def test_server_credentials(self):
root_certificates = b'Trust starts here. Really.'
first_private_key = b'This is a really bad private key, yo.'
first_certificate_chain = b'Trust me! Do I not look trustworty?'
second_private_key = b'This is another bad private key, yo.'
second_certificate_chain = b'Look into my eyes; you can totes trust me.'
_c.init()
server_credentials = _c.ServerCredentials(
None, ((first_private_key, first_certificate_chain), ))
del server_credentials
server_credentials = _c.ServerCredentials(
root_certificates,
((first_private_key, first_certificate_chain), ))
del server_credentials
server_credentials = _c.ServerCredentials(root_certificates, (
(first_private_key, first_certificate_chain),
(second_private_key, second_certificate_chain),
))
del server_credentials
with self.assertRaises(TypeError):
_c.ServerCredentials(root_certificates, first_private_key,
second_certificate_chain)
_c.shut_down()
def test_secure_server(self):
_c.init()
server_credentials = _c.ServerCredentials(
'root certificate', (('private key', 'certificate chain'),))
completion_queue = _c.CompletionQueue()
server = _c.Server(completion_queue, server_credentials)
server.add_http2_addr('[::]:0')
server.start()
thread = threading.Thread(target=completion_queue.get, args=(_FUTURE,))
thread.start()
time.sleep(1)
server.stop()
completion_queue.stop()
for _ in range(_IDEMPOTENCE_DEMONSTRATION):
event = completion_queue.get(time.time() + _TIMEOUT)
self.assertIs(event.kind, _datatypes.Event.Kind.STOP)
thread.join()
del server
del completion_queue
_c.shut_down()
