vue 核心加解密工具类 方法

  1  /* base64 加解密
  2   */
  3  export let Base64 = require('js-base64').Base64
  4
  5  /* md5 加解密
  6  */
  7  export let crypto = require('crypto');
  8  export let md5 = require('js-md5');
  9  export let CryptoJS = require('crypto-js');
 10  export let MD5 = CryptoJS.MD5;
 11  /*
 12   *引入jsencrypt实现数据RSA加密
 13   */
 14  import JSEncrypt from 'jsencrypt';
 15  // jsencrypt.js处理长文本数据时报错  Message too long for RSA
 16  // encryptlong是基于jsencrypt扩展的长文本分段加解密功能。
 17  import Encrypt from "encryptlong";
 18  // rsa sign
 19  import jsrsasign from 'jsrsasign'
 20
 21  // Message Digest algorithm 5，信息摘要算法
 22  // alglorithm:md5、sha1、sha256
 23  export function Md5(plainText, alglorithm, encoding){
 24    const hash =  crypto.createHash(alglorithm)
 25    hash.update(plainText);//加密内容
 26    return  hash.digest(encoding);//密文
 27  }
 28
 29  //Hash Message Authentication Code，散列消息鉴别码
 30  //Secure Hash Algorithm，安全散列算法
 31  // alglorithm:md5、sha256、sha1
 32  export function HMac(plainText, secretKey,alglorithm, encoding){
 33    const hmac= crypto.createHmac(alglorithm, secretKey);
 34    const cipherText= hmac.update(plainText);//加密内容
 35    return  cipherText.digest(encoding);//密文
 36  }
 37
 38  //Data Encryption Standard，数据加密算法
 39  // DES/DES3/AES 加密, key与iv长度必须是8的倍数
 40  //mode:CryptoJS.mode.CBC、CryptoJS.mode.ECB、CryptoJS.mode.CFB
 41  //padding:CryptoJS.pad.ZeroPadding、CryptoJS.pad.Pkcs7、CryptoJS.pad.NoPadding
 42  export function encrypt ( algorithm, plainText,key, iv, mode, padding, isBase64) {
 43      key = key ? key : "abcdefghijklmnop";
 44      iv = iv ? iv : "0102030405060708";
 45
 46      const keyHex = CryptoJS.enc.Utf8.parse(key);
 47      const ivHex = CryptoJS.enc.Utf8.parse(iv);
 48      const option = { iv:keyHex,mode: mode, padding: padding }
 49      let encrypted = null  ;
 50      if(algorithm === "TripleDES"){
 51        encrypted = CryptoJS.TripleDES.encrypt(plainText, keyHex, option)
 52      }else if(algorithm === "DES"){
 53        encrypted = CryptoJS.DES.encrypt(plainText, keyHex, option)
 54      }
 55      else if(algorithm === "AES"){
 56        encrypted =  CryptoJS.AES.encrypt(plainText, keyHex, option)
 57      }
 58      return isBase64?CryptoJS.enc.Base64.stringify(encrypted.ciphertext):encrypted.ciphertext.toString();
 59  }
 60
 61  // DES/DES3/AES解密，key与iv长度必须是8的倍数
 62  export function decrypt (algorithm,cipherText,key, iv, mode, padding, isBase64) {
