public function __construct($accessKey, $secretKey, $encryptionMaterials, $endpoint = NULL)
{
parent::__construct($accessKey, $secretKey, $endpoint);
if (is_array($encryptionMaterials)) {
if (count($encryptionMaterials) == 2) {
$pk = openssl_pkey_get_public($encryptionMaterials[0]);
$sk = openssl_pkey_get_private($encryptionMaterials[1]);
if (!$pk) {
throw new Ks3ClientException("invalid RSA public key,you can generate key use openssl");
}
if (!$sk) {
throw new Ks3ClientException("invalid RSA private key,you can generate key use openssl");
}
$encryptionMaterials = array($pk, $sk);
} else {
throw new Ks3ClientException("encryptionMaterials should be string or an array of size 2");
}
}
$ks3client = new Ks3Client($accessKey, $secretKey, $endpoint);
$this->encryptionMaterials = $encryptionMaterials;
if (ENCRYPTPTION_MODE == "EO") {
$this->encryptionHandler = new EncryptionEO($ks3client, $encryptionMaterials);
} elseif (ENCRYPTPTION_MODE == "AE") {
throw new Ks3ClientException("Authenticated encryption will be supported in the futher");
} else {
throw new Ks3ClientException("unsupported encryption mode :" . ENCRYPTPTION_MODE);
}
if (ENCRYPTPTION_STORAGE_MODE != "ObjectMetadata" && ENCRYPTPTION_STORAGE_MODE != "InstructionFile") {
throw new Ks3ClientException("unsupported encryption storage mode :" . ENCRYPTPTION_STORAGE_MODE);
}
}
