/**
* Generates an encrypted random token.
* @param \Member $user
* @throws \PasswordEncryptor_NotFoundException
* @return string
*/
public static function generate_token($user)
{
$generator = new \RandomGenerator();
$tokenString = $generator->randomToken();
$e = \PasswordEncryptor::create_for_algorithm('blowfish');
$salt = $e->salt($tokenString);
$token = sha1($e->encrypt($tokenString, $salt)) . substr(md5($user->Created . $user->LastEdited . $user->ID), 7);
return $token;
}
/**
* 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() {
Config::inst()->update('PasswordEncryptor', 'encryptors', array('test_sha1legacy'=>array('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));
}
/**
* 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));
}
function testNoLegacyPasswordHashMigrationOnIncompatibleAlgorithm()
{
PasswordEncryptor::register('crc32', 'PasswordEncryptor_PHPHash("crc32")');
$field = Member::get_unique_identifier_field();
$member = new Member();
$member->{$field} = '*****@*****.**';
$member->PasswordEncryption = "crc32";
$member->Password = "******";
$member->write();
$data = array('Email' => $member->{$field}, 'Password' => 'mypassword');
MemberAuthenticator::authenticate($data);
$member = DataObject::get_by_id('Member', $member->ID);
$this->assertEquals($member->PasswordEncryption, "crc32");
$result = $member->checkPassword('mypassword');
$this->assertTrue($result->valid());
}
/**
* Changes a users password
* @param {stdClass} $data Data passed from ActionScript
* @return {array} Returns a standard response array
*/
public function changePassword($data)
{
$response = CodeBank_ClientAPI::responseBase();
try {
$member = Member::currentUser();
$e = PasswordEncryptor::create_for_algorithm($member->PasswordEncryption);
if (!$e->check($member->Password, $data->currPassword, $member->Salt, $member)) {
$response['status'] = 'EROR';
$response['message'] = _t('CodeBankAPI.CURRENT_PASSWORD_MATCH', '_Current password does not match');
return $response;
}
if (!$member->changePassword($data->password)) {
$response['status'] = 'EROR';
$response['message'] = _t('CodeBankAPI.NEW_PASSWORD_NOT_VALID', '_New password is not valid');
return $response;
}
$response['status'] = 'HELO';
$response['message'] = _t('CodeBankAPI.PASSWORD_CHANGED', '_User\'s password changed successfully');
} catch (Exception $e) {
$response['status'] = 'EROR';
$response['message'] = _t('CodeBankAPI.SERVER_ERROR', '_Server error has occured, please try again later');
}
return $response;
}
/**
* Utility for generating secure password hashes for this member.
*/
public function encryptWithUserSettings($string)
{
if (!$string) {
return null;
}
// If the algorithm or salt is not available, it means we are operating
// on legacy account with unhashed password. Do not hash the string.
if (!$this->PasswordEncryption) {
return $string;
}
// We assume we have PasswordEncryption and Salt available here.
$e = PasswordEncryptor::create_for_algorithm($this->PasswordEncryption);
return $e->encrypt($string, $this->Salt);
}
/**
* Encrypt a password according to the current password encryption settings.
* If the settings are so that passwords shouldn't be encrypted, the
* result is simple the clear text password with an empty salt except when
* a custom algorithm ($algorithm parameter) was passed.
*
* @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.
* @param string $algorithm Optional: Use another algorithm to encrypt the
* password (so that the encryption algorithm can be changed over the time).
* @param Member $member Optional
* @return mixed Returns an associative array containing the encrypted
* password and the used salt in the form:
* <code>
* array(
* 'password' => string,
* 'salt' => string,
* 'algorithm' => string,
* 'encryptor' => PasswordEncryptor instance
* )
* </code>
* If the passed algorithm is invalid, FALSE will be returned.
*
* @see encrypt_passwords()
*/
public static function encrypt_password($password, $salt = null, $algorithm = null, $member = null)
{
// Fall back to the default encryption algorithm
if (!$algorithm) {
$algorithm = self::config()->password_encryption_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);
return array('password' => $e->encrypt($password, $salt, $member), 'salt' => $salt, 'algorithm' => $algorithm, 'encryptor' => $e);
}
/**
* Check if the given password is the same as the one stored in this record.
* See {@link Member->checkPassword()}.
*
* @param String $password Cleartext password
* @return Boolean
*/
public function checkPassword($password)
{
$e = PasswordEncryptor::create_for_algorithm($this->PasswordEncryption);
return $e->check($this->Password, $password, $this->Salt, $this->Member());
}
/**
* Generates an encrypted random token
* and an expiry date
*
* @param boolean $expired Set to true to generate an outdated token
* @return array token data array('token' => HASH, 'expire' => EXPIRY_DATE)
*/
private function generateToken($expired = false)
{
$life = $this->tokenConfig['life'];
if (!$expired) {
$expire = time() + $life;
} else {
$expire = time() - $life * 2;
}
$generator = new RandomGenerator();
$tokenString = $generator->randomToken();
$e = PasswordEncryptor::create_for_algorithm('blowfish');
//blowfish isn't URL safe and maybe too long?
