시간이 많이 걸리는 작업을 처리하기 위해 Swoole에서 작업 프로세스를 사용하는 방법은 무엇입니까?

<?php
 
$server = new swoole_server(&#39;0.0.0.0&#39;, 6666);
 
$server->set([
    &#39;worker_num&#39; => 2,
    &#39;task_worker_num&#39; => 16,
]);
 
$server->on(&#39;WorkerStart&#39;, function ($server, $worker_id) {
    //注意这里，我们通过taskworker来判断是task进程还是worker进程
    //需要在worker进程中调用task()，不然会报出警告
    //这里会执行两遍，因为我们设置了worker_num数为2
    if (!$server->taskworker) {
        echo &#39;投递任务开始...&#39;, PHP_EOL;
        //投递32个累加计算任务给16个task进程
        for ($ix = 0; $ix < 32; $ix++) {
            //注意这里的投递是异步的
            $server->task([mt_rand(1, 100), mt_rand(1000, 9999)]);
        }
        echo &#39;投递任务结束...&#39;, PHP_EOL;
    }
});
 
//server服务必须要有onReceive回调
$server->on(&#39;Receive&#39;, function ($server, $fd, $reactor_id, $data) {
 
});
 
//注意，task进程完全是同步阻塞模式的
$server->on(&#39;Task&#39;, function ($server, $task_id, $src_worker_id, $data) {
    echo "task {$task_id} 进程正在工作...", PHP_EOL;
    $start = $data[0];
    $end = $data[1];
    $total = 0;
    for (; $start <= $end; $start++) {
        $total += $start;
    }
    echo "task {$task_id} 进程完成工作...", PHP_EOL;
    return $total;
});
 
$server->on(&#39;Finish&#39;, function ($server, $task_id, $data) {
    echo "task {$task_id} 进程处理完成, 结果为 {$data}", PHP_EOL;
});
 
$server->start();

<?php
 
$server = new swoole_server(&#39;0.0.0.0&#39;, 6666);
 
$server->set([
    &#39;worker_num&#39; => 1,
    &#39;task_worker_num&#39; => 10,
]);
 
$server->on(&#39;WorkerStart&#39;, function ($server, $worker_id) {
    //为了方便演示，把worker_num设置为1，这里只会执行一次
    if (!$server->taskworker) {
        //通过swoole_table共享内存，在不同进程中共享数据
        $server->result = new swoole_table(10240);
        //用于保存task进程完成数量
        $server->result->column(&#39;finish_nums&#39;, swoole_table::TYPE_INT);
        //用于保存最终计算结果
        $server->result->column(&#39;result&#39;, swoole_table::TYPE_INT);
        $server->result->create();
        //计算1000的累加和，并把计算任务分配到10个task进程上
        $num = 1000;
        $step = $num / $server->setting[&#39;task_worker_num&#39;];
        for ($ix = 0; $ix < $server->setting[&#39;task_worker_num&#39;]; $ix++) {
            $start = $ix * $step;
            $server->task([$start, $start + $step], $ix);
        }
    }
});
 
$server->on(&#39;Receive&#39;, function ($server, $fd, $reactor_id, $data) {
 
});
 
//注意，task进程完全是同步阻塞模式的
$server->on(&#39;Task&#39;, function ($server, $task_id, $src_worker_id, $data) {
    echo "task {$task_id} 进程正在工作... 计算 {$data[0]} - {$data[1]} ", PHP_EOL;
    $start = ++$data[0];
    $end = $data[1];
    $total = 0;
    for (; $start <= $end; $start++) {
        $total += $start;
    }
    echo "task {$task_id} 进程完成工作...", PHP_EOL;
    return $total;
});
 
$server->on(&#39;Finish&#39;, function ($server, $task_id, $data) {
    echo "task {$task_id} 进程处理完成, 结果为 {$data}", PHP_EOL;
    $server->result->incr(&#39;finish_nums&#39;, &#39;finish_nums&#39;);
    $server->result->set(&#39;result&#39;, [&#39;result&#39; => $data + $server->result->get(&#39;result&#39;, &#39;result&#39;)]);
 
    if ($server->result->get(&#39;finish_nums&#39;, &#39;finish_nums&#39;) == $server->setting[&#39;task_worker_num&#39;]) {
        echo "最终计算结果：{$server->result->get(&#39;result&#39;, &#39;result&#39;)}", PHP_EOL;
    }
});
 
$server->s
tart();