 63      key = key ? key : "abcdefghijklmnop";
 64      iv = iv ? iv : "0102030405060708";
 65
 66      const keyHex = CryptoJS.enc.Utf8.parse(key);
 67      const ivHex = CryptoJS.enc.Utf8.parse(iv);
 68      const decryptText = isBase64?  CryptoJS.enc.Base64.parse(cipherText):cipherText;
 69      const textHex = { ciphertext:  isBase64?decryptText:CryptoJS.enc.Hex.parse(decryptText) }
 70      const option = { iv:ivHex,mode: mode, padding: padding }
 71      let decrypted = null;
 72      if(algorithm === "TripleDES"){
 73        decrypted = CryptoJS.TripleDES.decrypt(textHex, keyHex, option);
 74      }else if(algorithm === "DES"){
 75        decrypted = CryptoJS.DES.decrypt(textHex, keyHex, option);
 76      }
 77      else if(algorithm === "AES"){
 78        decrypted =  CryptoJS.AES.decrypt(textHex, keyHex, option);
 79      }
 80      return decrypted.toString(CryptoJS.enc.Utf8);
 81  }
 82
 83  /** RSA 加密过程
 84   * （1）A生成一对密钥（公钥和私钥），私钥不公开，A自己保留。公钥为公开的，任何人可以获取。
 85   * （2）A传递自己的公钥给B，B用A的公钥对消息进行加密。
 86   * （3）A接收到B加密的消息，利用A自己的私钥对消息进行解密。
 87   *  在这个过程中，只有2次传递过程，第一次是A传递公钥给B，第二次是B传递加密消息给A，即使都被敌方截获，也没有危险性。
 88   *  因为只有A的私钥才能对消息进行解密，防止了消息内容的泄露。
 89   *  使用方法
 90   *  客户端初始化访问服务器端时，服务器端会生成一对RSA对，及公钥和密钥。
 91   *  如果前端只需要将要传给后端的数据进行加密后传输，那么前端可以只要公钥，通过公钥对要传输的参数进行加密后把加密的字符串发给后端，后端取出保存的密码种子或者直接保存的私钥，采用私钥对加密字符串进行解密，得到明文。
 92   *  如果前端要获取后端传过来的已经加密后的字符串，并且解密使用，那么前端就需要拿到RSA对立面的私钥进行解密后使用了。
 93   * */
 94  /* JSEncrypt 公钥加密  padding:pkcs1pad2 */
 95  export function RsaJSEncrypt(plainText,publicKey) {
 96    const jsencrypt = new JSEncrypt({
 97      default_key_size: 1024
 98    });
 99    jsencrypt.setPublicKey(publicKey);
100    // 如果是对象/数组的话，需要先JSON.stringify转换成字符串
101    // 处理中文乱码，服务器端：String result = java.net.URLDecoder.decode(cipherText ,"UTF-8");
102    const cipherText = encodeURIComponent(jsencrypt.encrypt(plainText));
103    return  cipherText;
104  }
105
106  /* JSEncrypt 私钥解密 padding:pkcs1pad2 */
107  export function RsaJSDecrypt(cipherText,privateKey) {
108    const jsencrypt = new JSEncrypt({
109      default_key_size: 1024
110    });
111    jsencrypt.setPrivateKey(privateKey);
112    return jsencrypt.decrypt(decodeURIComponent(cipherText));
113  }
114
115  /* 长文本分段加密 */
116  export function RsaEncrypt(plainText,publicKey) {
117    const encryptor = new Encrypt();
118    encryptor.setPublicKey(publicKey);
119    // 处理中文乱码，服务器端：String result = java.net.URLDecoder.decode(cipherText ,"UTF-8");
