tamerlib/tests/tamer_standalone.php

<?php

    use LogLib\Log;
    use TamerLib\Enums\TamerMode;
use TamerLib\Objects\ServerConfiguration;
use TamerLib\tm;

    require 'ncc';
    import('net.nosial.tamerlib');

    // Start as client mode, if no configuration is passed on then
    // Tamer will spawn its own Redis server and use it.
    tm::initialize(TamerMode::CLIENT);
    tm::createWorker(20, __DIR__ . DIRECTORY_SEPARATOR . 'worker.php');

    $total_sleep = 0;
    $start_time = time();
    $jobs = [];

    // Start doing programming!
    // Loop 2 times, each time we will do a sleep job
    for($i = 0; $i <= 2; $i++)
    {
        $sleep_time = random_int(5, 10);
        $total_sleep += $sleep_time;

        /** @noinspection PhpUndefinedMethodInspection */
        $job_id = tm::sleep($sleep_time);

        // Log the result
        print(sprintf('Created task %s', $job_id) . PHP_EOL);
        $jobs[$job_id] = null;
    }

    // Loop 200 times, each time we will do a Pi calculation job
    for($i = 0; $i < 200; $i++)
    {
        $iterations = random_int(100000, 1000000);

        /** @noinspection PhpUndefinedMethodInspection */
        $job_id = tm::calculate_pi($iterations);

        // Log the result
        print(sprintf('Created task %s', $job_id) . PHP_EOL);
        $jobs[$job_id] = null;
    }

    print('Waiting for jobs to finish...' . PHP_EOL);

    // Wait for all jobs to finish
    tm::wait(static function ($job_id, $result) use (&$jobs) {
        print(sprintf('Job %s finished with result %s', $job_id, $result) . PHP_EOL);
        $jobs[$job_id] = $result;
    });

    // Finally do some fancy calling


    var_dump($jobs);

    print(sprintf('Total sleep time: %s', $total_sleep) . PHP_EOL);
    print(sprintf('Total execution time: %s', time() - $start_time) . PHP_EOL);