The pure JavaScript Martexcoin library for node.js and browsers. Used by over a million wallet users and the backbone for almost all Bitcoin web wallets in production today.

• Clean: Pure JavaScript, concise code, easy to read.

var martexcoin = require('martexcoinjs-lib')

If you're familiar with how to use browserify, ignore this and proceed normally. These steps are advisory only and allow you to use the API to its full extent.

Browserify is assumed to be installed for these steps.

From your repository, create a foobar.js file

var foobar = {
  base58: require('bs58'),
  bitcoin: require('martexcoinjs-lib'),
  ecurve: require('ecurve'),
  BigInteger: require('bigi'),
  Buffer: require('buffer')
}

module.exports = foobar

Each of these included packages are separate to martexcoinjs-lib, and must be installed separately. They are however used in the martexcoinjs-lib public API.

Using browserify, compile foobar.js for use in the browser:

$ browserify foobar.js -s foobar > foobar.js

You will then be able to load foobar.js into your browser, with each of the dependencies above accessible from the global foobar object.

NOTE: See our package.json for the currently supported version of browserify used by this repository.

NOTE: When uglifying the javascript, you must exclude the following variable names from being mangled: Array, BigInteger, Boolean, Buffer, ECPair, Function, Number, Point and Script. This is because of the function-name-duck-typing used in typeforce. Example:

uglifyjs ... --mangle --reserved 'Array,BigInteger,Boolean,Buffer,ECPair,Function,Number,Point'

The below examples are implemented as integration tests, they should be very easy to understand. Otherwise, pull requests are appreciated.

• Generate a random address
• Generate a address from a SHA256 hash
• Generate a address and WIF for Litecoin
• Import an address via WIF
• Create a Transaction
• Sign a Bitcoin message
• Verify a Bitcoin message
• Create an OP RETURN transaction
• Create a 2-of-3 multisig P2SH address
• Spend from a 2-of-4 multisig P2SH address
• Generate a single-key stealth address
• Generate a dual-key stealth address
• Recover a BIP32 parent private key from the parent public key and a derived non-hardened child private key
• Recover a Private key from duplicate R values in a signature

If you have a use case that you feel could be listed here, please ask for it!

• BitAddress
• Blockchain.info
• Blocktrail
• Brainwallet
• Coinkite
• Coinpunk
• Dark Wallet
• DecentralBank
• Dogechain Wallet
• EI8HT Wallet
• GreenAddress
• Hive Wallet
• QuickCoin
• Robocoin
• Skyhook ATM

Stefan Thomas is the inventor and creator of this project. His pioneering work made Bitcoin web wallets possible.

Since then, many people have contributed. Click here to see the comprehensive list.

Daniel Cousens, Wei Lu, JP Richardson and Kyle Drake lead the major refactor of the library from 0.1.3 to 1.0.0.

We are always accepting of pull requests, but we do adhere to specific standards in regards to coding style, test driven development and commit messages.

Please make your best effort to adhere to these when contributing to save on trivial corrections.

$ npm test
$ npm run-script coverage

• BIP21 - A BIP21 compatible URL encoding utility library
• BIP38 - Passphrase-protected private keys
• BIP39 - Mnemonic generation for deterministic keys
• BIP32-Utils - A set of utilities for working with BIP32
• BIP32-Wallet - A BIP32 Wallet backed by bitcoinjs-lib, lite on features but heavily tested
• BIP66 - Strict DER signature decoding
• BIP69 - Mnemonic generation for deterministic keys
• Base58 - Base58 encoding/decoding
• Base58 Check - Base58 check encoding/decoding
• BCoin - BIP37 / Bloom Filters / SPV client
• insight - A bitcoin blockchain API for web wallets.

• Bitcore
• Cryptocoin

BitcoinJS (c) 2011-2016 bitcoinjs-lib contributors

Released under MIT license