bitbeam v3.0.4

bitbeam

A 1-1 end-to-end encrypted internet pipe powered by Hyperswarm, Noise & Bitcoin

npm install git+https://github.com/samooth/bitbeam

Usage

const BitBeam = require('bitbeam')
// Alice Private Key
const fromPrivKey = bsv.PrivKey.fromString("L1H2Zz694soUr9T3y...")
// Bob Public Key
const toPubKey = bsv.PubKey.fromString("03516b6b5a609b35f22bdfc62...");

// key is 32-byte unique passphrase to find the other side of your pipe.
// once the other peer is discovered it is used to derive a noise keypair as well.
// bitbeam uses ECDH to generate the unique passphrase when 
// from: and to: are specified in the options object, being, 
// from: the Bitcoin Private Key of Alice and
// to: the Bitcoin Public Key of Bob
const beam = new BitBeam({from: fromPrivKey ,to: toPubKey})

// to generate a random passphrase, leave the constructor empty and bitbeam will generate one for you
// const beam = new BitBeam()
// beam.key // <-- your passphrase

// make a little chat app
process.stdin.pipe(beam).pipe(process.stdout)

CLI

First install it

npm install -g git+https://github.com/samooth/bitbeam

Then on one machine run

echo 'hello world' | bitbeam

This will generate a phrase, eg "neznr3z3j44l7q7sgynbzpdrdlpausurbpcmqvwupmuoidolbopa". Then on another machine run

# will print "hello world"
bitbeam neznr3z3j44l7q7sgynbzpdrdlpausurbpcmqvwupmuoidolbopa

That's it! Happy piping.

API

const stream = new BitBeam([key][, options])

Make a new BitBeam duplex stream.

Will auto connect to another peer using the same key with an end to end encrypted tunnel.

When the other peer writes it's emitted as data on this stream.

Likewise when you write to this stream it's emitted as data on the other peers stream.

If you do not pass a key into the constructor (the passphrase), one will be generated and put on stream.key.

options include:

• dht: A DHT instance. Defaults to a new instance.

stream.key

The passphrase used by the stream for connection.

License

MIT