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Cross-Chain Token Bridge

Landing Page

Table of Contents

Introduction

The Cross-Chain Token Bridge is a decentralized application (dApp) that enables seamless transfer of custom tokens between multiple blockchains. This project aims to provide a secure, fast, and user-friendly solution for cross-chain token transfers, unlocking the full potential of decentralized finance across different blockchain networks.

Contract Page

Features

  • Effortless cross-chain token transfers
  • Support for multiple blockchain networks
  • User-friendly interface with responsive design
  • Secure wallet connection and management
  • Real-time transaction tracking and event logging
  • Performance metrics and load testing capabilities

Technology Stack

  • Frontend: Next.js, React, TypeScript, Tailwind CSS, Framer Motion
  • Backend: Go (Golang), MongoDB
  • Blockchain Interaction: Web3.js, Ethers.js
  • Smart Contracts: Solidity
  • Testing: Go testing framework, Vegeta (for load testing)

Project Structure

The project is divided into three main components:

  1. Smart Contracts: Located in the smart-contracts directory
  2. Backend: Located in the backend directory
  3. Frontend: Located in the frontend directory

Setup and Installation

(Provide step-by-step instructions for setting up the project locally)

Usage

(Provide instructions on how to use the dApp, including any necessary configuration)

Token Contract Page

Smart Contracts

The main smart contract for this project is CCIP_Token.sol, which implements the cross-chain token functionality. Key features of the contract include:

  • ERC20 token implementation
  • Minting and burning capabilities
  • Token locking and releasing for cross-chain transfers
  • Owner-only functions for contract management

Backend

The backend, written in Go, handles:

  • Event logging from smart contract interactions
  • API endpoints for retrieving contract and transaction data
  • MongoDB integration for data persistence
  • Load testing capabilities for performance optimization

Frontend

The frontend, built with Next.js and React, provides:

  • A responsive and intuitive user interface
  • Wallet connection and management
  • Real-time updates of token balances and transaction status
  • Contract interaction through a user-friendly interface

Testing

The project includes various testing mechanisms:

  • Smart contract tests (to be implemented)
  • Backend API tests
  • Load testing using the Vegeta library for performance analysis

To run the load test: