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ENHANCEMENT Pluggable password encryption through PasswordEncryptor class (#3665)

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BUGFIX Fixed password hashing design flaw in Security::encrypt_password(). Removing base_convert() packing with unsafe precision, but retaining backwards compatibilty through pluggable encryptors: PasswordEncryptor_LegacyPHPHash (#3004)
API CHANGE Deprecated Security::encrypt_passwords()
API CHANGE Deprecated Security::$useSalt, use custom PasswordEncryptor implementation
API CHANGE Removed Security::get_encryption_algorithms()
API CHANGE MySQL-specific encyrption types 'password' and 'old_password' are no longer included by default. Use PasswordEncryptor_MySQLPassword and PasswordEncryptor_MySQLOldPassword
API CHANGE Built-in number of hashing algorithms has been reduced to 'none', 'md5', 'sha1'. Use PasswordEncryptor::register() and PasswordEncryptor_PHPHash to re-add others.

git-svn-id: svn://svn.silverstripe.com/silverstripe/open/modules/sapphire/trunk@90949 467b73ca-7a2a-4603-9d3b-597d59a354a9
This commit is contained in:
Ingo Schommer 2009-11-06 02:23:21 +00:00
parent 7dc1d607de
commit e675381cd4
7 changed files with 497 additions and 204 deletions
Show Stats Download Patch File Download Diff File Expand all files Collapse all files

5
_config.php
View File

@ -66,4 +66,9 @@ define('MCE_ROOT', 'jsparty/tiny_mce/');
*/
define('EMAIL_BOUNCEHANDLER_KEY', '1aaaf8fb60ea253dbf6efa71baaacbb3');
PasswordEncryptor::register('none', 'PasswordEncryptor_None');
PasswordEncryptor::register('md5', 'PasswordEncryptor_LegacyPHPHash("md5")');
PasswordEncryptor::register('sha1','PasswordEncryptor_LegacyPHPHash("sha1")');
PasswordEncryptor::register('md5_v2.4', 'PasswordEncryptor_PHPHash("md5")');
PasswordEncryptor::register('sha1_v2.4','PasswordEncryptor_PHPHash("sha1")');
?>

62
security/Member.php
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@ -10,14 +10,18 @@ class Member extends DataObject {
'FirstName' => 'Varchar',
'Surname' => 'Varchar',
'Email' => 'Varchar',
'Password' => 'Varchar(64)', // support for up to SHA256!
'Password' => 'Varchar(160)',
'RememberLoginToken' => 'Varchar(50)',
'NumVisit' => 'Int',
'LastVisited' => 'SS_Datetime',
'Bounced' => 'Boolean', // Note: This does not seem to be used anywhere.
'AutoLoginHash' => 'Varchar(30)',
'AutoLoginExpired' => 'SS_Datetime',
'PasswordEncryption' => "Enum('none', 'none')",
// This is an arbitrary code pointing to a PasswordEncryptor instance,
// not an actual encryption algorithm.
// Warning: Never change this field after its the first password hashing without
// providing a new cleartext password as well.
'PasswordEncryption' => "Varchar(50)",
'Salt' => 'Varchar(50)',
'PasswordExpiry' => 'Date',
'LockedOutUntil' => 'SS_Datetime',
@ -98,6 +102,9 @@ class Member extends DataObject {
*/
protected static $login_marker_cookie = null;
public static function init_db_fields() {
}
/**
* If this is called, then a session cookie will be set to "1" whenever a user
* logs in. This lets 3rd party tools, such as apache's mod_rewrite, detect
@ -121,24 +128,6 @@ class Member extends DataObject {
self::$login_marker_cookie = $cookieName;
}
/**
* This method is used to initialize the static database members
*
* Since PHP doesn't support any expressions for the initialization of
* static member variables we need a method that does that.
*
* This method adds all supported encryption algorithms to the
* PasswordEncryption Enum field.
*
* @todo Maybe it would be useful to define this in DataObject and call
* it automatically?
*/
public static function init_db_fields() {
self::$db['PasswordEncryption'] = "Enum(array('none', '" .
implode("', '", array_map("addslashes", Security::get_encryption_algorithms())) .
"'), 'none')";
}
/**
* Check if the passed password matches the stored one
*
@ -147,10 +136,17 @@ class Member extends DataObject {
*/
public function checkPassword($password) {
// Only confirm that the password matches if the user isn't locked out
if(!$this->isLockedOut()) {
$encryption_details = Security::encrypt_password($password, $this->Salt, $this->PasswordEncryption);
return ($this->Password === $encryption_details['password']);
}
if($this->isLockedOut()) return false;
$spec = Security::encrypt_password(
$password,
$this->Salt,
$this->PasswordEncryption,
$this
);
$e = $spec['encryptor'];
return $e->compare($this->Password, $spec['password']);
}
/**
@ -538,10 +534,18 @@ class Member extends DataObject {
$this->sendInfo('changePassword');
}
// The test on $this->ID is used for when records are initially created
// The test on $this->ID is used for when records are initially created.
// Note that this only works with cleartext passwords, as we can't rehash
// existing passwords.
if(!$this->ID || $this->isChanged('Password')) {
// Password was changed: encrypt the password according the settings
$encryption_details = Security::encrypt_password($this->Password);
$encryption_details = Security::encrypt_password(
$this->Password, // this is assumed to be cleartext
$this->Salt,
$this->PasswordEncryption,
$this
);
// Overwrite the Password property with the hashed value
$this->Password = $encryption_details['password'];
$this->Salt = $encryption_details['salt'];
$this->PasswordEncryption = $encryption_details['algorithm'];
@ -1033,6 +1037,12 @@ class Member extends DataObject {
return $valid;
}
/**
* Change password. This will cause rehashing according to
* the `PasswordEncryption` property.
*
* @param String $password Cleartext password
*/
function changePassword($password) {
$this->Password = $password;
$valid = $this->validate();

