我使用的是blueimp-md5，它“兼容服务器端环境，如Node.js，模块加载器，如RequireJS, Browserify或webpack和所有网络浏览器。”

像这样使用它:

var md5 = require("blueimp-md5");

var myHashedString = createHash('GreensterRox');

createHash(myString){
    return md5(myString);
}

如果在公开场合传递散列值，对它们加盐总是一个好主意，这样人们就更难重新创建它们:

createHash(myString){
    var salt = 'HnasBzbxH9';
    return md5(myString+salt);
}

你可以使用crypto-js javaScript库的加密标准，有最简单的方法生成sha256或sha512

const SHA256 = require("crypto-js/sha256");
const SHA512 = require("crypto-js/sha512");

let password = "hello"
let hash_256 = SHA256 (password).toString();
let hash_512 = SHA512 (password).toString();

看看crypto。createhash (algorithm)

var filename = process.argv[2];
var crypto = require('crypto');
var fs = require('fs');

var md5sum = crypto.createHash('md5');

var s = fs.ReadStream(filename);
s.on('data', function(d) {
  md5sum.update(d);
});

s.on('end', function() {
  var d = md5sum.digest('hex');
  console.log(d + '  ' + filename);
});

使用PBKDF2在NodeJs中进行密码哈希

const pbkdf2 = require("pbkdf2");
const crypto = require("crypto");

// UserSchema
//...

// Method to create pbkdf2 hash from plain text
UserSchema.methods.createHash = async function (plainTextPassword) {

  // Generate a salt and then create hash
  const salt = crypto.randomBytes(16).toString("hex");
  const hashedPassword = pbkdf2
    .pbkdf2Sync(plainTextPassword, salt, 10, 32, "sha512")
    .toString("hex");

  // Saving both the dynamic salt and hash in the Database
  return [salt, hashedPassword].join("#");
};

// Validating the password with pbkdf2 hash
UserSchema.methods.validatePassword = async function (candidatePassword) {
  const hashedPassword = this.password_hash.split("#")[1];
  const salt = this.password_hash.split("#")[0];

  const hash = pbkdf2
    .pbkdf2Sync(candidatePassword, salt, 10, 32, "sha512")
    .toString("hex");

  if (hash === hashedPassword) {
    return true;
  }
  return false;
};

module.exports.User = mongoose.model("User", UserSchema);

使用Argon2在NodeJs中进行密码哈希

const argon2 = require("argon2");

// UserSchema
...

// Method to generate Hash from plain text  using argon2
UserSchema.methods.createHash = async function (plainTextPassword) {
    // return password hash
    return await argon2.hash(plainTextPassword);
};

// Method to validate the entered password using argon2
UserSchema.methods.validatePassword = async function (candidatePassword) {
  return await argon2.verify(this.password_hash, candidatePassword)
};

module.exports.User = mongoose.model("User", UserSchema);

本文可以帮助您设置并执行演示项目。 https://mojoauth.com/blog/hashing-passwords-in-nodejs/

如果你只是想md5哈希一个简单的字符串，我发现这对我有用。

var crypto = require('crypto');
var name = 'braitsch';
var hash = crypto.createHash('md5').update(name).digest('hex');
console.log(hash); // 9b74c9897bac770ffc029102a200c5de

在这里，您可以在您的硬件上对所有受支持的哈希值进行基准测试，这些哈希值由您的node.js版本所支持。有些是加密的，有些只是用于校验和。每个算法计算“Hello World”100万次。每个算法可能需要大约1-15秒(在标准谷歌计算引擎上使用Node.js 4.2.2测试)。

for(var i1=0;i1<crypto.getHashes().length;i1++){
  var Algh=crypto.getHashes()[i1];
  console.time(Algh);
  for(var i2=0;i2<1000000;i2++){
    crypto.createHash(Algh).update("Hello World").digest("hex");
  }
  console.timeEnd(Algh);  
}

Result: DSA: 1992ms DSA-SHA: 1960ms DSA-SHA1: 2062ms DSA-SHA1-old: 2124ms RSA-MD4: 1893ms RSA-MD5: 1982ms RSA-MDC2: 2797ms RSA-RIPEMD160: 2101ms RSA-SHA: 1948ms RSA-SHA1: 1908ms RSA-SHA1-2: 2042ms RSA-SHA224: 2176ms RSA-SHA256: 2158ms RSA-SHA384: 2290ms RSA-SHA512: 2357ms dsaEncryption: 1936ms dsaWithSHA: 1910ms dsaWithSHA1: 1926ms dss1: 1928ms ecdsa-with-SHA1: 1880ms md4: 1833ms md4WithRSAEncryption: 1925ms md5: 1863ms md5WithRSAEncryption: 1923ms mdc2: 2729ms mdc2WithRSA: 2890ms ripemd: 2101ms ripemd160: 2153ms ripemd160WithRSA: 2210ms rmd160: 2146ms sha: 1929ms sha1: 1880ms sha1WithRSAEncryption: 1957ms sha224: 2121ms sha224WithRSAEncryption: 2290ms sha256: 2134ms sha256WithRSAEncryption: 2190ms sha384: 2181ms sha384WithRSAEncryption: 2343ms sha512: 2371ms sha512WithRSAEncryption: 2434ms shaWithRSAEncryption: 1966ms ssl2-md5: 1853ms ssl3-md5: 1868ms ssl3-sha1: 1971ms whirlpool: 2578ms