def test_duplicate_date(self):
pairs = [('x-altus-date', 'Thu, 17 Nov 2015 18:49:58 GMT'),
('X-Altus-Magic', 'abracadabra')]
http_headers = HTTPHeaders.from_pairs(pairs)
split = urlsplit('/foo/bar')
with self.assertRaises(Exception):
self.rsav1.get_signature('PUT', split, http_headers)
def add_auth(self, request):
if self.credentials is None:
raise NoCredentialsError
LOG.debug("Calculating signature using %s." % self.auth_method)
LOG.debug('HTTP request method: %s', request.method)
split = urlsplit(request.url)
signature = self._get_signature(request.method, split, request.headers)
self._inject_signature(request, signature)
def test_put(self):
http_headers = HTTPHeaders.from_dict({})
split = urlsplit('/foo/bar')
cs = self.rsav1._canonical_string('PUT', split, http_headers)
expected_canonical = "PUT\n\nThu, 17 Nov 2005 18:49:58 GMT\n/foo/bar\nrsav1"
self.assertEqual(expected_canonical, cs)
sig = self.rsav1._get_signature('PUT', split,
HTTPHeaders.from_dict({}))
self.assertEqual(EXPECTED_RSA_SIG, sig)
def test_auth_header_string(self):
http_headers = HTTPHeaders.from_dict({})
split = urlsplit('/foo/bar')
sig = self.ed25519v1._get_signature('PUT', split, http_headers)
self.assertEqual(EXPECTED_ED25519_SIG, sig)
auth_header_string = self.ed25519v1._get_signature_header(sig)
expected_metadata = 'eyJhY2Nlc3Nfa2V5X2lkIjogIkFCQ0QtRUZHSC1JSktMLU1OT1' \
'AtUVJTVCIsICJhdXRoX21ldGhvZCI6ICJlZDI1NTE5djEifQ=='
metadata, sig = auth_header_string.split(".")
self.assertEqual(expected_metadata, metadata)
self.assertEqual(EXPECTED_ED25519_SIG, sig)
json_metadata = json.loads(
urlsafe_b64decode(metadata.encode('utf-8')).decode('utf-8'))
self.assertEqual(self.credentials.access_key_id,
json_metadata['access_key_id'])
self.assertEqual("ed25519v1", json_metadata['auth_method'])
def _urljoin(endpoint_url, url_path):
p = urlsplit(endpoint_url)
# <part> - <index>
# scheme - p[0]
# netloc - p[1]
# path - p[2]
# query - p[3]
# fragment - p[4]
if not url_path or url_path == '/':
# If there's no path component, ensure the URL ends with
# a '/' for backwards compatibility.
if not p[2]:
return endpoint_url + '/'
return endpoint_url
if p[2].endswith('/') and url_path.startswith('/'):
new_path = p[2][:-1] + url_path
else:
new_path = p[2] + url_path
reconstructed = urlunsplit((p[0], p[1], new_path, p[3], p[4]))
return reconstructed