15
security/MemberPassword.php
View File

@ -35,11 +35,20 @@ class MemberPassword extends DataObject {
}
/**
* Check if the given password is the same as the one stored in this record
* Check if the given password is the same as the one stored in this record.
* See {@link Member->checkPassword()}.
*
* @param String $password Cleartext password
* @return Boolean
*/
function checkPassword($password) {
$encryption_details = Security::encrypt_password($password, $this->Salt, $this->PasswordEncryption);
return ($this->Password === $encryption_details['password']);
$spec = Security::encrypt_password(
$password,
$this->Salt,
$this->PasswordEncryption
);
$e = $spec['encryptor'];
return $e->compare($this->Password, $spec['password']);
}

239
security/PasswordEncryptor.php Normal file
View File

@ -0,0 +1,239 @@
<?php
/**
* Allows pluggable password encryption.
* By default, this might be PHP's integrated sha1()
* function, but could also be more sophisticated to facilitate
* password migrations from other systems.
* Use {@link register()} to add new implementations.
*
* Used in {@link Security::encrypt_password()}.
*
* @package sapphire
* @subpackage security
*/
abstract class PasswordEncryptor {
/**
* @var array
*/
protected static $encryptors = array();
/**
* @return Array Map of encryptor code to the used class.
*/
static function get_encryptors() {
return self::$encryptors;
}
/**
* Add a new encryptor implementation.
*
* Note: Due to portability concerns, its not advisable to
* override an existing $code mapping with different behaviour.
*
* @param String $code This value will be stored stored in the
* {@link Member->PasswordEncryption} property.
* @param String $class Classname of a {@link PasswordEncryptor} subclass
*/
static function register($code, $class) {
self::$encryptors[$code] = $class;
}
/**
* @param String $code Unique lookup.
*/
static function unregister($code) {
if(isset(self::$encryptors[$code])) unset(self::$encryptors[$code]);
}
/**
* @param String $algorithm
* @return PasswordEncryptor|Boolean Returns FALSE if class was not found
*/
static function create_for_algorithm($algorithm) {
if(!isset(self::$encryptors[$algorithm])) {
throw new PasswordEncryptor_NotFoundException(
sprintf('No implementation found for "%s"', $algorithm)
);
}
$classWithArgs = self::$encryptors[$algorithm];
$class = (($p = strpos($classWithArgs, '(')) !== false) ? substr($classWithArgs, 0, $p) : $classWithArgs;
if(!class_exists($class)) {
throw new PasswordEncryptor_NotFoundException(
sprintf('No class found for "%s"', $class)
);
}
return eval("return new $classWithArgs;");
}
/**
* Return a string value stored in the {@link Member->Password} property.
* The password should be hashed with {@link salt()} if applicable.
*
* @param String $password Cleartext password to be hashed
* @param String $salt (Optional)
* @param Member $member (Optional)
* @return String Maximum of 512 characters.
*/
abstract function encrypt($password, $salt = null, $member = null);
/**
* Return a string value stored in the {@link Member->Salt} property.
* By default uses sha1() and mt_rand();
*
* Note: Only used when {@link Security::$useSalt} is TRUE.
*
* @param String $password Cleartext password
* @param Member $member (Optional)
* @return String Maximum of 50 characters
*/
function salt($password, $member = null) {
return substr(sha1(mt_rand()) . time(), 0, 50);
}
/**
* This usually just returns a strict string comparison,