120    const cipherText = encodeURIComponent(encryptor.encryptLong(plainText));
121    return  cipherText;
122  }
123
124  /* 长文本分段解密 */
125  export function RsaDecrypt(cipherText,privateKey) {
126    var encryptor = new Encrypt();
127    encryptor.setPrivateKey(privateKey);
128    return encryptor.decryptLong(decodeURIComponent(cipherText));
129  }
130
131  // 获取签名 privateKey_s 服务器端的私钥
132  export function RsaSign(plainText,privateKey_s,format_key, alglorithm,isBase64)
133  {
134    // 生成签名对象
135    let sign = genSign(privateKey_s,format_key, alglorithm);
136
137     plainText = genDigest(plainText,alglorithm);
138     sign.updateString(plainText);
139
140     // +号服务器端不识别，url编码
141     return isBase64? encodeURIComponent(jsrsasign.hextob64(sign.sign())):encodeURIComponent(sign.sign());
142  }
143
144  // 验证签名 publicKey_s 服务器端的公钥
145  // alglorithm: SHA1withRSA、MD5withRSA、SHA256withRSA、 SHA384withRSA、SHA512withRSA、RIPEMD160withRSA
146  // format_key: PKCS#1、PKCS#5、PKCS#8
147  /*
148   * PKCS#1：定义RSA公开密钥算法加密和签名机制，主要用于组织PKCS#7中所描述的数字签名和数字信封。
149   * PKCS#3：定义Diffie-Hellman密钥交换协议。
150   * PKCS#5：描述一种利用从口令派生出来的安全密钥加密字符串的方法。使用MD2或MD5 从口令中派生密钥，并采用DES-CBC模式加密。主要用于加密从一个计算机传送到另一个计算机的私人密钥，不能用于加密消息[24]。
151   * PKCS#6：描述了公钥证书的标准语法，主要描述X.509证书的扩展格式。
152   * PKCS#7：定义一种通用的消息语法，包括数字签名和加密等用于增强的加密机制，PKCS#7与PEM兼容，所以不需其他密码操作，就可以将加密的消息转换成PEM消息[26]。
153   * PKCS#8：描述私有密钥信息格式，该信息包括公开密钥算法的私有密钥以及可选的属性集等。
154   * PKCS#9：定义一些用于PKCS#6证书扩展、PKCS#7数字签名和PKCS#8私钥加密信息的属性类型。
155   * PKCS#10：描述证书请求语法。
156   * PKCS#11：称为Cyptoki，定义了一套独立于技术的程序设计接口，用于智能卡和PCMCIA卡之类的加密设备。
157   * PKCS#12：描述个人信息交换语法标准。描述了将用户公钥、私钥、证书和其他相关信息打包的语法。
158   * PKCS#13：椭圆曲线密码体制标准。
159   * PKCS#14：伪随机数生成标准。
160   * PKCS#15：密码令牌信息格式标准。
161   */
162  export function RsaVerifySign(plainText,signedText,publicKey_s,format_key, alglorithm,isBase64)
163  {
164    // 生成签名
165    let verifySign = genSign(publicKey_s,format_key, alglorithm);
166    // 根据明文生成摘要
167    let digestText = genDigest(plainText,alglorithm);
168
169    verifySign.updateString(digestText);
170
171    return  verifySign.verify(isBase64?jsrsasign.b64tohex(decodeURIComponent(signedText)):decodeURIComponent(signedText));
172  }
173
174  // 根据明文生成摘要
175  //SHA1withRSA、MD5withRSA、SHA256withRSA、 SHA384withRSA、SHA512withRSA、RIPEMD160withRSA
176  export function genDigest(plainText,alglorithm, ){
177    let option = { "alg": alglorithm.split('w')[0], "prov":"cryptojs/jsrsa", }
178    let text = new jsrsasign.KJUR.crypto.MessageDigest(option);   // 摘要
