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TweetNaCl.js
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============
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Port of [TweetNaCl](http://tweetnacl.cr.yp.to) / [NaCl](http://nacl.cr.yp.to/)
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to JavaScript for modern browsers and Node.js. Public domain.
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[
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](https://travis-ci.org/dchest/tweetnacl-js)
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Demo: <https://dchest.github.io/tweetnacl-js/>
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Documentation
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=============
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* [Overview](#overview)
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* [Audits](#audits)
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* [Installation](#installation)
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* [Examples](#examples)
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* [Usage](#usage)
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* [Public-key authenticated encryption (box)](#public-key-authenticated-encryption-box)
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* [Secret-key authenticated encryption (secretbox)](#secret-key-authenticated-encryption-secretbox)
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* [Scalar multiplication](#scalar-multiplication)
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* [Signatures](#signatures)
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* [Hashing](#hashing)
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* [Random bytes generation](#random-bytes-generation)
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* [Constant-time comparison](#constant-time-comparison)
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* [System requirements](#system-requirements)
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* [Development and testing](#development-and-testing)
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* [Benchmarks](#benchmarks)
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* [Contributors](#contributors)
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* [Who uses it](#who-uses-it)
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Overview
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--------
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The primary goal of this project is to produce a translation of TweetNaCl to
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JavaScript which is as close as possible to the original C implementation, plus
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a thin layer of idiomatic high-level API on top of it.
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There are two versions, you can use either of them:
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* `nacl.js` is the port of TweetNaCl with minimum differences from the
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original + high-level API.
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* `nacl-fast.js` is like `nacl.js`, but with some functions replaced with
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faster versions. (Used by default when importing NPM package.)
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Audits
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------
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TweetNaCl.js has been audited by [Cure53](https://cure53.de/) in January-February
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2017 (audit was sponsored by [Deletype](https://deletype.com)):
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> The overall outcome of this audit signals a particularly positive assessment
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> for TweetNaCl-js, as the testing team was unable to find any security
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> problems in the library. It has to be noted that this is an exceptionally
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> rare result of a source code audit for any project and must be seen as a true
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> testament to a development proceeding with security at its core.
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>
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> To reiterate, the TweetNaCl-js project, the source code was found to be
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> bug-free at this point.
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>
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> [...]
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>
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> In sum, the testing team is happy to recommend the TweetNaCl-js project as
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> likely one of the safer and more secure cryptographic tools among its
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> competition.
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[Read full audit report](https://cure53.de/tweetnacl.pdf)
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Installation
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------------
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You can install TweetNaCl.js via a package manager:
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[Yarn](https://yarnpkg.com/):
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$ yarn add tweetnacl
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[NPM](https://www.npmjs.org/):
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$ npm install tweetnacl
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or [download source code](https://github.com/dchest/tweetnacl-js/releases).
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Examples
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--------
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You can find usage examples in our [wiki](https://github.com/dchest/tweetnacl-js/wiki/Examples).
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Usage
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-----
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All API functions accept and return bytes as `Uint8Array`s. If you need to
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encode or decode strings, use functions from
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<https://github.com/dchest/tweetnacl-util-js> or one of the more robust codec
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packages.
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In Node.js v4 and later `Buffer` objects are backed by `Uint8Array`s, so you
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can freely pass them to TweetNaCl.js functions as arguments. The returned
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objects are still `Uint8Array`s, so if you need `Buffer`s, you'll have to
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convert them manually; make sure to convert using copying: `Buffer.from(array)`
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(or `new Buffer(array)` in Node.js v4 or earlier), instead of sharing:
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`Buffer.from(array.buffer)` (or `new Buffer(array.buffer)` Node 4 or earlier),
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because some functions return subarrays of their buffers.
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### Public-key authenticated encryption (box)
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Implements *x25519-xsalsa20-poly1305*.
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#### nacl.box.keyPair()
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Generates a new random key pair for box and returns it as an object with
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`publicKey` and `secretKey` members:
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{
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publicKey: ..., // Uint8Array with 32-byte public key
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secretKey: ... // Uint8Array with 32-byte secret key
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}
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#### nacl.box.keyPair.fromSecretKey(secretKey)
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Returns a key pair for box with public key corresponding to the given secret
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key.
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#### nacl.box(message, nonce, theirPublicKey, mySecretKey)
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Encrypts and authenticates message using peer's public key, our secret key, and
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the given nonce, which must be unique for each distinct message for a key pair.
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Returns an encrypted and authenticated message, which is
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`nacl.box.overheadLength` longer than the original message.
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#### nacl.box.open(box, nonce, theirPublicKey, mySecretKey)
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Authenticates and decrypts the given box with peer's public key, our secret
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key, and the given nonce.
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Returns the original message, or `null` if authentication fails.
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#### nacl.box.before(theirPublicKey, mySecretKey)
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Returns a precomputed shared key which can be used in `nacl.box.after` and
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`nacl.box.open.after`.
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#### nacl.box.after(message, nonce, sharedKey)
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Same as `nacl.box`, but uses a shared key precomputed with `nacl.box.before`.