* but is necessary for {@link PasswordEncryptor_LegacyPHPHash}.
*
* @param String $hash1
* @param String $hash2
* @return boolean
*/
function compare($hash1, $hash2) {
return ($hash1 === $hash2);
}
}
/**
* This is the default class used for built-in hash types in PHP.
* Please note that the implemented algorithms depend on the PHP
* distribution and architecture.
*
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_PHPHash extends PasswordEncryptor {
protected $algorithm = 'sha1';
/**
* @param String $algorithm A PHP built-in hashing algorithm as defined by hash_algos()
*/
function __construct($algorithm) {
if(!in_array($algorithm, hash_algos())) {
throw new Exception(
sprintf('Hash algorithm "%s" not found in hash_algos()', $algorithm)
);
}
$this->algorithm = $algorithm;
}
/**
* @return string
*/
function getAlgorithm() {
return $this->algorithm;
}
function encrypt($password, $salt = null, $member = null) {
if(function_exists('hash')) {
// Available in PHP 5.1+ only
return hash($this->algorithm, $password . $salt);
} else {
// Fallback to global built-in methods
return call_user_func($this->algorithm, $password . $salt);
}
}
}
/**
* Legacy implementation for SilverStripe 2.1 - 2.3,
* which had a design flaw in password hashing that caused
* the hashes to differ between architectures due to
* floating point precision problems in base_convert().
* See http://open.silverstripe.org/ticket/3004
*
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_LegacyPHPHash extends PasswordEncryptor_PHPHash {
function encrypt($password, $salt = null, $member = null) {
$password = parent::encrypt($password, $member, $salt);
// Legacy fix: This shortening logic is producing unpredictable results.
//
// Convert the base of the hexadecimal password to 36 to make it shorter
// In that way we can store also a SHA256 encrypted password in just 64
// letters.
return substr(base_convert($password, 16, 36), 0, 64);
}
function compare($hash1, $hash2) {
// Due to flawed base_convert() floating poing precision,
// only the first 10 characters are consistently useful for comparisons.
return (substr($hash1, 0, 10) === substr($hash2, 0, 10));
}
}
/**
* Uses MySQL's PASSWORD encryption. Requires an active DB connection.
*
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_MySQLPassword extends PasswordEncryptor {
function encrypt($password, $salt = null, $member = null) {
return DB::query(
sprintf("SELECT PASSWORD('%s')", Convert::raw2sql($password))
)->value();
}
function salt($password, $member = null) {
return false;
}
}
/**
* Uses MySQL's OLD_PASSWORD encyrption. Requires an active DB connection.
*
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_MySQLOldPassword extends PasswordEncryptor {
function encrypt($password, $salt = null, $member = null) {
return DB::query(
sprintf("SELECT OLD_PASSWORD('%s')", Convert::raw2sql($password))
)->value();
}
function salt($password, $member = null) {
return false;
}
}
/**
* Cleartext passwords (used in SilverStripe 2.1).
* Also used when Security::$encryptPasswords is set to FALSE.
* Not recommended.
*
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_None extends PasswordEncryptor {
function encrypt($password, $salt = null, $member = null) {
return $password;
}
function salt($password, $member = null) {
return false;
}
}
/**
* @package sapphire
* @subpackage security
*/
class PasswordEncryptor_NotFoundException extends Exception {}

