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Directive	Local Value
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System	Linux server.atelieruldeit.ro 3.10.0-1160.el7.x86_64 #1 SMP Mon Oct 19 16:18:59 UTC 2020 x86_64
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PHP Version	7.3.33
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Edit File : random-tests.php \| Size : 5.00 KB
<?php /** * This script stress tests calculators with random large numbers and ensures that all implementations return the same * results. It is designed to run in an infinite loop unless a bug is found. / declare(strict_types=1); require __DIR__ . '/vendor/autoload.php'; use Brick\Math\Internal\Calculator; (new class(30) { // max digits private $gmp; private $bcmath; private $native; private $maxDigits; public function __construct(int $maxDigits) { $this->gmp = new Calculator\GmpCalculator(); $this->bcmath = new Calculator\BcMathCalculator(); $this->native = new Calculator\NativeCalculator(); $this->maxDigits = $maxDigits; } public function __invoke() : void { for (;;) { $a = $this->generateRandomNumber(); $b = $this->generateRandomNumber(); $c = $this->generateRandomNumber(); $this->runTests($a, $b); $this->runTests($b, $a); if ($a !== '0') { $this->runTests("-$a", $b); $this->runTests($b, "-$a"); } if ($b !== '0') { $this->runTests($a, "-$b"); $this->runTests("-$b", $a); } if ($a !== '0' && $b !== '0') { $this->runTests("-$a", "-$b"); $this->runTests("-$b", "-$a"); } if ($c !== '0') { $this->test("$a POW $b MOD $c", function(Calculator $calc) use($a, $b, $c) { return $calc->modPow($a, $b, $c); }); } } } /* * @param string $a The left operand. * @param string $b The right operand. / function runTests(string $a, string $b) : void { $this->test("$a + $b", function(Calculator $c) use($a, $b) { return $c->add($a, $b); }); $this->test("$a - $b", function(Calculator $c) use($a, $b) { return $c->sub($a, $b); }); $this->test("$a $b", function(Calculator $c) use($a, $b) { return $c->mul($a, $b); }); if ($b !== '0') { $this->test("$a / $b", function(Calculator $c) use($a, $b) { return $c->divQR($a, $b); }); $this->test("$a MOD $b", function(Calculator $c) use($a, $b) { return $c->mod($a, $b); }); } if ($b !== '0' && $b[0] !== '-') { $this->test("INV $a MOD $b", function(Calculator $c) use($a, $b) { return $c->modInverse($a, $b); }); } $this->test("GCD $a, $b", function(Calculator $c) use($a, $b) { return $c->gcd($a, $b); }); if ($a[0] !== '-') { $this->test("SQRT $a", function(Calculator $c) use($a, $b) { return $c->sqrt($a); }); } $this->test("$a AND $b", function(Calculator $c) use($a, $b) { return $c->and($a, $b); }); $this->test("$a OR $b", function(Calculator $c) use($a, $b) { return $c->or($a, $b); }); $this->test("$a XOR $b", function(Calculator $c) use($a, $b) { return $c->xor($a, $b); }); } /** * @param string $test A string representing the test being executed. * @param Closure $callback A callback function accepting a Calculator instance and returning a calculation result. / private function test(string $test, Closure $callback) : void { static $counter = 0; static $lastOutputTime = null; $gmpResult = $callback($this->gmp); $bcmathResult = $callback($this->bcmath); $nativeResult = $callback($this->native); if ($gmpResult !== $bcmathResult) { self::failure('GMP', 'BCMath', $test); } if ($gmpResult !== $nativeResult) { self::failure('GMP', 'Native', $test); } $counter++; $time = microtime(true); if ($lastOutputTime === null) { $lastOutputTime = $time; } elseif ($time - $lastOutputTime >= 0.1) { echo "\r", number_format($counter); $lastOutputTime = $time; } } /* * @param string $c1 The name of the first calculator. * @param string $c2 The name of the second calculator. * @param string $test A string representing the test being executed. */ private static function failure(string $c1, string $c2, string $test) : void { echo PHP_EOL; echo 'FAILURE!', PHP_EOL; echo $c1, ' vs ', $c2, PHP_EOL; echo $test, PHP_EOL; die; } private function generateRandomNumber() : string { $length = random_int(1, $this->maxDigits); $number = ''; for ($i = 0; $i < $length; $i++) { $number .= random_int(0, 9); } $number = ltrim($number, '0'); if ($number === '') { return '0'; } return $number; } })(); Back

