def client_identity(self):
id = Identity()
rc = _lib.xtt_get_clients_identity(id.native, self.native)
if rc == RC.SUCCESS:
return id
else:
raise error_from_code(rc)
def my_identity(self):
ident = Identity()
rc = _lib.xtt_get_my_identity(ident.native, self.native)
if rc == RC.SUCCESS:
return ident
else:
raise error_from_code(rc)
def __init__(self, sock, version, suite_spec, group_context, server_id,
root_id, root_pubkey, identity=None):
self._sock = sock
self._server_root_id = CertificateRootId()
self._root_cert = ECDSAP256RootCertificateContext(root_id, root_pubkey)
self._server_id = server_id
self._identity = identity or Identity()
self._group_ctx = group_context
self._ctx = ClientHandshakeContext(version, suite_spec)
def __init__(self):
self.native = _ffi.new('struct xtt_server_handshake_context*')
if self.native == _ffi.NULL:
raise MemoryError("Unable to allocate native object")
self._in = Buffer(_lib.max_handshake_client_message_length())
self._out = Buffer(_lib.max_handshake_server_message_length())
self._io = BufferView()
self._client_requested_id = Identity()
self._client_claimed_group = GroupId()
rc = _lib.xtt_initialize_server_handshake_context(
self.native, self._in.native, self._in.size, self._out.native,
self._out.size)
if rc != RC.SUCCESS:
raise error_from_code(rc)
def id(self):
value = _lib.xtt_server_certificate_access_id(self._raw)
buff = _ffi.buffer(value, Identity.sizeof)
return Identity(buff)