181
security/Security.php
View File

@ -32,21 +32,23 @@ class Security extends Controller {
/**
* Should passwords be stored encrypted?
* @deprecated 2.4 Please use 'none' as the default $encryptionAlgorithm instead
*
* @var bool
*/
protected static $encryptPasswords = true;
/**
* The password encryption algorithm to use if {@link $encryptPasswords}
* is set to TRUE.
* The password encryption algorithm to use by default.
* This is an arbitrary code registered through {@link PasswordEncryptor}.
*
* @var string
*/
protected static $encryptionAlgorithm = 'sha1';
protected static $encryptionAlgorithm = 'sha1_v2.4';
/**
* Should a salt be used for the password encryption?
* @deprecated 2.4 Please use a custom {@link PasswordEncryptor} instead
*
* @var bool
*/
@ -703,6 +705,8 @@ class Security extends Controller {
/**
* Set if passwords should be encrypted or not
*
* @deprecated 2.4 Use PasswordEncryptor_None instead.
*
* @param bool $encrypt Set to TRUE if you want that all (new) passwords
* will be stored encrypted, FALSE if you want to
* store the passwords in clear text.
@ -713,36 +717,15 @@ class Security extends Controller {
/**
* Get a list of all available encryption algorithms
* Get a list of all available encryption algorithms.
* Note: These are arbitrary codes, and not callable methods.
*
* @return array Returns an array of strings containing all supported
* encryption algorithms.
* @deprecated 2.4 Use PasswordEncryptor::get_encryptors()
*
* @return array Returns an array of strings containing all supported encryption algorithms.
*/
public static function get_encryption_algorithms() {
$result = function_exists('hash_algos') ? hash_algos() : array();
if(count($result) == 0) {
if(function_exists('md5')) $result[] = 'md5';
if(function_exists('sha1')) $result[] = 'sha1';
} else {
foreach ($result as $i => $algorithm) {
if (preg_match('/,/',$algorithm)) {
unset($result[$i]);
}
}
}
// Support for MySQL password() and old_password() functions. These aren't recommended unless you need them,
// but can be helpful for migrating legacy user-sets into a SilverStripe application.
// Since DB::getConn() doesn't exist yet, we need to look at $databaseConfig. Gack!
global $databaseConfig;
if($databaseConfig['type'] == 'MySQLDatabase') {
$result[] = 'password';
$result[] = 'old_password';
}
return $result;
return array_keys(PasswordEncryptor::get_encryptors());
}
@ -750,52 +733,25 @@ class Security extends Controller {
* Set the password encryption algorithm
*
* @param string $algorithm One of the available password encryption
* algorithms determined by
* {@link Security::get_encryption_algorithms()}
* @param bool $use_salt Set to TRUE if a random salt should be used to
* encrypt the passwords, otherwise FALSE
* @return bool Returns TRUE if the passed algorithm was valid, otherwise
* FALSE.
* algorithms determined by {@link Security::get_encryption_algorithms()}
* @return bool Returns TRUE if the passed algorithm was valid, otherwise FALSE.
*/
public static function set_password_encryption_algorithm($algorithm,
$use_salt) {
if(in_array($algorithm, self::get_encryption_algorithms()) == false)
return false;
public static function set_password_encryption_algorithm($algorithm) {
if(!array_key_exists($algorithm, PasswordEncryptor::get_encryptors())) return false;
self::$encryptionAlgorithm = $algorithm;
self::$useSalt = (bool)$use_salt;
return true;
}
/**
* Get the the password encryption details
*
* The return value is an array of the following form:
* <code>
* array('encrypt_passwords' => bool,
* 'algorithm' => string,
* 'use_salt' => bool)
* </code>
*
* @return array Returns an associative array containing all the
* password encryption relevant information.
* @return String
*/
public static function get_password_encryption_details() {
return array('encrypt_passwords' => self::$encryptPasswords,
'algorithm' => self::$encryptionAlgorithm,
'use_salt' => self::$useSalt);
public static function get_password_encryption_algorithm() {
return self::$encryptionAlgorithm;
}
/**
* Encrypt a password
*
* Encrypt a password according to the current password encryption
* settings.