179    text.updateString(plainText);
180    return text.digest();
181  }
182
183  /* 生成rsa签名对象
184   * */
185  export function genSign(RsaKey_s,format_key, alglorithm)
186  {
187    //私钥要写开头和结束
188    // var private_key = '-----BEGIN PRIVATE KEY-----' + privateKey_s + '-----END PRIVATE KEY-----'
189    // 读取解析pem格式的秘钥, 生成秘钥实例 (RSAKey)
190    let rsaKey = new jsrsasign.RSAKey();
191    if (format_key === "PKCS#1" || format_key === "PKCS#5"|| format_key === "PKCS#7"|| format_key === "PKCS#8") {
192      rsaKey = jsrsasign.KEYUTIL.getKey(RsaKey_s);
193      // rsaSign.readPrivateKeyFromPEMString(privateKey_s);
194    }
195
196    let option= {
197      "alg":alglorithm,
198      "prov":"cryptojs/jsrsa",
199      "prvkeypem": rsaKey
200    };
201
202    let sign = new jsrsasign.KJUR.crypto.Signature(option);
203    sign.init(rsaKey);
204
205    return sign;
206  }

测试代码：

  1    // 测试工具：http://www.1818288.com/
  2       console.log("12345678汉字abcdef,md5="+this.$md5("12345678汉字abcdef"));
  3       console.log("12345678,MD5="+this.$MD5("12345678"));
  4       console.log("12345678,Md5="+this.$Md5("12345678","md5","hex"));
  5       console.log("12345678,HMac-MD5="+this.$HMac("12345678汉字abcdef","abcdef","md5","hex"));
  6       console.log("12345678,enDES="+this.$Encrypt("DES","12345678","abcdef","abcdef",this.$CryptoJS.mode.CBC,this.$CryptoJS.pad.ZeroPadding,true));
  7       console.log("12345678,deDES="+this.$Decrypt("DES","CQlZsExZRQM=","abcdef","abcdef",this.$CryptoJS.mode.CBC,this.$CryptoJS.pad.ZeroPadding,true));
  8
  9       console.log("12345678,enDES3="+this.$Encrypt("TripleDES","12345678","abcdef","abcdef",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,true));
 10       console.log("12345678,deDES3="+this.$Decrypt("TripleDES","Wb6LDNctz2HpGd1QX22oNQ==","abcdef","abcdef",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,true));
 11
 12       console.log("12345678,enAES="+this.$Encrypt("AES","12345678","","",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,false));
 13       console.log("12345678,deAES="+this.$Decrypt("AES","5a9906baab69bdcd17a0f925cbb3dbb3","","",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,false));
 14
 15       console.log("12345678,enAES="+this.$Encrypt("AES","12345678","","",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,true));
 16       console.log("12345678汉字abcdef,deAES="+this.$Decrypt("AES","WpkGuqtpvc0XoPkly7Pbsw==","","",this.$CryptoJS.mode.ECB,this.$CryptoJS.pad.Pkcs7,true));
