REACTOR
📑 Overview
The Reactor is a comprehensive platform for deploying and managing Reactive Smart Contracts (RSCs) without writing code. It enables users to automate interactions between different DApps and chains through a template-based approach, making blockchain automation accessible to everyone.
🌟 Key Features
- Template-Based RSC Deployment: Deploy reactive smart contracts using pre-built templates
- Multiple Architecture Support: Implement various automation patterns including live data integration, cross-DApp, cross-chain, and external integrations
- Smart Contract Library: Access a curated collection of complex RSC implementations
- DApp Library: Explore and utilize existing DApp automations
- User-Friendly Interface: Simple web3 interface for connecting wallets and deploying contracts
🏗️ System Architecture
Template Types
Live Data Integration
- Subscribe to events from established DApps
- Update contract states based on live data
- Automated event parameter mapping
Cross-DApp Automation
- Create event-triggered automation flows
- Connect multiple DApps through smart contracts
- Automated function execution based on events
Cross-Chain Bridge
- Enable cross-chain data sharing
- Manage multi-chain deployments
- Handle bridge connections and verifications
External DApp Integration
- Automate external DApp interactions
- Set up callback contracts
- Handle reactive mechanisms
📚 Smart Contract Library (SCLibrary)
Purpose
SCLibrary provides access to complex logical Reactive Smart Contracts for advanced use cases that go beyond simple template generation.
Features
- Use Case Browser: Browse problem statements and implementations
- Detailed Documentation: Comprehensive explanations of each template
- Direct Deployment: Deploy templates with customized parameters
- Community Engagement: Like, comment, and share implementations
For Users
Template Discovery
- Browse use cases by category
- View implementation details
- Access source code and documentation
Deployment Requirements
- Include AbstractCallback interface in destination contract
- Make constructor payable
- Provide minimum required native currency (0.1 sepETH or equivalent)
For Contributors
- Submission Guidelines
- Title and description
- Category selection (Token, DeFi, NFT, DAO)
- Implementation details
- Complete template code
- GitHub repository link
🔧 Implementation Process
Connect Wallet
Connect your Web3 wallet to the platform
Select Template
Choose from available RSC templates based on your use case
Configure Parameters
- Input contract addresses
- Set chain IDs
- Configure thresholds
- Specify event mappings
Deploy Contract
- Review configuration
- Confirm deployment
- Monitor transaction status
🔐 Security Considerations
Smart Contract Security
- Automated security checks
- Gas optimization
- Access control verification
Deployment Safety
- Parameter validation
- Contract compatibility checks
- Gas requirement verification
📋 Prerequisites
- Web3 compatible wallet (MetaMask recommended)
- Sufficient native currency for deployment
- Target contract must implement required interfaces
- Understanding of basic blockchain concepts
🚀 Getting Started
- Visit the platform website
- Connect your Web3 wallet
- Browse available templates
- Select desired automation type
- Configure parameters
- Deploy your RSC
🤝 Contributing
We welcome contributions to our template library! Please follow these steps:
- Fork the repository
- Create your feature branch
- Follow contribution guidelines
- Submit a pull request
📖 Documentation
Detailed documentation is available for:
- Template specifications
- Implementation guides
- Security considerations
- Best practices
- API references
⚠️ Important Notes
- Always test deployments on testnet first
- Verify contract parameters before deployment
- Ensure sufficient gas for callbacks
- Follow recommended security practices
📞 Support
For support and questions:
- Check documentation
- Join our community
- Submit issues on GitHub
- Contact development team
📄 License
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