* Use {@link Security::get_password_encryption_details()} to retrieve the
* current settings.
* Encrypt a password according to the current password encryption settings.
* If the settings are so that passwords shouldn't be encrypted, the
* result is simple the clear text password with an empty salt except when
* a custom algorithm ($algorithm parameter) was passed.
@ -803,85 +759,39 @@ class Security extends Controller {
* @param string $password The password to encrypt
* @param string $salt Optional: The salt to use. If it is not passed, but
* needed, the method will automatically create a
* random salt that will then be returned as return
* value.
* random salt that will then be returned as return value.
* @param string $algorithm Optional: Use another algorithm to encrypt the
* password (so that the encryption algorithm can
* be changed over the time).
* password (so that the encryption algorithm can be changed over the time).
* @param Member $member Optional
* @return mixed Returns an associative array containing the encrypted
* password and the used salt in the form
* <i>array('encrypted_password' => string, 'salt' =>
* string, 'algorithm' => string)</i>.
* If the passed algorithm is invalid, FALSE will be
* returned.
* password and the used salt in the form:
* <code>
* array(
* 'password' => string,
* 'salt' => string,
* 'algorithm' => string,
* 'encryptor' => PasswordEncryptor instance
* )
* </code>
* If the passed algorithm is invalid, FALSE will be returned.
*
* @see encrypt_passwords()
* @see set_password_encryption_algorithm()
* @see get_password_encryption_details()
*/
public static function encrypt_password($password, $salt = null,
$algorithm = null) {
if(strlen(trim($password)) == 0) {
// An empty password was passed, return an empty password an salt!
return array('password' => null,
'salt' => null,
'algorithm' => 'none');
} elseif((!$algorithm && self::$encryptPasswords == false) || ($algorithm == 'none')) {
// The password should not be encrypted
return array('password' => substr($password, 0, 64),
'salt' => null,
'algorithm' => 'none');
} elseif(strlen(trim($algorithm)) != 0) {
// A custom encryption algorithm was passed, check if we can use it
if(in_array($algorithm, self::get_encryption_algorithms()) == false)
return false;
static function encrypt_password($password, $salt = null, $algorithm = null, $member = null) {
if(
// if the password is empty, don't encrypt
strlen(trim($password)) == 0
// if no algorithm is provided and no default is set, don't encrypt
|| (!$algorithm && self::$encryptPasswords == false)
) {
$algorithm = 'none';
} else {
// Just use the default encryption algorithm
$algorithm = self::$encryptionAlgorithm;
// Fall back to the default encryption algorithm
if(!$algorithm) $algorithm = self::$encryptionAlgorithm;
}
// Support for MySQL password() and old_password() authentication
if(strtolower($algorithm) == 'password' || strtolower($algorithm) == 'old_password') {
$SQL_password = Convert::raw2sql($password);
$enc = DB::query("SELECT $algorithm('$SQL_password')")->value();
return array(
'password' => $enc,
'salt' => null,
'algorithm' => $algorithm,
);
}
// If no salt was provided but we need one we just generate a random one
if(strlen(trim($salt)) == 0)
$salt = null;
if((self::$useSalt == true) && is_null($salt)) {
$salt = sha1(mt_rand()) . time();
$salt = substr(base_convert($salt, 16, 36), 0, 50);
}
// Encrypt the password
if(function_exists('hash')) {
$password = hash($algorithm, $password . $salt);
} else {
$password = call_user_func($algorithm, $password . $salt);
}
// Convert the base of the hexadecimal password to 36 to make it shorter
// In that way we can store also a SHA256 encrypted password in just 64
// letters.
$password = substr(base_convert($password, 16, 36), 0, 64);
return array('password' => $password,
'salt' => $salt,
'algorithm' => $algorithm);
}
$e = PasswordEncryptor::create_for_algorithm($algorithm);
// New salts will only need to be generated if the password is hashed for the first time
$salt = ($salt) ? $salt : $e->salt($password);
@ -947,5 +857,4 @@ class Security extends Controller {
}
}
?>

