def run_case(protocol, cipher_suite):
print(f'Protocol: {protocol}\nCipher suite: {cipher_suite}')
with ServerThread(Server()) as _s_thread:
_s_thread.start()
_port = _s_thread.server.get_port()
_context = utils.create_context(min_protocol=protocol,
max_protocol=protocol,
cipher_suites=(cipher_suite, ))
with Client(context=_context) as _client:
_client.connect(port=_port)
# -*- coding: utf-8 -*-
"""A simple demo on server name indication.
"""
import ssl
import time
from pyssldemo.client import Client
from pyssldemo.server import Server, ServerThread
if __name__ == '__main__':
print(ssl.OPENSSL_VERSION)
server_name = 'localhost'
with ServerThread(Server()) as _s_thread:
_s_thread.start()
time.sleep(1) # Wait for server accepting (?)
_port = _s_thread.server.get_port()
with Client() as _client:
_client.server_name = server_name
_client.connect(port=_port)
if server_name != _s_thread.server.server_name:
raise RuntimeWarning(
f'Unexpected server name: {_s_thread.server.server_name}')
# -*- coding: utf-8 -*-
"""A simple demo on checking ALPN.
"""
import ssl
from pyssldemo.client import Client
from pyssldemo.server import Server, ServerThread
if __name__ == '__main__':
print(ssl.OPENSSL_VERSION)
_server = Server()
_server.set_app_protocols('http/1.1', 'http/2')
with ServerThread(_server) as _s_thread:
_s_thread.start()
_port = _server.get_port()
with Client() as _client:
_client.set_app_protocols('http/2')
_client.connect(port=_port)
_negotiated_app_protocol = _client.get_app_protocol()
if _negotiated_app_protocol != 'http/2':
raise RuntimeWarning(
f'Unexpected app protocol: {_client.get_app_protocol()}')