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#### nacl.box.open.after(box, nonce, sharedKey)
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Same as `nacl.box.open`, but uses a shared key precomputed with `nacl.box.before`.
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#### Constants
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##### nacl.box.publicKeyLength = 32
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Length of public key in bytes.
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##### nacl.box.secretKeyLength = 32
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Length of secret key in bytes.
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##### nacl.box.sharedKeyLength = 32
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Length of precomputed shared key in bytes.
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##### nacl.box.nonceLength = 24
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Length of nonce in bytes.
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##### nacl.box.overheadLength = 16
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Length of overhead added to box compared to original message.
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### Secret-key authenticated encryption (secretbox)
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Implements *xsalsa20-poly1305*.
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#### nacl.secretbox(message, nonce, key)
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Encrypts and authenticates message using the key and the nonce. The nonce must
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be unique for each distinct message for this key.
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Returns an encrypted and authenticated message, which is
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`nacl.secretbox.overheadLength` longer than the original message.
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#### nacl.secretbox.open(box, nonce, key)
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Authenticates and decrypts the given secret box using the key and the nonce.
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Returns the original message, or `null` if authentication fails.
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#### Constants
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##### nacl.secretbox.keyLength = 32
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Length of key in bytes.
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##### nacl.secretbox.nonceLength = 24
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Length of nonce in bytes.
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##### nacl.secretbox.overheadLength = 16
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Length of overhead added to secret box compared to original message.
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### Scalar multiplication
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Implements *x25519*.
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#### nacl.scalarMult(n, p)
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Multiplies an integer `n` by a group element `p` and returns the resulting
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group element.
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#### nacl.scalarMult.base(n)
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Multiplies an integer `n` by a standard group element and returns the resulting
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group element.
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#### Constants
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##### nacl.scalarMult.scalarLength = 32
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Length of scalar in bytes.
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##### nacl.scalarMult.groupElementLength = 32
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Length of group element in bytes.
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### Signatures
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Implements [ed25519](http://ed25519.cr.yp.to).
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#### nacl.sign.keyPair()
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Generates new random key pair for signing and returns it as an object with
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`publicKey` and `secretKey` members:
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{
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publicKey: ..., // Uint8Array with 32-byte public key
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secretKey: ... // Uint8Array with 64-byte secret key
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}
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#### nacl.sign.keyPair.fromSecretKey(secretKey)
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Returns a signing key pair with public key corresponding to the given
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64-byte secret key. The secret key must have been generated by
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`nacl.sign.keyPair` or `nacl.sign.keyPair.fromSeed`.
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#### nacl.sign.keyPair.fromSeed(seed)
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Returns a new signing key pair generated deterministically from a 32-byte seed.
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The seed must contain enough entropy to be secure. This method is not
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recommended for general use: instead, use `nacl.sign.keyPair` to generate a new
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key pair from a random seed.
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#### nacl.sign(message, secretKey)
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Signs the message using the secret key and returns a signed message.
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#### nacl.sign.open(signedMessage, publicKey)
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Verifies the signed message and returns the message without signature.
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Returns `null` if verification failed.
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#### nacl.sign.detached(message, secretKey)
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Signs the message using the secret key and returns a signature.
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#### nacl.sign.detached.verify(message, signature, publicKey)
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Verifies the signature for the message and returns `true` if verification
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succeeded or `false` if it failed.
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#### Constants
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##### nacl.sign.publicKeyLength = 32
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Length of signing public key in bytes.
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##### nacl.sign.secretKeyLength = 64
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Length of signing secret key in bytes.
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##### nacl.sign.seedLength = 32
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Length of seed for `nacl.sign.keyPair.fromSeed` in bytes.
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##### nacl.sign.signatureLength = 64
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Length of signature in bytes.
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### Hashing
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Implements *SHA-512*.
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#### nacl.hash(message)
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Returns SHA-512 hash of the message.
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#### Constants
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##### nacl.hash.hashLength = 64
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Length of hash in bytes.
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### Random bytes generation
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#### nacl.randomBytes(length)
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Returns a `Uint8Array` of the given length containing random bytes of
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cryptographic quality.
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**Implementation note**
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TweetNaCl.js uses the following methods to generate random bytes,
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depending on the platform it runs on:
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* `window.crypto.getRandomValues` (WebCrypto standard)
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* `window.msCrypto.getRandomValues` (Internet Explorer 11)
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* `crypto.randomBytes` (Node.js)
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If the platform doesn't provide a suitable PRNG, the following functions,
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which require random numbers, will throw exception:
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* `nacl.randomBytes`
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* `nacl.box.keyPair`
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* `nacl.sign.keyPair`
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Other functions are deterministic and will continue working.
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If a platform you are targeting doesn't implement secure random number
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generator, but you somehow have a cryptographically-strong source of entropy
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(not `Math.random`!), and you know what you are doing, you can plug it into
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TweetNaCl.js like this:
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nacl.setPRNG(function(x, n) {
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// ... copy n random bytes into x ...
