Stability MCP Server

## Expanded MCP Implementation with Stability Toolkit Integration ### Leveraging Existing Stability-Toolkit Components Your existing Python toolkit provides excellent patterns to migrate: - **StabilityWriteTool** → `stability_write` MCP tool - **StabilityReadTool** → `stability_read` MCP tool - **StabilityWriteContractTool** → `stability_write_contract` MCP tool - **StabilityDeployTool** → `stability_deploy` MCP tool ### Standard Smart Contracts optional. 1. **Token Contracts** - ERC20 template (fungible tokens) - ERC721 template (NFTs) - ERC1155 template (multi-token) - Custom membership token template 2. **Utility Contracts** - Registry contract (for tracking deployments) - Proxy contract (for upgradeable patterns) - Access control contract - Event emitter contract 3. **Application Templates** - Voting contract - Certificate issuance contract - Escrow contract - Time-locked vault --- ## Simplified Task List for MCP Implementation ### Phase 1: Core Foundation 1. **Set up Node.js MCP server structure** - Initialize TypeScript project with MCP SDK - Port API configuration from `stability_toolkit.py` - Implement API key management from environment variables 2. **Migrate Python tools to MCP tools** - Convert `StabilityWriteTool` logic to `stbl_write` tool - Convert `StabilityReadTool` logic to `stbl_read` tool - Convert `StabilityWriteContractTool` to `stbl_write_contract` - Convert `StabilityDeployTool` to `stbl_deploy` 3. **Implement core MCP endpoints** - Set up tool registration - Create request/response handlers - Add error handling and retry logic 4. **Add ZKT API integration** - Port endpoints from Python (`/zkt/try-it-out`, `/zkt/{api-key}`) - Implement POST for messages - Implement contract deployment endpoint - Add contract interaction endpoints ### Phase 2: Event System 6. **Build event subscription system** - Create WebSocket connection manager - Implement event filter parser - Add event queue for reliability 7. **Create event MCP tools** - Implement `event_subscribe` tool - Build `event_query` for historical data - Add `event_filter` for complex queries - Create `event_webhook` for external integration 8. **Test event system** - Deploy test contracts that emit events - Verify real-time event delivery - Test historical event queries ### Phase 3: Smart Contract Suite 9. **Create base smart contract templates** - Write ERC20 template contract in Solidity - Write ERC721 template contract - Write ERC1155 template contract - Create deployment scripts for each 9. **Build contract analysis tools** - Create ABI parser using existing Python patterns - Implement method discovery - Add parameter validation 10. **Create utility contracts** - Write Registry contract for tracking deployments - Implement Proxy contract for upgrades - Create Access Control contract - Build Event Emitter for standardized events 11. **Implement contract templates** - Port contract deployment examples from Python tests - Create Voting contract template - Build Certificate issuance contract - Add Escrow contract template 12. **Build deployment automation** - Create deployment scripts for all templates - Add verification automation - Implement batch deployment support ### Phase 4: Token Operations 13. **Implement token creation tools** - Build `token_create` with template selection - Add `token_mint` with batch support - Create `token_transfer` with validation - Implement `token_metadata` handler 14. **Create NFT-specific features** - Build metadata upload to IPFS - Add image processing for NFTs - Create collection management tools - Implement royalty support 15. **Add token utility features** - Build airdrop automation - Create token holder snapshot tool - Add balance checking utilities - Implement approval management ### Phase 5: Testing & Documentation 16. **Create comprehensive test suite** - Port Python test cases to Node.js - Add integration tests for all tools - Create load testing scenarios - Test with real Stability testnet 17. **Build example applications** - Create membership system example - Build voting dApp example - Add supply chain tracking demo - Create digital certificate example 18. **Write documentation** - Create getting started guide - Document all MCP tools - Add code examples for each feature - Create troubleshooting guide ### Phase 6: Advanced Features 19. **Add natural language processing** - Create intent parser for contract operations - Build contract code generator - Add transaction explainer - Implement multi-language support 20. **Build contract intelligence** - Port security checks from Python toolkit - Add optimization suggestions - Create pattern recognition - Implement best practices validator 21. **Create data management tools** - Build `data_store` for on-chain storage - Implement `data_query` with indexing - Add `data_subscribe` for changes - Create data migration tools ### Phase 7: Production Release 22. **Security hardening** - Implement rate limiting - Add request validation - Create audit logging - Set up monitoring 23. **Performance optimization** - Add caching layer - Implement connection pooling - Optimize batch operations - Add request queuing 24. **Create deployment package** - Set up NPM package - Create NPX runner - Add Docker container - Build one-click installers 25. **Launch preparation** - Create demo video - Write blog post - Prepare launch materials - Set up support channels ### Specific Migration References 26. **Port Python toolkit patterns** - Migrate request structure from `stability_toolkit.py` - Port error handling patterns - Transfer retry logic - Copy test scenarios 27. **Leverage existing work** - Use Python toolkit's ABI handling as reference - Port contract deployment examples - Migrate API endpoint patterns - Copy validation logic 28. **Maintain compatibility** - Ensure similar function signatures - Keep consistent error messages - Maintain API response formats - Support same use cases This task list provides a clear, sequential path from leveraging your existing Python toolkit to building a production-ready MCP for Stability blockchain, making blockchain truly accessible to everyone through AI integration.