* @license http://www.gnu.org/licenses/lgpl-2.1.html LGPL v 2.1
*/
namespace CryptLibExamples\Password;
//We first load the bootstrap file so we have access to the library
require_once dirname(dirname(__DIR__)) . '/lib/CryptLib/bootstrap.php';
/**
* Now, let's create a password that's compatible with Drupal
*/
// First, let's create an instance of Drupal, where 15 is the iteration count for D7
$hasher = new \CryptLib\Password\Implementation\Drupal(15);
$password = '******';
// Now, let's create a password hash of the password "FooBarBaz"
$hash = $hasher->create($password);
//It's safe to print, so let's output it:
printf("Password: %s\nHash: %s\n\n", $password, $hash);
/**
* Now, we can also verify any passwords created by Drupal. First, let's load a hash.
*
* This works, because it detects the iteration count that's stored in the hash, and
* pre-configures our instance for us.
*/
$hasher2 = \CryptLib\Password\Implementation\Drupal::loadFromHash($hash);
/**
* Next, we verify the hash with the expected password.
*/
$test = $hasher2->verify($password, $hash);
/**
* $test should now contain a boolean value as to the validity of the hash
*/
printf("Verification was %s\n\n", $test ? "Successful!" : "Failed!");
/**
* @covers CryptLib\Password\Implementation\Drupal::verify
* @dataProvider provideTestVerify
* @group Vectors
*/
public function testVerify($pass, $expect, $value)
{
$apr = new Drupal();
$this->assertEquals($value, $apr->verify($pass, $expect));
}
/**
* @covers CryptLib\Password\Implementation\Drupal
*/
public function testCreateAndVerify()
{
$hash = new Drupal(10);
$test = $hash->create('Foobar');
$this->assertTrue($hash->verify('Foobar', $test));
}