Edit File : random-tests.php | Size : 5.00 KB

<?php

/**
 * This script stress tests calculators with random large numbers and ensures that all implementations return the same
 * results. It is designed to run in an infinite loop unless a bug is found.
 */

declare(strict_types=1);

require __DIR__ . '/vendor/autoload.php';

use Brick\Math\Internal\Calculator;

(new class(30) { // max digits
    private $gmp;
    private $bcmath;
    private $native;

private $maxDigits;

public function __construct(int $maxDigits)
    {
        $this->gmp    = new Calculator\GmpCalculator();
        $this->bcmath = new Calculator\BcMathCalculator();
        $this->native = new Calculator\NativeCalculator();

$this->maxDigits = $maxDigits;
    }

public function __invoke() : void
    {
        for (;;) {
            $a = $this->generateRandomNumber();
            $b = $this->generateRandomNumber();
            $c = $this->generateRandomNumber();

$this->runTests($a, $b);
            $this->runTests($b, $a);

if ($a !== '0') {
                $this->runTests("-$a", $b);
                $this->runTests($b, "-$a");
            }

if ($b !== '0') {
                $this->runTests($a, "-$b");
                $this->runTests("-$b", $a);
            }

if ($a !== '0' && $b !== '0') {
                $this->runTests("-$a", "-$b");
                $this->runTests("-$b", "-$a");
            }

if ($c !== '0') {
                $this->test("$a POW $b MOD $c", function(Calculator $calc) use($a, $b, $c) {
                    return $calc->modPow($a, $b, $c);
                });
            }
        }
    }

/**
     * @param string $a The left operand.
     * @param string $b The right operand.
     */
    function runTests(string $a, string $b) : void
    {
        $this->test("$a + $b", function(Calculator $c) use($a, $b) {
            return $c->add($a, $b);
        });

$this->test("$a - $b", function(Calculator $c) use($a, $b) {
            return $c->sub($a, $b);
        });

$this->test("$a * $b", function(Calculator $c) use($a, $b) {
            return $c->mul($a, $b);
        });

if ($b !== '0') {
            $this->test("$a / $b", function(Calculator $c) use($a, $b) {
                return $c->divQR($a, $b);
            });

$this->test("$a MOD $b", function(Calculator $c) use($a, $b) {
                return $c->mod($a, $b);
            });
        }

if ($b !== '0' && $b[0] !== '-') {
            $this->test("INV $a MOD $b", function(Calculator $c) use($a, $b) {
                return $c->modInverse($a, $b);
            });
        }

$this->test("GCD $a, $b", function(Calculator $c) use($a, $b) {
            return $c->gcd($a, $b);
        });

if ($a[0] !== '-') {
            $this->test("SQRT $a", function(Calculator $c) use($a, $b) {
                return $c->sqrt($a);
            });
        }

$this->test("$a AND $b", function(Calculator $c) use($a, $b) {
            return $c->and($a, $b);
        });

$this->test("$a OR $b", function(Calculator $c) use($a, $b) {
            return $c->or($a, $b);
        });

$this->test("$a XOR $b", function(Calculator $c) use($a, $b) {
            return $c->xor($a, $b);
        });
    }

/**
     * @param string  $test     A string representing the test being executed.
     * @param Closure $callback A callback function accepting a Calculator instance and returning a calculation result.
     */
    private function test(string $test, Closure $callback) : void
    {
        static $counter = 0;
        static $lastOutputTime = null;

$gmpResult    = $callback($this->gmp);
        $bcmathResult = $callback($this->bcmath);
        $nativeResult = $callback($this->native);

if ($gmpResult !== $bcmathResult) {
            self::failure('GMP', 'BCMath', $test);
        }

if ($gmpResult !== $nativeResult) {
            self::failure('GMP', 'Native', $test);
        }

$counter++;
        $time = microtime(true);

if ($lastOutputTime === null) {
            $lastOutputTime = $time;
        } elseif ($time - $lastOutputTime >= 0.1) {
            echo "\r", number_format($counter);
            $lastOutputTime = $time;
        }
    }

/**
     * @param string $c1   The name of the first calculator.
     * @param string $c2   The name of the second calculator.
     * @param string $test A string representing the test being executed.
     */
    private static function failure(string $c1, string $c2, string $test) : void
    {
        echo PHP_EOL;
        echo 'FAILURE!', PHP_EOL;
        echo $c1, ' vs ', $c2, PHP_EOL;
        echo $test, PHP_EOL;
        die;
    }

private function generateRandomNumber() : string
    {
        $length = random_int(1, $this->maxDigits);

$number = '';

for ($i = 0; $i < $length; $i++) {
            $number .= random_int(0, 9);
        }

$number = ltrim($number, '0');

if ($number === '') {
            return '0';
        }

return $number;
    }
})();

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