aes

I am working on an object encryption class. I have everything worked out but I want to be able to encrypt/decrypt any object type with one deserialize method. As of now the only thing holding me up is the deserialize method. I have the function returning type(object) in the hopes of returning a weak typed object. It works as long as I cast the type during the return value assignment, but If I deserialize into type 'object' the result is byte[]. This means that I have to write a deserialize method for every object(T) i want to operate on. What I want to do is pass Type(T) as a parameter to the

php7.2版本用openssl_encrypt代替mcrypt_encrypt，导致以往自己写的Aes加密类不能用。 这次项目客户端用的是 AES-128-ECB 加密，我用在线AES工具来测试，发现自己写的加解密方法得到的值不一样。而最终发现是加密的key不是16位长，导致ios客户端与服务器php的加解密不一致。后商讨key为16位长，遂问题解决。下面是 AES-128-ECB 加密类； class Aes { //密钥 须是16位 public $key ; /** * 解密字符串 * @param string $data 字符串 * @return string */ public function __construct() { $this->key = '1234567890123456'; } public function decode($str) { return openssl_decrypt(base64_decode($str),"AES-128-ECB",$this->key,OPENSSL_RAW_DATA); } /** * 加密字符串 * @param string $data 字符串 * @return string */ public function encode($str) { return base64_encode(openssl

Gibberish library provides a nice CBC algo... // In Jascascript GibberishAES.enc("Made with Gibberish\n", "password"); // Outputs: "U2FsdGVkX1+21O5RB08bavFTq7Yq/gChmXrO3f00tvJaT55A5pPvqw0zFVnHSW1o" # On the command line echo "U2FsdGVkX1+21O5RB08bavFTq7Yq/gChmXrO3f00tvJaT55A5pPvqw0zFVnHSW1o" | openssl enc -d -aes-256-cbc -a -k password How can I do this decryption in ruby? The straightforward way doesn't work... require 'openssl' def aes(m,k,t) (aes = OpenSSL::Cipher::Cipher.new('aes-256-cbc').send(m)).key = k aes.update(t) << aes.final end def encrypt(key, text) aes(:encrypt, key, text) end

　　 Android中常见的加密算法按可逆不可逆分为两大类吧。 　　1.不可逆的算法 　　主要为MD5和SHA-1算法。 　　相同点：都是使用目前比较广泛的散列(Hash)函数，就是把任意长度的输入，变换成固定长度的输出，该输出就是散列值。计算的时候所有的数据都参与了运算，其中任何一个数据变化了都会导致计算出来的Hash值完全不同。（理论上来讲产生的密文都有可能产生碰撞） 　　不同点：MD5输出是128位的，SHA-1输出是160位的，MD5比SHA1运行速度快，SHA1比MD5强度高。MD5一般用于文件的校验，SHA-1主要使用于数字签名标准。 　　MD5使用： 1 public static String digest(String content){ 2 StringBuilder builder = new StringBuilder(); 3 try { 4 MessageDigest msgDitest = MessageDigest.getInstance("MD5"); 5 msgDitest.update(content.getBytes()); 6 byte[] digests = msgDitest.digest(); 7 //将每个字节转为16进制 8 for (int i=0;i<digests.length;i++){ 9 // TODO: 2019