def test__canonicalize_kwargs(self):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual({}, api._canonicalize_kwargs({}))
self.assertEqual({'from': 'value'}, api._canonicalize_kwargs({'from': 'value'}))
self.assertEqual({'_to': 'value'}, api._canonicalize_kwargs({'_to': 'value'}))
self.assertEqual({'from': 'value'}, api._canonicalize_kwargs({'_from': 'value'}))
def test_init_from_custom_config(self):
# custom config file
api = Client()
_run(api.init(config_file=M_CUSTOM_CONFIG_PATH))
self.assertEqual('https://ca.api.ovh.com/1.0', api._endpoint)
self.assertEqual('This is a fake custom application key', api._application_key)
self.assertEqual('This is a *real* custom application key', api._application_secret)
self.assertEqual('I am customingly kidding', api._consumer_key)
def test_init_from_config(self):
with mock.patch.dict('os.environ', M_ENVIRON):
api = Client()
_run(api.init())
self.assertEqual('https://ca.api.soyoustart.com/1.0', api._endpoint)
self.assertEqual(M_ENVIRON['OVH_APPLICATION_KEY'], api._application_key)
self.assertEqual(M_ENVIRON['OVH_APPLICATION_SECRET'], api._application_secret)
self.assertEqual(M_ENVIRON['OVH_CONSUMER_KEY'], api._consumer_key)
def test_init(self):
# nominal
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(APPLICATION_KEY, api._application_key)
self.assertEqual(APPLICATION_SECRET, api._application_secret)
self.assertEqual(CONSUMER_KEY, api._consumer_key)
self.assertTrue(api._time_delta is None)
self.assertEqual(TIMEOUT, api._timeout)
# override default timeout
timeout = (1, 1)
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET,
CONSUMER_KEY, timeout=timeout)
self.assertEqual(timeout, api._timeout)
# invalid region
api = Client(ENDPOINT_BAD, '', '', '')
self.assertRaises(InvalidRegion, _run, api.init())
def test_put(self, m_call):
PAYLOAD = {
'arg1': object(),
'arg2': object(),
'arg3': object(),
'arg4': False,
}
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.put(FAKE_URL, **PAYLOAD)))
m_call.assert_called_once_with('PUT', FAKE_URL, PAYLOAD, True)
def test_call_query_id(self, m_req):
m_res = m_req.return_value
m_json = m_res.json.return_value
m_res.headers = {"X-OVH-QUERYID": "FR.test1"}
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET)
_run(api.init())
m_res.status = 99
self.assertRaises(APIError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
try:
_run(api.call(FAKE_METHOD, FAKE_PATH, None, False))
self.assertEqual(0, 1) # should fail as method have to raise APIError
except APIError as e:
self.assertEqual(e.query_id, "FR.test1")
def test_request_consumerkey(self, m_call):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
# nominal
FAKE_RULES = object()
FAKE_CK = object()
RET = {'consumerKey': FAKE_CK}
m_call.return_value = RET
ret = _run(api.request_consumerkey(FAKE_RULES, FAKE_URL))
self.assertEqual(RET, ret)
m_call.assert_called_once_with('POST', '/auth/credential', {
'redirection': FAKE_URL,
'accessRules': FAKE_RULES,
}, False)
def test_time_delta(self, m_call):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
m_call.return_value = 1404395895
api._time_delta = None
# nominal
time_delta = _run(api.get_time_delta())
m_call.assert_called_once_with('GET', '/auth/time', None, False, None)
self.assertEqual(time_delta, 6)
self.assertEqual(api._time_delta, 6)
# ensure cache
m_call.return_value = 0
m_call.reset_mock()
self.assertEqual(_run(api.get_time_delta()), 6)
self.assertFalse(m_call.called)
def test_get(self, m_call):
# basic test
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL)))
m_call.assert_called_once_with('GET', FAKE_URL, None, True, None)
# append query string
m_call.reset_mock()
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL, param="test")))
m_call.assert_called_once_with('GET', FAKE_URL+'?param=test', None, True, None)
# append to existing query string
m_call.reset_mock()
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL+'?query=string', param="test")))
m_call.assert_called_once_with('GET', FAKE_URL+'?query=string¶m=test', None, True, None)
# boolean arguments
m_call.reset_mock()
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL+'?query=string', checkbox=True)))
m_call.assert_called_once_with('GET', FAKE_URL+'?query=string&checkbox=true', None, True, None)
# keyword calling convention
m_call.reset_mock()
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL, _from="start", to="end")))
try:
m_call.assert_called_once_with('GET', FAKE_URL+'?to=end&from=start', None, True, None)
except:
m_call.assert_called_once_with('GET', FAKE_URL+'?from=start&to=end', None, True, None)
# batch call
m_call.reset_mock()
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.get(FAKE_URL, _batch=',')))
m_call.assert_called_once_with('GET', FAKE_URL, None, True, ',')
async def get_auth_time(endpoint):
api = Client(endpoint)
await api.init()
async with api._session:
return await api.get('/auth/time', _need_auth=False)
def test_raw_call_batch(self, m_req):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET)
_run(api.init())
r = _run(api.raw_call(FAKE_METHOD, FAKE_PATH_BATCH, None, False, ','))
self.assertEqual(r, ["first item", "second item"])
