- Introduction
- Features
- Technology Stack
- Project Structure
- Setup and Installation
- Usage
- Smart Contracts
- Backend
- Frontend
- Testing
- Contributing
- License
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.
- 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
- 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)
The project is divided into three main components:
- Smart Contracts: Located in the
smart-contracts
directory - Backend: Located in the
backend
directory - Frontend: Located in the
frontend
directory
(Provide step-by-step instructions for setting up the project locally)
(Provide instructions on how to use the dApp, including any necessary configuration)
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
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
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
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: