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arbitrage-repo-for-public

✨ This is a rudimentary version of an eth arbitrage repository. The advanced version is under development and is a private repository. We will regularly update the relevant content of the public warehouse, so stay tuned!

✨ For more information, please visit the Wiki.

Commit Rules:

  • First create a new branch from dev and push this branch to the repository.
  • After your part of work, merge your temporary branch to dev (you can certainly create merge requests).
  • The release version is on the main branch.

Documentation Guidelines:

SDK

✅ TradeInit

  1. browser version:

    How to run:

  • Download Web Server for Chrome, copy the local project and run it as its notes.
  • Or all you need to do is use a local web server. Popular choices include:

  1. Live Server, a VS Code extension that adds a right-click option to run your pages with a local server.

  2. Node static server, a simple http server to serve static resource files from a local directory.

  3. Node live server is easy to install and use:

    npm install -g live-server // Install globally via npm
live-server                // Run in the html's directory

  • Then you can run and debug your code on Chrome! (F12)

    The first function let you modify your code on the web IDE, while in the other way, you can modify the code locally or on the web IDE.

  1. local version:

    How to run:

    npm install -g cnpm --registry=https://registry.npm.taobao.org
cnpm i
node ./js/main.js

✅ ArbitrageProject

  1. Back-end:

    It is to accept client requests for arbitrage work.

    It is recommended to use express-backend (since the version with the nest framework has not yet been completed), developed using the express framework of node.js.

    How to run:

    npm install -g cnpm --registry = https://registry.npm.taobao.org
cnpm i
node ./app.js

  2. Client:

    It is to retrieve unpackaged trades from the txpool is defined here, and then request the backend for arbitrage work.

    How to run:

    go mod init
go mod tidy
go run listener.go Decodetxdata.go func1.go func2.go utils.go

gelato-uniswap or gelato-network

  • Through it, you can use the Gelato Network to build an automated dapp.

  • In this example, the dapp enables Users to automatically swap DAI for ETH on Uniswap every 2 minutes using Gelato.

  • You can think of it as a Dollar Cost Averaging Dapp build on Uniswap.