README

Millisecond-precision async queue for Hyperf, built on top of hyperf/async-queue.

Official RedisDriver stores delay scores with time() (second precision). This package provides RedisMsDriver that:

stores delayed / reserved scores in milliseconds
exposes pushMs() / Queue::laterMs() / dispatch_ms()
runs a lightweight mover coroutine (default every 5ms) so due jobs are pushed into waiting without waiting for BRPOP timeout
uses a Lua script to move due jobs atomically (safe under multiple consumers)

Requirements

PHP >= 8.1
Hyperf 3.1.x
hyperf/async-queue
Redis

Install

composer require goletter/hyperf-queue

Path repository (monorepo):

{
  "repositories": [
    {
      "type": "path",
      "url": "packages/goletter/hyperf-queue",
      "options": { "symlink": true }
    }
  ],
  "require": {
    "goletter/hyperf-queue": "*"
  }
}

Publish config (or merge into existing config/autoload/async_queue.php):

php bin/hyperf.php vendor:publish goletter/hyperf-queue

Configuration

Keep the official default pool unchanged, and add a separate ms pool:

use Goletter\Queue\Driver\RedisMsDriver;
use Hyperf\AsyncQueue\Driver\RedisDriver;

return [
    'default' => [
        'driver' => RedisDriver::class,
        // ... official second-based config
    ],
    'ms' => [
        'driver' => RedisMsDriver::class,
        'redis' => [
            'pool' => 'default',
        ],
        'channel' => '{queue-ms}',
        'timeout' => 2,
        'retry_milliseconds' => [100, 500, 1000, 3000],
        'handle_timeout' => 10,
        'move_interval_ms' => 5,
        'move_batch' => 200,
        'processes' => 1,
        'concurrent' => [
            'limit' => 10,
        ],
    ],
];

Official jobs: existing AsyncQueueConsumer (default pool)
Millisecond jobs: package process Goletter\Queue\Process\MsQueueConsumer (ms pool, auto-registered via #[Process])

Usage

use App\Job\SendLetterJob;
use Goletter\Queue\Queue;
use Goletter\Server\Service\QueueService;
use function Goletter\Queue\dispatch_ms;
use function Hyperf\AsyncQueue\dispatch;

$job = new SendLetterJob(...);

// official second-based pool (delay = seconds)
dispatch($job);
dispatch($job, 5);
$queueService->push($job, 'default', 5); // 5 seconds

// millisecond pool (delay = milliseconds)
$queueService->push($job, 'ms', 10);     // 10ms
$queueService->push($job, 'ms', 200);    // 200ms
Queue::laterMs(150, $job);
dispatch_ms($job, 150);

Convention: on RedisMsDriver (ms pool), DriverInterface::push($job, $delay) treats $delay as milliseconds, so existing QueueService::push($job, 'ms', 10) works without API changes. On official RedisDriver, $delay remains seconds.

Jobs are normal Hyperf\AsyncQueue\Job classes — no special base class required.

Ops

php bin/hyperf.php queue:ms-info
php bin/hyperf.php queue:ms-info ms
php bin/hyperf.php queue:ms-info default

Production notes

Do not share channel between RedisDriver and RedisMsDriver. Score units differ (seconds vs milliseconds).
Prefer Redis Cluster hash tags in channel names, e.g. {queue-ms}, so related keys stay in one slot.
move_interval_ms trades CPU vs delay accuracy. 5 is a good default (typical wake latency ≈ 5–20ms + Redis RTT).
On ms pool, push($job, $delay) delay unit is milliseconds; on default it is seconds.
Retry after failure uses retry_milliseconds (or retry_seconds * 1000).
Multi-tenant: put tenantId on the Job and restore context in handle(); rate-limit at push time if needed.

How it works

pushMs(150, job)
  → ZADD {channel}:delayed  score=now_ms+150

mover coroutine (every move_interval_ms)
  → Lua: due members → LPUSH {channel}:waiting

Consumer BRPOP waiting
  → reserved (ms score) → handle → ack / retry(ms) / fail

License

MIT

goletter / hyperf-queue

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