudSession(credentials=cls.sak,
server=cls.server)
def test_section_api_permission_key(self):
with WolframCloudSession(server=server) as cloud:
url = 'api/public/permkey_stringreverse_wxf'
response = cloud.call((self.api_owner, url),
input_parameters={'str': 'abcde'},
permissions_key='my_key')
self.assertEqual('edcba', response.get())
def test_api_permission_key(self):
with WolframCloudSession(server=server) as cloud:
url = "api/public/permkey_stringreverse_wxf"
api = (self.api_owner, url)
apicall = WolframAPICall(cloud, api, permission_key="my_key")
apicall.set_parameter("str", "abcde")
response = apicall.perform()
self.assertEqual("edcba", response.get())
def test_api_permission_key(self):
with WolframCloudSession(server=server) as cloud:
url = 'api/public/permkey_stringreverse_wxf'
api = (self.api_owner, url)
apicall = WolframAPICall(cloud, api, permission_key='my_key')
apicall.set_parameter('str', 'abcde')
response = apicall.perform()
self.assertEqual('edcba', response.get())
def test_evaluate_future_string_disable(self):
with WolframCloudSession(credentials=self.sak,
server=self.server,
inputform_string_evaluation=False) as session:
res = session.evaluate_future("Range[3]")
self.assertEqual(res.result(), "Range[3]")
func = session.function_future("f")
res = func("abc")
self.assertEqual(res.result(), WLFunction("f", "abc"))
def test_section_api_permission_key(self):
with WolframCloudSession(server=server) as cloud:
url = "api/public/permkey_stringreverse_wxf"
response = cloud.call(
(self.api_owner, url),
input_parameters={"str": "abcde"},
permissions_key="my_key",
)
self.assertEqual("edcba", response.get())
def test_evaluate_future_string_disable(self):
with WolframCloudSession(credentials=self.sak,
server=self.server,
inputform_string_evaluation=False) as session:
res = session.evaluate_future('Range[3]')
self.assertEqual(res.result(), 'Range[3]')
func = session.function_future('f')
res = func('abc')
self.assertEqual(res.result(), WLFunction('f', 'abc'))
def test_section_authorized_xauth(self):
if self.user_cred and self.server:
cloud_session = WolframCloudSession(credentials=self.user_cred, server=self.server)
cloud_session.start()
self.assertEqual(cloud_session.authorized(), True)
self.assertEqual(cloud_session.anonymous(), False)
else:
print("xauth not available. Test skipped.")
def test_bad_sak(self):
bad_sak = SecuredAuthenticationKey("foo", "bar")
with self.assertRaises(AuthenticationException):
cloud_session = WolframCloudSession(credentials=bad_sak,
server=self.server)
cloud_session.start()
def test_section_authorized_oauth(self):
cloud_session = WolframCloudSession(credentials=self.sak,
server=self.server)
cloud_session.start()
self.assertEqual(cloud_session.authorized(), True)
self.assertEqual(cloud_session.anonymous(), False)
def test_section_not_authorized(self):
cloud_session = WolframCloudSession(server=self.server)
self.assertEqual(cloud_session.authorized(), False)
self.assertEqual(cloud_session.anonymous(), True)