def test_raw_call(self, m_req):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET)
_run(api.init())
r = _run(api.raw_call(FAKE_METHOD, FAKE_PATH, None, False))
self.assertEqual(r, "Let's assume requests will return this")
def test_call_signature(self, m_time_delta, m_req):
m_res = m_req.return_value
m_json = m_res.json.return_value
m_time_delta.return_value = 42
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
# nominal
m_res.status = 200
self.assertEqual(m_json, _run(api.call(FAKE_METHOD, FAKE_PATH, None, True)))
m_time_delta.assert_called_once_with()
m_req.assert_called_once_with(
FAKE_METHOD, BASE_URL+'/unit/test',
headers={
'X-Ovh-Consumer': CONSUMER_KEY,
'X-Ovh-Application': APPLICATION_KEY,
'X-Ovh-Signature': '$1$16ae5ba8c63841b1951575be905867991d5f49dc',
'X-Ovh-Timestamp': '1404395931',
}, data='', timeout=TIMEOUT
)
m_time_delta.reset_mock()
m_req.reset_mock()
# data, nominal
data = OrderedDict([('some', 'random'), ('data', 42)])
m_res.status = 200
self.assertEqual(m_json, _run(api.call(FAKE_METHOD, FAKE_PATH, data, True)))
m_time_delta.assert_called_once_with()
m_req.assert_called_once_with(
FAKE_METHOD, BASE_URL+'/unit/test',
headers={
'X-Ovh-Consumer': CONSUMER_KEY,
'X-Ovh-Application': APPLICATION_KEY,
'Content-type': 'application/json',
'X-Ovh-Timestamp': '1404395931',
'X-Ovh-Signature': '$1$9acb1ac0120006d16261a635aed788e83ab172d2',
}, data=json.dumps(data), timeout=TIMEOUT
)
m_time_delta.reset_mock()
m_req.reset_mock()
# Overwrite configuration to avoid interfering with any local config
from asyncovh.client import config
try:
from ConfigParser import RawConfigParser
except ImportError:
# Python 3
from configparser import RawConfigParser
self._orig_config = config.config
config.config = RawConfigParser()
# errors
try:
api = Client(ENDPOINT, APPLICATION_KEY, None, CONSUMER_KEY)
_run(api.init())
self.assertRaises(InvalidKey, _run, api.call(FAKE_METHOD, FAKE_PATH, None, True))
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, None)
_run(api.init())
self.assertRaises(InvalidKey, _run, api.call(FAKE_METHOD, FAKE_PATH, None, True))
finally:
# Restore configuration
config.config = self._orig_config
def test_call_no_sign(self, m_req):
m_res = m_req.return_value
m_json = m_res.json.return_value
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET)
_run(api.init())
# nominal
m_res.status = 200
self.assertEqual(m_json, _run(api.call(FAKE_METHOD, FAKE_PATH, None, False)))
m_req.assert_called_once_with(
FAKE_METHOD, BASE_URL+'/unit/test',
headers={'X-Ovh-Application': APPLICATION_KEY}, data='',
timeout=TIMEOUT
)
m_req.reset_mock()
# data, nominal
m_res.status = 200
data = {'key': 'value'}
j_data = json.dumps(data)
self.assertEqual(m_json, _run(api.call(FAKE_METHOD, FAKE_PATH, data, False)))
m_req.assert_called_once_with(
FAKE_METHOD, BASE_URL+'/unit/test',
headers={
'X-Ovh-Application': APPLICATION_KEY,
'Content-type': 'application/json',
}, data=j_data, timeout=TIMEOUT
)
m_req.reset_mock()
# request fails, somehow
m_req.side_effect = ClientError
self.assertRaises(HTTPError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_req.side_effect = None
# response decoding fails
m_res.json.side_effect = ValueError
self.assertRaises(InvalidResponse, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.json.side_effect = None
# HTTP errors
m_res.status = 404
self.assertRaises(ResourceNotFoundError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 403
m_res.json.return_value = {'errorCode': "NOT_GRANTED_CALL"}
self.assertRaises(NotGrantedCall, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 403
m_res.json.return_value = {'errorCode': "NOT_CREDENTIAL"}
self.assertRaises(NotCredential, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 403
m_res.json.return_value = {'errorCode': "INVALID_KEY"}
self.assertRaises(InvalidKey, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 403
m_res.json.return_value = {'errorCode': "INVALID_CREDENTIAL"}
self.assertRaises(InvalidCredential, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 403
m_res.json.return_value = {'errorCode': "FORBIDDEN"}
self.assertRaises(Forbidden, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 400
self.assertRaises(BadParametersError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 409
self.assertRaises(ResourceConflictError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 460
self.assertRaises(ResourceExpiredError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 0
self.assertRaises(NetworkError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 99
self.assertRaises(APIError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
m_res.status = 306
self.assertRaises(APIError, _run, api.call(FAKE_METHOD, FAKE_PATH, None, False))
def test_delete(self, m_call):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
self.assertEqual(m_call.return_value, _run(api.delete(FAKE_URL)))
m_call.assert_called_once_with('DELETE', FAKE_URL, None, True)
def test_new_consumer_key_request(self):
api = Client(ENDPOINT, APPLICATION_KEY, APPLICATION_SECRET, CONSUMER_KEY)
_run(api.init())
ck = api.new_consumer_key_request()
self.assertEqual(ck._client, api)