一.RSA加密需要的js,点击下面链接可复制
二.AES加密需要的js,点击下面链接可复制
三.加密方式
1.单独使用RSA加密;(不推荐,加密后数据太大了)
2.单独使用AES加密;(不推荐,安全性不好)
3.RSA加密和AES加密混合使用;使用AES加密需要传的参数,使用RSA加密AES的Key;(推荐,安全性好,传输数据又不是很大)
四.使用案例
<!DOCTYPE html>
<html>
<head>
<meta charset="utf-8">
<title></title>
<script type="text/javascript" src="js/jsencrypt.js"></script>
<script type="text/javascript" src="js/crypto-js.js"></script>
</head>
<body>
<div style="border: 1px solid #55ffff;padding: 10px;">
<div>RSA加密解密</div>
<input id="input1" />
<button onclick="RSAJiaMiJieMi1();">
加密解密
</button>
</div>
<div style="border: 1px solid #55ffff;padding: 10px;margin-top: 10px;">
<div>AES加密解密</div>
<input id="input2" />
<button onclick="AESJiaMiJieMi1()">
加密解密
</button>
</div>
<div style="border: 1px solid #55ffff;padding: 10px;margin-top: 10px;">
<div>RSA AES 混合加密解密</div>
<input id="input3" />
<button onclick="HunHeJiaMiJieMi1()">
加密解密
</button>
</div>
</body>
<script type="text/javascript">
//-------------------- RSA 加密解密------------------------------------------------------------
/**
* rsa.setPublicKey(key) 配置公钥
* rsa.setPrivateKey(key) 配置私钥
* rsa.encrypt(str) 利用公钥加密
* rsa.decrypt(str) 利用私钥解密
*/
//RSA 加密函数
function RSAJiaMi1(str) { // 注册加密方法
// 设置公钥
const publicKey =
`MIIBIjANBgkqhkiG9w0BAQEFAAOCAQ8AMIIBCgKCAQEAry69uGIFHZbYFKf+Sich
tElKe3kI0xfXqHx641yKIF9AgKM9nrPWGla8Gj8lClC8o+BtVZRmPTXca5pGw5/i
T/OubJsglRRZIHJFcMB46W/yoLRcn9Hc02fINIeIdLEDZFlRT37sdPn+9olGL/Qu
83O17nO7yMrryN5adldXpo7Xo1bT7vvS5HKu4bwjtGDwQu4YsLJB+cgdTjNbS//P
xzp9MLihkss4fz+r+DHOAHy+GjkhWG4qs+a/pahk7+HJPEOGBM5Hafi0G/is3Nab
f4bOljQod5emo+ce3/E4d6ptrROrRoL/ktYnxRXkrFA4QmLKDjll3S7CtEBNV8tv
CwIDAQAB`
rsa.setPublicKey(publicKey);
// 加密
str = rsa.encrypt(str);
return str
};
//RSA 解密函数
function RSAJieMi1(str) { // 注册加密方法
// 设置私钥
const publicKey =
`MIIEwAIBADANBgkqhkiG9w0BAQEFAASCBKowggSmAgEAAoIBAQCvLr24YgUdltgU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`;
rsa.setPrivateKey(publicKey);
// 解密
str = rsa.decrypt(str);
return str
};
//调用 RSA 加密解密函数
function RSAJiaMiJieMi1() {
var a1 = document.getElementById('input1').value; //获取input1需要解密的数据
var a2 = RSAJiaMi1(a1); //加密
console.log('RSA加密后数据:', a2);
var a3 = RSAJieMi1(a2); //解密
console.log('RSA解密后数据:', a3);
};
//-------------------- AES 加密解密------------------------------------------------------------
//AES 加密函数
function AESJiaMi1(word, keyStr) {
keyStr = keyStr ? keyStr : "1234567890123456";
var ivStr = "1234567890123456";
return CryptoJS.AES.encrypt(word, CryptoJS.enc.Utf8.parse(keyStr), {
iv: CryptoJS.enc.Utf8.parse(ivStr),
mode: CryptoJS.mode.CBC,
padding: CryptoJS.pad.Pkcs7
}).toString()
};
//AES 解密函数
function AESJieMi1(word, keyStr) {
keyStr = keyStr ? keyStr : "1234567890123456";
var ivStr = "1234567890123456";
let decrypted = CryptoJS.AES.decrypt(word, CryptoJS.enc.Utf8.parse(keyStr), {
iv: CryptoJS.enc.Utf8.parse(ivStr),
mode: CryptoJS.mode.CBC,
padding: CryptoJS.pad.Pkcs7
});
return decrypted.toString(CryptoJS.enc.Utf8)
};
//调用 AES 加密解密函数
function AESJiaMiJieMi1(word, keyStr) {
var a1 = document.getElementById('input2').value; //获取input2需要解密的数据
var a2 = AESJiaMi1(a1); //加密
console.log('AES加密后数据:', a2);
var a3 = AESJieMi1(a2); //解密
console.log('AES解密后数据:', a3);
};
//-------------------- RSA AES 混合加密解密------------------------------------------------------------
//用于获取 16 位AES加密的 keyStr
function JiaMiSuiJiShu1(e) {
e = e || 16;
var t = "ABCDEFGHJKMNPQRSTWXYZabcdefhijkmnprstwxyz2345678",
a = t.length,
n = "";
for (var i = 0; i < e; i++) n += t.charAt(Math.floor(Math.random() * a));
return n
};
//混合加密解密
function HunHeJiaMiJieMi1() {
var a1 = JiaMiSuiJiShu1(); //获取 16 位AES加密的 keyStr
console.log('AES加密的16位keyStr:', a1);
var a2 = document.getElementById('input3').value; //获取input3需要解密的数据
var a3 = AESJiaMi1(a2, a1); //使用随机获取的 keyStr 加密数据
console.log('AES加密后数据:', a3);
var a4 = RSAJiaMi1(a1); //使用 RSA 加密随机获取的 AES 加密的 keyStr
console.log('RSA加密AES的16位keyStr:', a4);
var data = {
data: a3, //
keyStr: a4, //
}
HunHeJiaMiJieMi2(data)
};
function HunHeJiaMiJieMi2(data) {
console.log('传过来需要解密的参数',data);
var a1 = RSAJieMi1(data.keyStr); //使用RSA解密出AES的keyStr
console.log('使用RSA解密出AES的keyStr:', a1);
var a2 = AESJieMi1(data.data, a1); //使用解密出AES的keyStr解密参数
console.log('AES解密出来的数据:', a2);
};
</script>
</html>
标签：AES,keyStr,RSA,解密,var,加密,h5 From： https://www.cnblogs.com/ShiQi-XiaoXiao/p/17374083.html