This package provides Node.js bindings for the reference implementation that is part of the NIST submission by Bernstein et al.
This version is based on the round-4 submission mceliece-20221023
.
See deps/mceliece
.
Installation should work as usual:
npm i mceliece-nist
const { McEliece } = require('mceliece-nist');
const kem = new McEliece('mceliece8192128');
const { publicKey, privateKey } = kem.keypair();
const { key, encryptedKey } = kem.generateKey(publicKey);
console.log(`Bob is using the key ${key.toString('hex')}`);
const receivedKey = kem.decryptKey(privateKey, encryptedKey);
console.log(`Alice is using the key ${receivedKey.toString('hex')}`);
The package exports a single class, McEliece
.
Creates a new instance using the specified algorithm. algorithm
must be one of
the values contained in McEliece.supportedAlgorithms
.
This static field is an array of all supported algorithms.
The (maximum) key size in bytes that this instance can encapsulate.
The size of the encapsulated key in bytes.
The size of the public key in bytes.
The size of the private key in bytes.
Creates and returns a new key pair { publicKey, privateKey }
. Both keys will
be returned as Buffer
s.
If callback
is a function, keypair
immediately returns undefined
and calls
callback(err, { publicKey, privateKey })
as soon as a new keypair has been
generated.
Generates a new symmetric key and encrypts it using the given publicKey
.
Returns { key, encryptedKey }
, both objects will be Buffer
s.
Decrypts the encryptedKey
that was returned by
instance.generateKey(publicKey)
and returns the decrypted key as a Buffer
.
If callback
is a function, decryptKey
immediately returns undefined
and
calls callback(err, key)
as soon as the key has been decrypted.
This project is distributed under the ISC license.