public function testNewApi()
{
$text = "testme";
$key = "frop";
$salt = sha1("saltgeneration");
$crypt = new ar_crypt($key, MCRYPT_RIJNDAEL_256, 1);
$key = $crypt->pbkdf2($key, $salt);
$crypt = new ar_crypt($key, MCRYPT_RIJNDAEL_256, 1);
$encoded = $crypt->crypt($text);
$decoded = $crypt->decrypt($encoded);
$this->assertEquals($text, $decoded);
}
function ldEncodeCookie($cookie)
{
global $AR;
$data = json_encode($cookie);
if (isset($AR->sessionCryptoKey)) {
$key = base64_decode($AR->sessionCryptoKey);
$crypto = new ar_crypt($key, MCRYPT_RIJNDAEL_256, 1);
$encdata = $crypto->crypt($data);
if ($encdata !== false) {
$data = $encdata;
}
}
return $data;
}
protected function unserialize($value, $path)
{
if ($value[0] === "O" && $value[1] === ":") {
return unserialize($value);
} else {
if ($this->config['crypto'] instanceof \Closure) {
$crypto = $this->config['crypto']();
list($token, $datavalue) = explode(':', $value, 2);
foreach ($crypto as $cryptoConfig) {
$cryptoToken = $cryptoConfig['token'];
if ($token === $cryptoToken) {
$value = $datavalue;
switch ($cryptoConfig['method']) {
case 'ar_crypt':
$key = base64_decode($cryptoConfig['key']);
$crypto = new ar_crypt($key, $cryptoConfig['crypto'], 1);
$decryptedValue = $crypto->decrypt($value);
break;
default:
break;
}
}
}
if ($decryptedValue[0] === "O" && $decryptedValue[1] === ":") {
return unserialize($decryptedValue);
} else {
$dummy = unserialize('O:6:"object":7:{s:5:"value";s:0:"";s:3:"nls";O:6:"object":2:{s:7:"default";s:2:"nl";s:4:"list";a:1:{s:2:"nl";s:10:"Nederlands";}}s:2:"nl";O:6:"object":1:{s:4:"name";s:14:"Crypted object";}s:6:"config";O:6:"object":2:{s:10:"owner_name";s:6:"Nobody";s:5:"owner";s:6:"nobody";}s:5:"mtime";i:0;s:5:"ctime";i:0;s:5:"muser";s:6:"nobody";}');
$dummy->failedDecrypt = true;
$dummy->originalData = $value;
return $dummy;
}
}
}
}
