This repository contains the code for a decentralized Rock Paper Scissors game built on the BSC testnet blockchain.
Decentralized: The game logic is executed on-chain, ensuring fairness and transparency.
Secure: Player actions are cryptographically verifiable, preventing cheating.
Play-to-Earn: Players can win tokens by winning games.
User-Friendly: Simple and intuitive interface for easy gameplay.
Solidity: Smart contract language for the game logic.
Hardhat: Development environment for Solidity contracts.
React: Frontend framework for the user interface.
Nextjs: Frontend framework for the user interface.
Web3.js: JavaScript library for interacting with the BSC testnet blockchain.
Clone the repository:
git clone https://github.com/isrmicha/web3-rock-paper-scissors
Install dependencies:
cd web3-rock-paper-scissors npm install
Deploy the smart contract:
cd web3-rock-paper-scissors/back npx hardhat run scripts/deploy.js
Run the frontend:
cd web3-rock-paper-scissors npm run dev
Play the game: Open the game in your browser and connect your Metamask wallet.
How to Play
Connect your wallet: Connect your Metamask wallet to the game.
Select your choice: Choose Rock, Paper, or Scissors.
Submit your choice: Confirm your choice and bet.
Wait for the result: The game will automatically determine the winner and distribute the winnings.
Contributing
Contributions are welcome! Please submit a pull request with your changes.
Creating a roadmap for your Web3 Rock Paper Scissors game is a fantastic way to outline the development process and set clear milestones. Here’s a structured roadmap that you can follow:
Web3 Rock Paper Scissors Game Roadmap
Define Game Rules
Establish the basic rules of Rock Paper Scissors.
Decide on the betting mechanism (if any).
User Experience (UX) Design
Create wireframes for the game interface.
Design user flows for gameplay, wallet connection, and betting.
Technical Specifications
Choose the blockchain platform (e.g., BSC Testnet).
Select the development tools (e.g., Solidity, Hardhat, React).
Smart Contract Development
Write the smart contract for game logic using Solidity.
Implement functions for player actions, betting, and result determination.
Frontend Development
Set up the React application for the user interface.
Integrate Web3.js to connect the frontend with the BSC Testnet blockchain.
Testing
Conduct unit tests for smart contracts.
Perform integration tests for the frontend and backend interactions.
Deploy Smart Contracts
Deploy the smart contract to the BSC Testnet for initial testing.
Verify the contract on the blockchain explorer.
Frontend Deployment
Host the frontend application on a web server or decentralized hosting platform.
User Testing
Gather feedback from users to identify bugs and areas for improvement.
Mainnet Deployment
Deploy the smart contract to the BSC mainnet.
Ensure all functionalities are working as intended.
Marketing and Community Engagement
Promote the game through social media and crypto communities.
Engage with users to build a community around the game.
Launch Event
Organize a launch event to attract players and create buzz.
Monitor and Maintain
Continuously monitor the game for bugs and performance issues.
Provide regular updates and improvements based on user feedback.
Feature Enhancements
Plan and implement new features (e.g., tournaments, leaderboards).
Explore partnerships with other projects for cross-promotions.
Community Building
Foster a community through forums, social media, and events.
Encourage user-generated content and feedback.
In the near future we will create a new token on the BSC mainnet with the symbol $RPS for be the main currency.
The burning system will be that every BNB bet lost on every lose game will be BURNED.
This roadmap provides a clear path from conception to launch and beyond for your Web3 Rock Paper Scissors game. Each phase is crucial for ensuring a successful and engaging user experience.
License
This project is licensed under the MIT License.
Disclaimer
This is a sample project for educational purposes only. It is not intended for use in a production environment. Please consult with a qualified professional before deploying this code in a real-world application.