$salt = $e->salt($tokenString);
$token = $e->encrypt($tokenString, $salt);
return array('token' => substr($token, 7), 'expire' => $expire);
}
/**
* Encrypt a password according to the current password encryption settings.
* If the settings are so that passwords shouldn't be encrypted, the
* result is simple the clear text password with an empty salt except when
* a custom algorithm ($algorithm parameter) was passed.
*
* @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.
* @param string $algorithm Optional: Use another algorithm to encrypt the
* password (so that the encryption algorithm can be changed over the time).
* @param Member $member Optional
* @return mixed Returns an associative array containing the encrypted
* password and the used salt in the form:
* <code>
* array(
* 'password' => string,
* 'salt' => string,
* 'algorithm' => string,
* 'encryptor' => PasswordEncryptor instance
* )
* </code>
* If the passed algorithm is invalid, FALSE will be returned.
*
* @see encrypt_passwords()
* @see set_password_encryption_algorithm()
*/
static function encrypt_password($password, $salt = null, $algorithm = null, $member = null)
{
if (strlen(trim($password)) == 0 || !$algorithm && self::$encryptPasswords == false) {
$algorithm = 'none';
} else {
// Fall back to the default encryption algorithm
if (!$algorithm) {
$algorithm = self::$encryptionAlgorithm;
}
}
$e = PasswordEncryptor::create_for_algorithm($algorithm);
// New salts will only need to be generated if the password is hashed for the first time
$salt = $salt ? $salt : $e->salt($password);
return array('password' => $e->encrypt($password, $salt, $member), 'salt' => $salt, 'algorithm' => $algorithm, 'encryptor' => $e);
}
/**
* Check if the passed password matches the stored one (if the member is not locked out).
*
* @param string $password
* @return ValidationResult
*/
public function checkPassword($password)
{
$result = $this->canLogIn();
$e = PasswordEncryptor::create_for_algorithm($this->PasswordEncryption);
if (!$e->check($this->Password, $password, $this->Salt, $this)) {
$result->error(_t('Member.ERRORWRONGCRED', 'That doesn\'t seem to be the right e-mail address or password. Please try again.'));
}
return $result;
}
*/
define('MCE_ROOT', 'sapphire/thirdparty/tinymce/');
/**
* The secret key that needs to be sent along with pings to /Email_BounceHandler
*
* Change this to something different for increase security (you can
* override it in mysite/_config.php to ease upgrades).
* For more information see:
* {@link http://doc.silverstripe.org/doku.php?id=email_bouncehandler}
*/
if (!defined('EMAIL_BOUNCEHANDLER_KEY')) {
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")');
// Zend_Cache temp directory setting
$_ENV['TMPDIR'] = TEMP_FOLDER;
// for *nix
$_ENV['TMP'] = TEMP_FOLDER;
// for Windows
$aggregatecachedir = TEMP_FOLDER . DIRECTORY_SEPARATOR . 'aggregate_cache';
if (!is_dir($aggregatecachedir)) {
mkdir($aggregatecachedir);
}
SS_Cache::add_backend('aggregatestore', 'File', array('cache_dir' => $aggregatecachedir));
SS_Cache::pick_backend('aggregatestore', 'aggregate', 1000);
// TODO Remove once new ManifestBuilder with submodule support is in place
require_once 'admin/_config.php';
/**
* Encrypt a password according to the current password encryption settings.
* If the settings are so that passwords shouldn't be encrypted, the
* result is simple the clear text password with an empty salt except when
* a custom algorithm ($algorithm parameter) was passed.
*
* @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.
* @param string $algorithm Optional: Use another algorithm to encrypt the
* password (so that the encryption algorithm can be changed over the time).
* @param Member $member Optional
* @return mixed Returns an associative array containing the encrypted
* password and the used salt in the form:
* <code>
* array(
* 'password' => string,
* 'salt' => string,
* 'algorithm' => string,
* 'encryptor' => PasswordEncryptor instance
* )
* </code>
* If the passed algorithm is invalid, FALSE will be returned.
*
* @see encrypt_passwords()
* @see set_password_encryption_algorithm()
*/
static function encrypt_password($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)
) {
$algorithm = 'none';
} else {
// Fall back to the default encryption algorithm
if(!$algorithm) $algorithm = self::$encryptionAlgorithm;
}
$e = PasswordEncryptor::create_for_algorithm($algorithm);
// New salts will only need to be generated if the password is hashed for the first time
$salt = ($salt) ? $salt : $e->salt($password);
return array(
'password' => $e->encrypt($password, $salt, $member),
'salt' => $salt,
'algorithm' => $algorithm,
'encryptor' => $e
);
}