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Edit File: swoole-server

#!/usr/bin/env php
<?php

use Laravel\Octane\RequestContext;
use Laravel\Octane\Swoole\Handlers\OnManagerStart;
use Laravel\Octane\Swoole\Handlers\OnServerStart;
use Laravel\Octane\Swoole\Handlers\OnWorkerStart;
use Laravel\Octane\Swoole\ServerStateFile;
use Laravel\Octane\Swoole\SwooleExtension;
use Laravel\Octane\Swoole\WorkerState;
use Swoole\Http\Server;
use Swoole\Timer;

ini_set('display_errors', 'stderr');

require_once __DIR__.'/../src/Stream.php';

$bootstrap = fn ($serverState) => require __DIR__.'/bootstrap.php';

/*
|--------------------------------------------------------------------------
| Create The Swoole Server
|--------------------------------------------------------------------------
|
| First, we will load the server state file from disk. This file contains
| various information we need to boot Swoole such as the configuration
| and application name. We can use this data to start up our server.
|
*/

$serverState = json_decode(file_get_contents(
    $serverStateFile = $_SERVER['argv'][1]
), true)['state'];

$server = require __DIR__.'/createSwooleServer.php';

$timerTable = require __DIR__.'/createSwooleTimerTable.php';

/*
|--------------------------------------------------------------------------
| Handle Server & Manager Start
|--------------------------------------------------------------------------
|
| The following callbacks manage the master process and manager process
| start events. These handlers primarily are responsible for writing
| the process ID to the server state file so we can remember them.
|
*/

$server->on('start', fn (Server $server) => $bootstrap($serverState) && (new OnServerStart(
    new ServerStateFile($serverStateFile),
    new SwooleExtension,
    $serverState['appName'],
    $serverState['octaneConfig']['max_execution_time'] ?? 0,
    $timerTable,
    $serverState['octaneConfig']['tick'] ?? true
))($server));

$server->on('managerstart', function () use ($serverState) {
    // Don't bootstrap entire application before server / worker start. Otherwise, files can't be gracefully reloaded... #632
    require_once __DIR__.'/../src/Swoole/Handlers/OnManagerStart.php';
    require_once __DIR__.'/../src/Swoole/SwooleExtension.php';

(new OnManagerStart(
         new SwooleExtension, $serverState['appName']
    ))();
});

/*
|--------------------------------------------------------------------------
| Handle Worker Start
|--------------------------------------------------------------------------
|
| Swoole will start multiple worker processes and the following callback
| will handle their state events. When a worker starts we will create
| a new Octane worker and inform it to start handling our requests.
|
| We will also create a "workerState" variable which will maintain state
| and allow us to access the worker and client from the callback that
| will handle incoming requests. Basically this works like a cache.
|
*/

require_once __DIR__.'/WorkerState.php';

$workerState = new WorkerState;

$workerState->cacheTable = require __DIR__.'/createSwooleCacheTable.php';
$workerState->timerTable = $timerTable;
$workerState->tables = require __DIR__.'/createSwooleTables.php';

$server->on('workerstart', fn (Server $server, $workerId) =>
    (fn ($basePath) => (new OnWorkerStart(
        new SwooleExtension, $basePath, $serverState, $workerState
    ))($server, $workerId))($bootstrap($serverState))
);

/*
|--------------------------------------------------------------------------
| Handle Incoming Requests
|--------------------------------------------------------------------------
|
| The following callback will handle all incoming requests plus send them
| the worker. The worker will send the request through the application
| and ask the client to send the response back to the Swoole server.
|
*/

$server->on('request', function ($request, $response) use ($server, $workerState, $serverState) {
    $workerState->lastRequestTime = microtime(true);

if ($workerState->timerTable) {
        $workerState->timerTable->set($workerState->workerId, [
            'worker_pid' => $workerState->workerPid,
            'time' => time(),
            'fd' => $request->fd,
        ]);
    }

$workerState->worker->handle(...$workerState->client->marshalRequest(new RequestContext([
        'swooleRequest' => $request,
        'swooleResponse' => $response,
        'publicPath' => $serverState['publicPath'],
        'octaneConfig' => $serverState['octaneConfig'],
    ])));

if ($workerState->timerTable) {
        $workerState->timerTable->del($workerState->workerId);
    }
});

/*
|--------------------------------------------------------------------------
| Handle Tasks
|--------------------------------------------------------------------------
|
| Swoole tasks can be used to offload concurrent work onto a group of
| background processes which handle the work in isolation and with
| separate application state. We should handle these tasks below.
|
*/

$server->on('task', fn (Server $server, int $taskId, int $fromWorkerId, $data) =>
    $data === 'octane-tick'
            ? $workerState->worker->handleTick()
            : $workerState->worker->handleTask($data)
);

$server->on('finish', fn (Server $server, int $taskId, $result) => $result);

/*
|--------------------------------------------------------------------------
| Handle Worker & Server Shutdown
|--------------------------------------------------------------------------
|
| The following callbacks handle the master and worker shutdown events so
| we can clean up any state, including the server state file. An event
| will be dispatched by the worker so the developer can take action.
|
*/

$server->on('workerstop', function () use ($workerState) {
    if ($workerState->tickTimerId) {
        Timer::clear($workerState->tickTimerId);
    }

$workerState->worker->terminate();
});

$server->start();

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