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});
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Note that `nacl.setPRNG` *completely replaces* internal random byte generator
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with the one provided.
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### Constant-time comparison
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#### nacl.verify(x, y)
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Compares `x` and `y` in constant time and returns `true` if their lengths are
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non-zero and equal, and their contents are equal.
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Returns `false` if either of the arguments has zero length, or arguments have
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different lengths, or their contents differ.
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System requirements
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-------------------
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TweetNaCl.js supports modern browsers that have a cryptographically secure
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pseudorandom number generator and typed arrays, including the latest versions
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of:
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* Chrome
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* Firefox
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* Safari (Mac, iOS)
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* Internet Explorer 11
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Other systems:
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* Node.js
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Development and testing
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------------------------
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Install NPM modules needed for development:
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$ npm install
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To build minified versions:
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$ npm run build
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Tests use minified version, so make sure to rebuild it every time you change
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`nacl.js` or `nacl-fast.js`.
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### Testing
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To run tests in Node.js:
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$ npm run test-node
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By default all tests described here work on `nacl.min.js`. To test other
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versions, set environment variable `NACL_SRC` to the file name you want to test.
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For example, the following command will test fast minified version:
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$ NACL_SRC=nacl-fast.min.js npm run test-node
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To run full suite of tests in Node.js, including comparing outputs of
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JavaScript port to outputs of the original C version:
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$ npm run test-node-all
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To prepare tests for browsers:
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$ npm run build-test-browser
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and then open `test/browser/test.html` (or `test/browser/test-fast.html`) to
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run them.
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To run tests in both Node and Electron:
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$ npm test
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### Benchmarking
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To run benchmarks in Node.js:
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$ npm run bench
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$ NACL_SRC=nacl-fast.min.js npm run bench
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To run benchmarks in a browser, open `test/benchmark/bench.html` (or
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`test/benchmark/bench-fast.html`).
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Benchmarks
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----------
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For reference, here are benchmarks from MacBook Pro (Retina, 13-inch, Mid 2014)
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laptop with 2.6 GHz Intel Core i5 CPU (Intel) in Chrome 53/OS X and Xiaomi Redmi
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Note 3 smartphone with 1.8 GHz Qualcomm Snapdragon 650 64-bit CPU (ARM) in
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Chrome 52/Android:
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| | nacl.js Intel | nacl-fast.js Intel | nacl.js ARM | nacl-fast.js ARM |
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| ------------- |:-------------:|:-------------------:|:-------------:|:-----------------:|
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| salsa20 | 1.3 MB/s | 128 MB/s | 0.4 MB/s | 43 MB/s |
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| poly1305 | 13 MB/s | 171 MB/s | 4 MB/s | 52 MB/s |
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| hash | 4 MB/s | 34 MB/s | 0.9 MB/s | 12 MB/s |
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| secretbox 1K | 1113 op/s | 57583 op/s | 334 op/s | 14227 op/s |
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| box 1K | 145 op/s | 718 op/s | 37 op/s | 368 op/s |
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| scalarMult | 171 op/s | 733 op/s | 56 op/s | 380 op/s |
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| sign | 77 op/s | 200 op/s | 20 op/s | 61 op/s |
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| sign.open | 39 op/s | 102 op/s | 11 op/s | 31 op/s |
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(You can run benchmarks on your devices by clicking on the links at the bottom
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of the [home page](https://tweetnacl.js.org)).
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In short, with *nacl-fast.js* and 1024-byte messages you can expect to encrypt and
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authenticate more than 57000 messages per second on a typical laptop or more than
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14000 messages per second on a $170 smartphone, sign about 200 and verify 100
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messages per second on a laptop or 60 and 30 messages per second on a smartphone,
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per CPU core (with Web Workers you can do these operations in parallel),
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which is good enough for most applications.
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Contributors
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||||
------------
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See AUTHORS.md file.
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Third-party libraries based on TweetNaCl.js
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-------------------------------------------
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* [forward-secrecy](https://github.com/alax/forward-secrecy) — Axolotl ratchet implementation
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* [nacl-stream](https://github.com/dchest/nacl-stream-js) - streaming encryption
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* [tweetnacl-auth-js](https://github.com/dchest/tweetnacl-auth-js) — implementation of [`crypto_auth`](http://nacl.cr.yp.to/auth.html)
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* [tweetnacl-sealed-box](https://github.com/whs/tweetnacl-sealed-box) — implementation of [`sealed boxes`](https://download.libsodium.org/doc/public-key_cryptography/sealed_boxes.html)
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* [chloride](https://github.com/dominictarr/chloride) - unified API for various NaCl modules
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||||
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Who uses it
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||||
-----------
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Some notable users of TweetNaCl.js:
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||||
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||||
* [GitHub](https://github.com)
|
||||
* [MEGA](https://github.com/meganz/webclient)
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* [Stellar](https://www.stellar.org/)
|
||||
* [miniLock](https://github.com/kaepora/miniLock)
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||||
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