| 123456789101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960 | <?php/** * @file * Provides unit tests for password.inc. *//** * Unit tests for password hashing API. */class PasswordHashingTest extends DrupalWebTestCase {  protected $profile = 'testing';  public static function getInfo() {    return array(      'name' => 'Password hashing',      'description' => 'Password hashing unit tests.',      'group' => 'System',    );  }  function setUp() {    require_once DRUPAL_ROOT . '/' . variable_get('password_inc', 'includes/password.inc');    parent::setUp();  }  /**   * Test password hashing.   */  function testPasswordHashing() {    // Set a log2 iteration count that is deliberately out of bounds to test    // that it is corrected to be within bounds.    variable_set('password_count_log2', 1);    // Set up a fake $account with a password 'baz', hashed with md5.    $password = 'baz';    $account = (object) array('name' => 'foo', 'pass' => md5($password));    // The md5 password should be flagged as needing an update.    $this->assertTrue(user_needs_new_hash($account), 'User with md5 password needs a new hash.');    // Re-hash the password.    $old_hash = $account->pass;    $account->pass = user_hash_password($password);    $this->assertIdentical(_password_get_count_log2($account->pass), DRUPAL_MIN_HASH_COUNT, 'Re-hashed password has the minimum number of log2 iterations.');    $this->assertTrue($account->pass != $old_hash, 'Password hash changed.');    $this->assertTrue(user_check_password($password, $account), 'Password check succeeds.');    // Since the log2 setting hasn't changed and the user has a valid password,    // user_needs_new_hash() should return FALSE.    $this->assertFalse(user_needs_new_hash($account), 'User does not need a new hash.');    // Increment the log2 iteration to MIN + 1.    variable_set('password_count_log2', DRUPAL_MIN_HASH_COUNT + 1);    $this->assertTrue(user_needs_new_hash($account), 'User needs a new hash after incrementing the log2 count.');    // Re-hash the password.    $old_hash = $account->pass;    $account->pass = user_hash_password($password);    $this->assertIdentical(_password_get_count_log2($account->pass), DRUPAL_MIN_HASH_COUNT + 1, 'Re-hashed password has the correct number of log2 iterations.');    $this->assertTrue($account->pass != $old_hash, 'Password hash changed again.');    // Now the hash should be OK.    $this->assertFalse(user_needs_new_hash($account), 'Re-hashed password does not need a new hash.');    $this->assertTrue(user_check_password($password, $account), 'Password check succeeds with re-hashed password.');  }}
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