switch ($request->getType()) {
case ProtocolCached_Request_RequestType::SET:
echo sprintf("# set operation: %d, %d\n", $request->getSet()->getKey(), strlen($request->getSet()->getValue()));
$store->set($request->getSet()->getKey(), $request->getSet()->getValue());
var_dump($store);
var_dump($request);
break;
case ProtocolCached_Request_RequestType::GET:
$result = $store->get($request->getGet()->getKey());
break;
}
} catch (ProtocolBuffers\InvalidProtocoBufferException $e) {
echo $e->getMessage();
}
if ($result) {
$response = new ProtocolCached_Response();
$response->setType(ProtocolCached_Response_ResponseType::GET);
$payload = new ProtocolCached_GetResponse();
$payload->setValue($result);
$response->setGet($payload);
uv_write($socket, $response->serializeToString(), function ($socket, $stat) {
echo "# Connection closed\n";
uv_close($socket);
});
} else {
echo "# Connection closed\n";
uv_close($socket);
}
});
});
$timer = uv_timer_init();
$c = uv_tcp_init();
uv_tcp_connect6($c, uv_ip6_addr('::1', 9999), function ($client, $stat) {
if ($stat == 0) {
$request = new ProtocolCached_Request();
$type = getRequestType($_SERVER['argv'][1]);
$request->setType($type);
if ($type == ProtocolCached_Request_RequestType::SET) {
$set = new ProtocolCached_SetRequest();
$set->setKey($_SERVER['argv'][2]);
$set->setValue($_SERVER['argv'][3]);
$request->setSet($set);
} else {
if ($type == ProtocolCached_Request_RequestType::GET) {
$set = new ProtocolCached_GetRequest();
$set->setKey($_SERVER['argv'][2]);
$request->setGet($set);
}
}
uv_write($client, $request->serializeToString(), function ($socket, $stat) use($type) {
if ($type == ProtocolCached_Request_RequestType::GET) {
uv_read_start($socket, function ($socket, $nread, $buffer) use($type) {
var_dump(ProtocolCached_Response::parseFromString($buffer));
uv_close($socket);
});
} else {
uv_close($socket);
}
});
}
});
uv_run();
