def test_process(self):
exp = ExpectServerHello2()
state = ConnectionState()
state.msg_sock = mock.MagicMock()
msg = ServerHello2()
msg.session_id_hit = 1
msg.session_id = bytearray(b'\x12')
msg.certificate = X509().parse(srv_raw_certificate).writeBytes()
ret = exp.process(state, msg)
self.assertEqual(state.session_id, msg.session_id)
def process(self, state, msg):
"""
Process the message and update state accordingly
@type state: ConnectionState
@param state: overall state of TLS connection
@type msg: Message
@param msg: TLS Message read from socket
"""
# the value is faked for SSLv2 protocol, but let's just check sanity
assert msg.contentType == ContentType.handshake
parser = Parser(msg.write())
hs_type = parser.get(1)
assert hs_type == SSL2HandshakeType.server_hello
server_hello = ServerHello2().parse(parser)
state.handshake_messages.append(server_hello)
state.handshake_hashes.update(msg.write())
if self.version is not None:
assert self.version == server_hello.server_version
if server_hello.session_id_hit:
state.resuming = True
state.session_id = server_hello.session_id
state.server_random = server_hello.session_id
state.version = server_hello.server_version
state.msg_sock.version = server_hello.server_version
# fake a certificate message so finding the server public key works
x509 = X509()
x509.parseBinary(server_hello.certificate)
cert_chain = X509CertChain([x509])
certificate = Certificate(CertificateType.x509)
certificate.create(cert_chain)
state.handshake_messages.append(certificate)