 17
 18
 19
 20
 21       console.log("12345678汉字abcdef,RSAEn_pubK="+this.$RsaEncrypt("12345678汉字abcdef","MIGeMA0GCSqGSIb3DQEBAQUAA4GMADCBiAKBgFrtUneGIrf/hc7l9JUR+OCCDWqq\n" +
 22         "ttX2pItsbg0fpZ6Zl0rCoZwuaRc5ltoVhIPvT2HEUYJrUmNwamtfXqZaxkvOtxpc\n" +
 23         "GWB8nR3r9XTSE3/iuI7jMvXqP5HiWWoiT8IKwxaa3P5pu5UF5q/2t+/8XGeiGAoc\n" +
 24         "WLiZ/HPpeZyQVUfXAgMBAAE="));
 25
 26       console.log("12345678汉字abcdef,RSADe_priK="+this.$RsaDecrypt(
 27         "LbBdgV0HR0hmA1QTLTQdVugBlc%2FmmuAXJ51aTZnMukv5jlCBftVRWmyjk1UUntLzSRZV0J6arcbwv0i7qoLLgpYWQQfn700QcS0hp5GNyFxshZf%2FOHdJxzRcpSoCd7%2B%2F9NpAChLYcWYRBynHRZXXHb9fK6rDrXLK%2FIkBDaQItTM%3D","MIICWgIBAAKBgFrtUneGIrf/hc7l9JUR+OCCDWqqttX2pItsbg0fpZ6Zl0rCoZwu\n" +
 28         "aRc5ltoVhIPvT2HEUYJrUmNwamtfXqZaxkvOtxpcGWB8nR3r9XTSE3/iuI7jMvXq\n" +
 29         "P5HiWWoiT8IKwxaa3P5pu5UF5q/2t+/8XGeiGAocWLiZ/HPpeZyQVUfXAgMBAAEC\n" +
 30         "gYAbawi9BfOeLCz7MJhKAzta55yIF6Y+ars/V5jv2CUm6AWZA4ub/tqtqC324Rou\n" +
 31         "dpEnV/2EKDyVw6YzbnSqESFOCVNYOslqSLhSStkuvBYo3Tr1/8ITt1JKxcqS6Lix\n" +
 32         "VVp4zl+MgBvYNOv1pbubsc76lMB1TirFN6U0iFsPKuBrgQJBALTqGJjbgI/Idvsi\n" +
 33         "Z5ycE3kyD+ZLOYCDY3/GKh8xcD93iXRIj5AY4vA6Tqnb56eDY4GvXGEQaJpNAJ9z\n" +
 34         "Ukq4G6ECQQCAqjEfELqDA2dLdV9fojYxq1j/PGlBUWlt0+8cEsOBTbMfD9Kt5diM\n" +
 35         "b1Ut213I2z07ZFNHDouBOK8x4iDYanB3AkASchPT8f1nq47GCDn8M8Wgg8QvPNg+\n" +
 36         "DCdm7bN5vratIej33DYXARKSX7+Jfgxeffz1SgXnN58SrGs11rI7QA5BAkB0BwZd\n" +
 37         "GVzYoM0ZwzLKryFoETkkknnoqV4F6MUL7+/WPxd0v3Qh1dA+dHe/7r7YTr0dPg/L\n" +
 38         "WFZ9pXx344/zGalpAkB8QBNZej44DU+nAi6KQVEbLxOps1BbyzzWfXI2uQRR+w52\n" +
 39         "ABLacpwutsHC8jLjUDaCLfFUaEnpkBWW8u0pI54v"));
 40
 41
 42       console.log("12345678汉字abcdef,RSAJSEn_pubK="+this.$RsaJSEncrypt("12345678汉字abcdef","MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDNpEYv5DxAXWOg0HA1y0DROLiKfHTZJx/4TTWhrVNDSgNeR4iVT7fekbhRDYy0oHVDAS8Sy6yJDqMAPjRNmjrICgVuMwYzwXg2LRNy6SrB79DOz5X5vBPP6Lc+8eNt4mm0S+I1sba3tyueTXPaA9aMCyJjebKrsxwa8rG9K/OlqwIDAQAB"));
 43
 44       console.log("12345678汉字abcdef,RSAJSDe_priK="+this.$RsaJSDecrypt("DryU8wEn2yEG5HlkaJ2WeR5QYh%2FLhvMU3IwUsrN1OufDK5jlkSjMufgR%2BUruyTutj5N7r7MxXLXOH11VK%2BzBdr%2BIbK9Du54vQGhj2aERIUYqCKp0tk02qhCXWwl7XDYeusiFfvQ4J%2Fr%2BrEZolk%2FdA4WxOtq7QJf59fhPrxpf4YI%3D","MIICXQIBAAKBgQDNpEYv5DxAXWOg0HA1y0DROLiKfHTZJx/4TTWhrVNDSgNeR4iV\n" +
 45         "T7fekbhRDYy0oHVDAS8Sy6yJDqMAPjRNmjrICgVuMwYzwXg2LRNy6SrB79DOz5X5\n" +
