def test_marshalling():
actual = (Outer()).setup(101);
encoded = (quark.toJSON(actual, quark.reflect.Class.get(_getClass(actual)))).toString();
_println(encoded);
expected = Outer();
quark.fromJSON(quark.reflect.Class.get(_getClass(expected)), expected, _JSONObject.parse(encoded));
_println(_toString((expected).outer_int));
_println((expected).outer_string);
_println(repr((expected).outer_float));
_println(repr((((expected).outer_inner_list)[1]).inner_float));
def call(self, args):
result = None;
(self).instance = ((self).service).getInstance()
if (((self).instance) != (None)):
request = _HTTPRequest(((self).instance).getURL());
json = quark.toJSON(args, None);
envelope = _JSONObject();
(envelope).setObjectItem((u"$method"), ((_JSONObject()).setString((self).methodName)));
(envelope).setObjectItem((u"$context"), ((_JSONObject()).setString(u"TBD")));
(envelope).setObjectItem((u"rpc"), (json));
body = (envelope).toString();
(request).setBody(body);
(request).setMethod(u"POST");
rpc = RPCRequest(args, self);
result = (rpc).call(request)
else:
result = (self.returned).construct(_List([]))
(result).finish(u"all services are down");
quark.concurrent.FutureWait.waitFor(result, 10.0);
return result
