lamoda / queue-bundle

use Codeception\Test\Unit;

use Lamoda\QueueBundle\Strategy\Delay\ArithmeticProgressionStrategy;

class ArithmeticProgressionStrategyTest extends Unit

{

    /**

     * @param int   $expectedDelay

     * @param int   $startIntervalSec

     * @param float $multiplier

     * @param int   $attempt

     *

     * @dataProvider dataGenerateDelay

     */

    public function testGenerateDelay(int $expectedDelay, int $startIntervalSec, float $multiplier, int $attempt): void

    {

        $strategy = new ArithmeticProgressionStrategy($startIntervalSec, $multiplier);

        $actualDelayInterval = $strategy->generateInterval($attempt);

        $this->assertEquals($expectedDelay, $actualDelayInterval->s);

    }

    public function dataGenerateDelay(): array

    {

        return [

            [60, 60, 1600, 1],

            [1660, 60, 1600, 2],

            [3260, 60, 1600, 3],

            [4860, 60, 1600, 4],

            'float multiplier' => [6462, 60,  1600.5, 5],

        ];

    }

}

use Codeception\Test\Unit;

use Lamoda\QueueBundle\Strategy\Delay\GeometricProgressionStrategy;

class GeometricProgressionStrategyTest extends Unit

{

    /**

     * @param int   $expectedDelay

     * @param int   $startIntervalSec

     * @param float $multiplier

     * @param int   $attempt

     *

     * @dataProvider dataGenerateDelay

     */

    public function testGenerateDelay(int $expectedDelay, int $startIntervalSec, float $multiplier, int $attempt): void

    {

        $strategy = new GeometricProgressionStrategy($startIntervalSec, $multiplier);

        $actualDelayInterval = $strategy->generateInterval($attempt);

        $this->assertEquals($expectedDelay, $actualDelayInterval->s);

    }

    public function dataGenerateDelay(): array

    {

        return [

            [1, 1, 1, 1],

            [4, 1, 2, 3],

            [4, 2, 2, 2],

            [480, 60, 2, 4],

            'float multiplier' => [938, 60, 2.5, 4],

        ];

    }

}