EncryptTest.js
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'use strict';
const DingTalkEncryptor = require('./DingTalkEncryptor');
const utils = require('./Utils');
// const DingTalkEncryptException = require('./DingTalkEncryptException');
/** 加解密需要，可以随机填写。如 "12345" */
const TOKEN = 'OUOdEgcMFxNDqoiADrf';
/** 加密密钥，用于回调数据的加密，固定为43个字符，从[a-z, A-Z, 0-9]共62个字符中随机生成*/
// const ENCODING_AES_KEY = 'TXpRMU5qYzRPVEF4TWpNME5UWTNPRGt3TVRJek5EVTI';
// const ENCODING_AES_KEY = utils.getRandomStr(43);
const ENCODING_AES_KEY = 'FRArTXHBSiMuyPjOjk4RqhOLuQ54d75A6PyYbFrShJy';
// console.log('ENCODING_AES_KEY:\n' + ENCODING_AES_KEY);
// let buffer = Buffer.from(ENCODING_AES_KEY + '=', 'base64');
// const base64Str = buffer.toString('base64');
// console.log(":::::ZZ",buffer.length,base64Str.length,base64Str,(Buffer.from(ENCODING_AES_KEY + '=', 'base64')));
/** 企业corpid, 可以在钉钉企业管理后台查看（https://oa.dingtalk.com/） */
// const CORP_ID = 'ding12345678901234567890123456789012';
const CORP_ID ='dingkuvhxslusd5hkjem';
/** 实例化加密类 */
// console.log('\nEncryptor Test:');
const encryptor = new DingTalkEncryptor(TOKEN, ENCODING_AES_KEY, CORP_ID);
// const plainText = 'success';
const ENCRYPT_RANDOM_16 = 'aaaabbbbccccdddd';
// const timeStamp = (new Date().getTime()).toString();
// const nonce = utils.getRandomStr(8);
const timeStamp = '1648014018742';
const nonce = 'AU1FFNAK';
/** 测试加解密响应报文或者字符串 */
// const testJson = {
// EventType: 'bpms_instance_change',
// processInstanceId: 'ad253df6-e175caf-68085c60ba8a',
// corpId: 'ding2c4d8175651',
// createTime: 1495592259000,
// title: '自测-1016',
// type: 'start',
// staffId: 'er5875',
// url: 'https://aflow.dingtalk.com/dingtalk/mobile/homepage.htm',
// processCode: 'xxx',
// };
// const testJson = '中文乱码测试/abc/123dddd';
// // console.log(JSON.parse(JSON.stringify(testJson)));
const unencryptedJson = 'success';
// const unencryptedJson = JSON.stringify(testJson);
// console.log(` node unencryptedJson:\n ${unencryptedJson}`);
// const encryptedJson = encryptor.encrypt(ENCRYPT_RANDOM_16, unencryptedJson);
// console.log(` \nnode encryptedJson:\n ${encryptedJson}`);
// const decryptedJson = encryptor.decrypt(encryptedJson);
// console.log(` \nnode decryptedJson:\n ${decryptedJson}, (${decryptedJson.length})`);
// console.log(' \nnode sign:\n ' + encryptor.getSignature(TOKEN, timeStamp, nonce, encryptedJson));
const signature = '99011aff26fe6eea2aea3b9f1c17620483e8495d';
const encryptMsg = 'kKCIt2zJ1xPfCex1h3d4ZULhLvXi3RBbht1GxAsYK/Y9iZcw06P20xGTq8Lb9bskrd7fypdzcqo0GHvk+9zLonIXPFNKRTRkswZaH+t1A5683FoDYlXOsBRgpCsjSljo';
const plainText = encryptor.getDecryptMsg(signature, timeStamp, nonce, encryptMsg)
console.log("plainText::",plainText)
const result = encryptor.getEncryptedMap(unencryptedJson, timeStamp, utils.getRandomStr(8));
console.log("result::",result)