 46         "vBPP6Lc+8eNt4mm0S+I1sba3tyueTXPaA9aMCyJjebKrsxwa8rG9K/OlqwIDAQAB\n" +
 47         "AoGAPQoe30ZS8BQIZ4qXVBBhy/iXJlws3uwzHCPm4HevOFD20PxQuWkxPbppSH3K\n" +
 48         "Hy9lvx7R1zVnoEMc9QyBv+sguQkNir722Hk8+BhMXxgb0eZPsSBUgXQmciHscRix\n" +
 49         "52myI/tRRSbpuW/Qx4TYDeP/xUvDOgx4XnJ8v5Dy5bblFNkCQQD83ldtZpJHBsZ3\n" +
 50         "rzzU+4xkUsA5W7rMmNK94N37Cu2hoFofk/9gfyG2BCDCUwBSfeQWJk0U2RaEsItm\n" +
 51         "CBqn0cYFAkEA0DA2IBp5ECUDJhmdmgWfqi/NZGwLvBedWFY9hdQJ0auF3wOTeVSI\n" +
 52         "fs1oBM+DKmHxb1oavZ8MaYFx6tQ2LFhb7wJAJV1lZdEGRGCH6x+FyaLx99ESfmdD\n" +
 53         "jv/2BAC6TGItAvkC2C+ySLwAazjo7k39ejMIBQ3bzfzWCv1bW9ROvAWPUQJBAIIf\n" +
 54         "QBU8tqJSn+82X30fOrZiflvf9E2x7NSDwpxc9W4paNkFIS3amh23QOaQ1Qiugvr4\n" +
 55         "NHKEcHuZPpxp2xpId90CQQDeT8TK9ClvWutbj8fpSYGDFyyaf1qLPwBNpozXUMGh\n" +
 56         "hNuOF+69LlAeH5p26omFjQUMfk7r0LjDdBrcoRhpbmkG"));
 57
 58
 59       console.log("12345678汉字abcdef,RSASign_priK="+this.$RsaSign("12345678汉字abcdef","-----BEGIN PRIVATE KEY-----\n" +
 60         "MIICeAIBADANBgkqhkiG9w0BAQEFAASCAmIwggJeAgEAAoGBAOihfrud6pbH6y9m\n" +
 61         "MGpG870wcZyKqwmedUmQH1cwsyOiJZZib0J4IlxRq6yTAuLRnXHM1JBnvvJl6oBH\n" +
 62         "tvM6vSj6kSDY0SCuoARdp1oJH7BXLTcEVXIbGxD+/6ZcapydzcnBMtkHpG+pgf9c\n" +
 63         "lf57z/aqewEAq00Z+rH+yWuyggITAgMBAAECgYEAnacEeiWVG8Y0jpTUbtHS0P4J\n" +
 64         "oKshKo2mssnnU3F/lcCHdJkVCZjcwG/gxj2DETA5YSwNSifk8eU7vN/dDo1aLyZn\n" +
 65         "+qc9rot+jHW+z8hXHWm+RbC8CkD7KMjd2RlRBcnSXieoUqqKyrwYL2JPecG22CFp\n" +
 66         "QcvbAPT0ITor0lKNt4ECQQD7OGHxzM4DfG+tXj3RvWgk7I6lcHL4s7ad3hdkjkVe\n" +
 67         "x+fHKybiCzl4o9dXS9iObw4xg54k7sKYs+S+6AsNKlazAkEA7Q6Rscpocw+dYQMv\n" +
 68         "SdLIwB3eqUkcVxbvj9C/hFm5LqzvAMhcGQBp4Hp9OHILuqEYqFxuyIbCOyhbBJMo\n" +
 69         "bBJXIQJBAM74F7FnYv76QOObNeEbY7av8aGZMA93t+b991XP5JT+qxSql4E5cCLV\n" +
 70         "EO+JvCM0mYPvhJW24zl9U+J4N8qj7AMCQA9VROk6DV174hMXUKS2xJNgmzlZ6EJd\n" +
 71         "0mr79pdJ8mdpeiAT1ZksZKzHX3gaMFYG+4BQUj4YMVIAPzrhhdjPquECQQDBFWVi\n" +
 72         "ByzngHyXCuVpDN3FKZ26Cnqt8mY2kW8N+4/okQ+rPzxt86TywPerIGR1qAl5PgDS\n" +
 73         "gMZzSWvMDuT8369m\n" +
 74         "-----END PRIVATE KEY-----","PKCS#8","MD5withRSA",true));
 75
 76
 77       console.log("12345678汉字abcdef,RSAVerifySign_pubK="+this.$RsaVerifySign("12345678汉字abcdef","VLFvc958umN%2FORw4Bb9kzsePgaar5gyW8VWpoAqETZJYKsulZFdBHT%2BQihD%2BEXufg7Ml%2BYp1gxtK5BEVWdfBS39v%2FRDGM8kYTz9aSi8HiSPAylm6d8KkqY61aXy%2F2GX%2FuRgycjRFklo5w9W8irYXELSXeBJFeEQmgsE3hMQIui4%3D","-----BEGIN PUBLIC KEY-----\n" +
