Skip to content
This repository has been archived by the owner on Nov 4, 2022. It is now read-only.

πŸ”₯πŸ‘›Burner Wallet to move xDai quickly in a web browser. Sweep to cold storage when you get home. πŸ πŸ‘¨πŸ»β€πŸš’

License

protofire/burner-wallet

Β 
Β 

Repository files navigation

πŸ”₯πŸ‘›Burner Wallet to move xDai quickly in a web browser. Sweep to cold storage when you get home. πŸ πŸ‘¨πŸ»β€πŸš’ https://xdai.io

Read the full article here: Ethereum in Emerging Economies - Mass adoption will start where decentralization is necessary

Unfortunately, it is especially difficult to onboard new users because our ecosystem has such a steep learning curve. Traditional wallets put a huge burden on the user to understand a new currency and deal with seed phrases.

What we need is a way to exchange an intuitive currency like DAI using a simple and ubiquitous platform like the mobile webΒ browser.

burnerwalletvideosplash

Contributing as a Developer/Designer

you'll need ganache installed and running

ganache-cli

clone the burner wallet repo

git clone https://github.com/austintgriffith/burner-wallet.git
cd burner-wallet

initialize burner:

npx clevis@0.1.4 init

(You'll need to hit enter a few times to specify some config directories.)

install burner:

npm i

link clevis

alias clevis='./node_modules/clevis/bin.js'

compile, deploy, test, and inject all contracts in the frontend:

clevis test full

start the app:

npm start

Meta Transaction Relay

in a new terminal start the decentralized metatx relayer from Tabookey:

./startLocalRelay.sh

then deploy and test

clevis test withrelay

WTF is Clevis? (It's like truffle and drizzle I think.)

Clevis is used to compile, deploy, and test the smart contracts. It is mainly for orchestration, but it also injects all the contracts into the Dapparatus (frontend).

clevis docs:

Testing locally

Take a look at tests/clevis.js, the metamask() function in particular, to give your MetaMask accounts some ETH when you run the full test.

Original Video

burnerwalletscreencast

Here are two phones exchanging value in a matter of seconds using burners:

burnerwalletdemo

One mobile phone can send DAI to another in 5 seconds with a simple QR code scan without any wallet download, this works on web browsers. Users can even send value through messaging services like WhatsApp with a simple link!

The Burner Wallet runs on the xDai sidechain from POA. Since it is in DAI, a dApp can simply refer to amounts in USD. Plus, block times take 5 seconds and gas costs are virtually abstracted because they are so cheap and paid in DAI. Finally, the bridge between xDai and DAI/ETH is as simple as sending tokens to a specific address.Β 

A burner wallet is automatically generated upon visiting https://xdai.io and your private key is stored in a cookie so it will be there when you come back. However, you should sweep any value you hold to a cold wallet regularly and burn your ephemeral private key. A burner wallet is analogous to cash; you won't carry too much because it can be lost but it's astonishingly easy to exchange.Β 

This can also be very handy in everyday use even for the crypto-initiated. If you are share a Lyft or a pizza with a friend and want to split the cost, just shoot their QR code with your camera and it will open up a new burner wallet to exchange value with them. Just don't forget to sweep to cold storage and burn your key when you get home!

Here is a follow up video to show how to go from fiat to DAI to xDai and back: onrampscreencast


Docker Dev Version

You will want to fork this repo and then clone it down. Since I own the repo I'll just clone it:

cd ~;git clone https://github.com/austintgriffith/burner-wallet.git

Then, fire up a Docker container with your environment all prepared for you:

docker run -ti --rm --name clevis -p 3000:3000 -p 8545:8545 -p 18462:18462 -v ~/burner-wallet:/dapp austingriffith/clevis:latest

Note: You will be prompted for directories to store things, just use the defaults (hit enter): image

This will take a while. Eventually it will stand up React, Ganache, and Clevis. (Note: make sure you don't have anything running on port 3000 or 8545 already)

If you visit http://localhost:3000 you will see an initial error that React is missing the injected contracts. To compile, deploy, and inject those contract, run:

πŸ—œοΈ Clevis:/dapp πŸ—œοΈ clevis test full

Don't forget to point your MetaMask at the local RPC endpoint (http://localhost:8545): image

You can view and edit the code with your IDE of choice within the terminal (not from inside Docker container):

atom ~/burner-wallet

To bring up the relayer, you will want to set your http endpoint:

πŸ—œοΈ Clevis:/dapp πŸ—œοΈ echo 'http://0.0.0.0:8545' > relayhttpprovider.env
πŸ—œοΈ Clevis:/dapp πŸ—œοΈ node xdairelay.js

To follow your React logs you run:

tail -f react.log

To follow your ganache/geth logs:

tail -f geth.log

If you would like to give your intial account some eth to start out:

πŸ—œοΈ Clevis:/dapp πŸ—œοΈ clevis send 5 0 ***YOUR_ETH_ADDRESS***

Or better yet, edit the tests/clevis.js to send you xDai every time you run the test suite: image

Then run:

clevis test full

Your frontend should automatically reload and your account should have xDai: image


Are you a developer or designer that would like to help build the next iteration of the πŸ”₯πŸ‘›Burner WalletπŸ‘›πŸ”₯? Here is a short intro video to explain how to get started:

onrampscreencast

To learn more about Clevis and Dapparatus check out some of the following articles:

https://github.com/austintgriffith/clevis https://github.com/austintgriffith/dapparatus https://medium.com/@austin_48503/buidlguidl-0x0-clevis-dapparatus-533936a8236a https://medium.com/@austin_48503/buidlguidl-0x1-guidlcoin-3be30c6ac76f https://medium.com/@austin_48503/%EF%B8%8Fclevis-blockchain-orchestration-682d2396aeef

About

πŸ”₯πŸ‘›Burner Wallet to move xDai quickly in a web browser. Sweep to cold storage when you get home. πŸ πŸ‘¨πŸ»β€πŸš’

Resources

License

Stars

Watchers

Forks

Releases

No releases published

Packages

No packages published

Languages

  • JavaScript 80.1%
  • Solidity 11.0%
  • CSS 7.8%
  • Other 1.1%