$loop = EventLoop::getLoop();
$scheduler = new \Rx\Scheduler\EventLoopScheduler($loop);
$rabbit = new \Rxnet\RabbitMq\RabbitMq('rabbit://*****:*****@127.0.0.1:5672/', new \Rxnet\Serializer\Serialize());
// Open connection (lazy way)
$channel = \Rxnet\awaitOnce($rabbit->connect());
$exchange = $rabbit->exchange('amq.direct', [], $channel);
// Every .2s
\Rx\Observable::interval(200)->take(10000)->map(function () {
return \Ramsey\Uuid\Uuid::uuid4();
})->flatMap(function (UuidInterface $id) use($exchange) {
return $exchange->produce($id, '/routing/key')->map(function () use($id) {
return "{$id}\n";
});
})->subscribe(new StdOutObserver(), $scheduler);
// Open a new channel (lazy way)
$channel = \Rxnet\awaitOnce($rabbit->channel());
$queue = $rabbit->queue('test_queue', [], $channel);
// Say we want to prefetch 1 message at a time
$queue->setQos(1);
// Start one consumer
$queue->consume("Consumer-1")->subscribeCallback(function (RabbitMessage $message) use($scheduler) {
echo "- consumer 1 consumed : {$message->getData()}\n";
// Wait 1s to ack
$scheduler->schedule([$message, 'ack'], 1000);
}, null, null, $scheduler);
// Many consumers can live together
$channel = \Rxnet\awaitOnce($rabbit->channel());
$queue = $rabbit->queue('test_queue', [], $channel);
$queue->setQos(1);
$queue->consume("Consumer-2")->subscribeCallback(function (RabbitMessage $message) use($scheduler) {
echo "- consumer 2 consumed : {$message->getData()}\n";
