pbkdf2-crypt

🔒 Cryptographically secure password hashing algorithm based on pbkdf2 key derivation function.
_{Coded with ❤️ by Simone Primarosa.}

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DEPRECATED!!! USE @phc/pbkdf2 INSTEAD

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Install

npm install --save pbkdf2-crypt

Usage

const pbkdf2c = require('pbkdf2-crypt');

// Hash and verify with pbkdf2 and default configs
pbkdf2c.hash('We are all unicorns')
  .then(hash) => {

    console.log(hash);
    //=> "mOyc16tOzjyRlVwE0UknfYLkWhboVaepNDSlpXGsgVIjmV3ATpMgbUkvtAQVuGWYX8499ta+qTSwMS5mShHrPEMR1w/JRa3TiOYRK6D7K7Q0JhFkp83suUKaO2qqXf7XXlbeEQjEHyxXOQejKBxhbl7vdlgQcUnsovCtEhOesD0=,B1izIvz3r4CKWswSeWh11ClEVrXxs/2jDD0LGSUMar/KQyBI6x4CfkcnsC4WHU29Meew8aQYyURwS8tjP7N+tMM1NhM1FDnWH0766noazbVd1rNG8IHoroD8v0jQcHYTRth2pviQaoJszKcLP43XT+c9DNYolDXzeKQAPZ3+mI0=,10000,128,sha512"

    pbkdf2c.verify(hash, 'We are all unicorns')
      .then(match) => {
        console.log(match);
        //=> true
      });

  });

// Hash and verify with pbkdf2 and custom configs
pbkdf2c.hash('We are all unicorns', {digest: 'sha1', iterations: 15000})
  .then(hash) => {

    console.log(hash);
    //=> "suaEhih1LNHXbcWMc7lzdY7z0F3bVbVvuIGr7kAMCPNQ9vGsIhQWL//GIdZ4NNLs8n7rNkRFYHzEqBjl+GgzSQ==,T82zIg2ej8IOYBqqlGOtduKVFUUMras1eJ1U1khGTfeP1caP3jAozGQqS149Pynq9PlEGP0hhMOsywrKj97VUw==,7500,64,sha1"

    pbkdf2c.verify(hash, 'We are all unicorns')
      .then(match) => {
        console.log(match);
        //=> true
      });

  });

API

hash(password, [options]) ⇒ Promise.<string>

Computes the secure hash string of the given password.

verify(hash, input) ⇒ Promise.<boolean>

Determines whether or not the user's input matches the secure hashed password.

hash(password, [options]) ⇒ Promise.<string>

Computes the secure hash string of the given password.

Kind: global function
Returns: Promise.<string> - The generated secure hash string.
Access: public

Param	Type	Description
password	string	The password to hash.
[options]	Object	Configurations related to the hashing function.
[options.iterations]	number	The number of iterations to compute the derived key.
[options.keylen]	number	Length of the computed derived key.
[options.digest]	number	A digest function from the crypto.getHashes() list of supported digest functions.

verify(hash, input) ⇒ Promise.<boolean>

Determines whether or not the user's input matches the secure hashed password.

Kind: global function
Returns: Promise.<boolean> - A boolean that is true if the hash computed for the input matches.
Access: public

Param	Type	Description
hash	string	Secure hash string generated from this package.
input	string	User's password input.

Contributing

Contributions are REALLY welcome and if you find a security flaw in this code, PLEASE report it.
Please check the contributing guidelines for more details. Thanks!

Authors

• Simone Primarosa - Follow me on Github (@simonepri) and on Twitter (🐦@simonepri)

See also the list of contributors who participated in this project.

License

This project is licensed under the MIT License - see the LICENSE file for details.