44
tests/security/MemberTest.php
View File

@ -6,12 +6,52 @@
class MemberTest extends SapphireTest {
static $fixture_file = 'sapphire/tests/security/MemberTest.yml';
function setUp() {
parent::setUp();
Member::set_password_validator(null);
}
function testDefaultPasswordEncryptionOnMember() {
$member = new Member();
$member->Password = 'mypassword';
$member->write();
$this->assertEquals(
$member->PasswordEncryption,
Security::get_password_encryption_algorithm(),
'Password encryption is set for new member records on first write'
);
}
function testDefaultPasswordEncryptionDoesntChangeExistingMembers() {
$member = new Member();
$member->Password = 'mypassword';
$member->PasswordEncryption = 'sha1_v2.4';
$member->write();
Security::set_password_encryption_algorithm('none');
$member->Password = 'mynewpassword';
$member->write();
$this->assertEquals(
$member->PasswordEncryption,
'sha1_v2.4'
);
$this->assertTrue($member->checkPassword("mynewpassword"));
}
function testSetPassword() {
$member = $this->objFromFixture('Member', 'test');
$member->Password = "test1";
$member->write();
$this->assertTrue($member->checkPassword("test1"));
}
/**
* Test that password changes are logged properly
*/
function testPasswordChangeLogging() {
Member::set_password_validator(null);
$member = $this->objFromFixture('Member', 'test');
$this->assertNotNull($member);
$member->Password = "test1";

81
tests/security/PasswordEncryptorTest.php Normal file
View File

@ -0,0 +1,81 @@
<?php
class PasswordEncryptorTest extends SapphireTest {
function testCreateForCode() {
PasswordEncryptor::register('test', 'PasswordEncryptorTest_TestEncryptor');
$e = PasswordEncryptor::create_for_algorithm('test');
$this->assertType(
'PasswordEncryptorTest_TestEncryptor',
$e
);
}
/**
* @expectedException PasswordEncryptor_NotFoundException
*/
function testCreateForCodeNotFound() {
PasswordEncryptor::create_for_algorithm('unknown');
}
function testRegister() {
PasswordEncryptor::register('test', 'PasswordEncryptorTest_TestEncryptor');
$this->assertContains('test', array_keys(PasswordEncryptor::get_encryptors()));
$this->assertContains('PasswordEncryptorTest_TestEncryptor', array_values(PasswordEncryptor::get_encryptors()));
}
function testUnregister() {
PasswordEncryptor::register('test', 'PasswordEncryptorTest_TestEncryptor');
PasswordEncryptor::unregister('test');
$this->assertNotContains('test', array_keys(PasswordEncryptor::get_encryptors()));
}
function testEncrytorPHPHashWithArguments() {
PasswordEncryptor::register('test_md5', 'PasswordEncryptor_PHPHash("md5")');
$e = PasswordEncryptor::create_for_algorithm('test_md5');
$this->assertEquals('md5', $e->getAlgorithm());
}
function testEncrytorPHPHash() {
PasswordEncryptor::register('test_sha1', 'PasswordEncryptor_PHPHash("sha1")');
$e = PasswordEncryptor::create_for_algorithm('test_sha1');
$password = 'mypassword';
$salt = 'mysalt';
$this->assertEquals(
hash('sha1', $password . $salt),
$e->encrypt($password, $salt)
);
}
function testEncrytorPHPHashCompare() {
PasswordEncryptor::register('test_sha1', 'PasswordEncryptor_PHPHash("sha1")');
$e = PasswordEncryptor::create_for_algorithm('test_sha1');
$this->assertTrue($e->compare(sha1('mypassword'), sha1('mypassword')));
$this->assertFalse($e->compare(sha1('mypassword'), sha1('mywrongpassword')));
}
/**
* See http://open.silverstripe.org/ticket/3004
*
* Handy command for reproducing via CLI on different architectures:
* php -r "echo(base_convert(sha1('mypassword'), 16, 36));"
*/
function testEncrytorLegacyPHPHashCompare() {
PasswordEncryptor::register('test_sha1legacy', 'PasswordEncryptor_LegacyPHPHash("sha1")');
$e = PasswordEncryptor::create_for_algorithm('test_sha1legacy');
// precomputed hashes for 'mypassword' from different architectures
$amdHash = 'h1fj0a6m4o6k0sosks88oo08ko4gc4s';
$intelHash = 'h1fj0a6m4o0g04ocg00o4kwoc4wowws';
$wrongHash = 'h1fjxxxxxxxxxxxxxxxxxxxxxxxxxxx';
$this->assertTrue($e->compare($amdHash, $intelHash));
$this->assertFalse($e->compare($amdHash, $wrongHash));
}
}
class PasswordEncryptorTest_TestEncryptor extends PasswordEncryptor implements TestOnly {
function encrypt($password, $salt = null, $member = null) {
return 'password';
}
function salt($password, $member = null) {
return 'salt';
}
}