 78         "MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDooX67neqWx+svZjBqRvO9MHGc\n" +
 79         "iqsJnnVJkB9XMLMjoiWWYm9CeCJcUauskwLi0Z1xzNSQZ77yZeqAR7bzOr0o+pEg\n" +
 80         "2NEgrqAEXadaCR+wVy03BFVyGxsQ/v+mXGqcnc3JwTLZB6RvqYH/XJX+e8/2qnsB\n" +
 81         "AKtNGfqx/slrsoICEwIDAQAB\n" +
 82         "-----END PUBLIC KEY-----","PKCS#8","MD5withRSA",true));
 83
 84
 85       console.log("12345678汉字abcdef,RSASign_priK="+this.$RsaSign("12345678汉字abcdef","-----BEGIN PRIVATE KEY-----\n" +
 86         "MIICeAIBADANBgkqhkiG9w0BAQEFAASCAmIwggJeAgEAAoGBAOihfrud6pbH6y9m\n" +
 87         "MGpG870wcZyKqwmedUmQH1cwsyOiJZZib0J4IlxRq6yTAuLRnXHM1JBnvvJl6oBH\n" +
 88         "tvM6vSj6kSDY0SCuoARdp1oJH7BXLTcEVXIbGxD+/6ZcapydzcnBMtkHpG+pgf9c\n" +
 89         "lf57z/aqewEAq00Z+rH+yWuyggITAgMBAAECgYEAnacEeiWVG8Y0jpTUbtHS0P4J\n" +
 90         "oKshKo2mssnnU3F/lcCHdJkVCZjcwG/gxj2DETA5YSwNSifk8eU7vN/dDo1aLyZn\n" +
 91         "+qc9rot+jHW+z8hXHWm+RbC8CkD7KMjd2RlRBcnSXieoUqqKyrwYL2JPecG22CFp\n" +
 92         "QcvbAPT0ITor0lKNt4ECQQD7OGHxzM4DfG+tXj3RvWgk7I6lcHL4s7ad3hdkjkVe\n" +
 93         "x+fHKybiCzl4o9dXS9iObw4xg54k7sKYs+S+6AsNKlazAkEA7Q6Rscpocw+dYQMv\n" +
 94         "SdLIwB3eqUkcVxbvj9C/hFm5LqzvAMhcGQBp4Hp9OHILuqEYqFxuyIbCOyhbBJMo\n" +
 95         "bBJXIQJBAM74F7FnYv76QOObNeEbY7av8aGZMA93t+b991XP5JT+qxSql4E5cCLV\n" +
 96         "EO+JvCM0mYPvhJW24zl9U+J4N8qj7AMCQA9VROk6DV174hMXUKS2xJNgmzlZ6EJd\n" +
 97         "0mr79pdJ8mdpeiAT1ZksZKzHX3gaMFYG+4BQUj4YMVIAPzrhhdjPquECQQDBFWVi\n" +
 98         "ByzngHyXCuVpDN3FKZ26Cnqt8mY2kW8N+4/okQ+rPzxt86TywPerIGR1qAl5PgDS\n" +
 99         "gMZzSWvMDuT8369m\n" +
100         "-----END PRIVATE KEY-----","PKCS#1","SHA1withRSA",true));
101
102
103       console.log("12345678汉字abcdef,RSAVerifySign_pubK="+this.$RsaVerifySign("12345678汉字abcdef","jpSg6D%2BOE0sSRRKZi7EHngMMwF73hHH4FGQ9YPKdjJzX2pNRYeFgraFYGB4s80tDKv4wkD2P8W06tpWfR4uRfF0Au0nmC1%2FHogi%2FEYTpZNHQlJLMYrLtv6NmQYOidOUWly1iu2NCUuUCFLNNqyARHz%2Bca0e2JZtQmqwBKL8DRIk%3D","-----BEGIN PUBLIC KEY-----\n" +
104         "MIGfMA0GCSqGSIb3DQEBAQUAA4GNADCBiQKBgQDooX67neqWx+svZjBqRvO9MHGc\n" +
105         "iqsJnnVJkB9XMLMjoiWWYm9CeCJcUauskwLi0Z1xzNSQZ77yZeqAR7bzOr0o+pEg\n" +
106         "2NEgrqAEXadaCR+wVy03BFVyGxsQ/v+mXGqcnc3JwTLZB6RvqYH/XJX+e8/2qnsB\n" +
107         "AKtNGfqx/slrsoICEwIDAQAB\n" +
108         "-----END PUBLIC KEY-----","PKCS#1","SHA1withRSA",true));

测试结果：