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<p align="center"> <img src="https://emojipedia-us.s3.dualstack.us-west-1.amazonaws.com/thumbs/240/google/223/skull-and-crossbones_2620.png" width="120" alt="deth"> <h3 align="center">Deth Node</h3> <h5 align="center">/ dev nəʊd /</h5> <p align="center">Ethereum Node focused on Developer Experience</p> <p align="center"> <img alt="Build status" src="https://circleci.com/gh/ethereum-ts/deth.svg?style=svg"> <a href="/package.json"><img alt="Software License" src="https://img.shields.io/badge/license-MIT-brightgreen.svg?style=flat-square"></a> </p> </p>

Features

Note: current features represent just a gist of what we want to accomplish

Demo

Installation

npm install --save-dev deth

Getting started

deth [config]

Sample config (we support only .js configs for now):

const BN = require('bn.js')

module.exports = {
  blockchain: {
    accounts: {
      privateKeys: [
        '0x47be2b1589bb515b76b47c514be96b23cd60ee37e81d63c2ae9c92f7d7667e1a',
        '0x72a4d3589099f14b31725dee59b186419bac41c42d2d02b2c70c1a8af2a2b6bb',
        '0x1ff8271bf14ac9bef0b641cced40dc2a7ebd2e37d8e16d25b4aa1911364219af',
        '0x1444ab10c1d1e8aabb89534218854df60d90bb45f39b55634777461d5a465e2e',
        '0xbff5647520d5e327178330ec0085ab27a58fb26ecb942f770397a940fa5c5d29',
        '0x8db53d08e85593ffb623e89e352bfed4eea350e6cc9812f11eac4de576f3cfda',
        '0x24e467ab36f3cf70767135775ec1f7cc2a8b17363055e548113d85072136f945',
        '0xc3bc1a16a82622f9bddf48f8e754c98092755e2e3782aafdca4ce21a1082747f',
        '0xe54c55b3c5d80d445841afa3141e52592bec8523d8993d8df1811bfc5bf64d59',
        '0x48ee1f88167591357bb6780cbc09bc01e2a93d439e789d44261bf747034164e0'
      ],
      initialBalance: new BN(10000).pow(new BN(18))
    },
    chainId: 420
  },
  debugger: {
    abiFilesGlob: '../contracts/**/out/*.abi'
  }
}

NOTE: debugger > abiFilesGlob.

You can find defaults here

Roadmap

Architecture

Currently it uses forked ethereumjs-vm as a virtual machine but we evaluate other designs (like writing our own VM). Our state manager and blockchain is entirely in memory, without usage of merkle patricia trees. Snapshots are implemented simply as deep copy which makes our snapshot mechanism much more reliable than one used in Ganache.