Vibe-Coder MCP Server

# Vibe-Coder MCP Server Implementation Plan This document outlines the step-by-step implementation strategy for building the Vibe-Coder MCP Server using the Model Context Protocol specification for TypeScript. Each phase represents a discrete, focused task with clear checklists, coding standards, and review processes. --- ## Phase 1: Environment Setup and Repository Initialization ### Objectives - Set up the development environment and repository. - Install required dependencies (including the MCP TypeScript SDK). - Establish a working base by validating a simple MCP server. ### Tasks - [ ] **Repository Initialization:** - Create a new repository or branch dedicated to the Vibe-Coder feature. - Follow the naming convention: `feature/vibe-coder`. - [ ] **Environment Setup:** - Ensure Node.js and npm are installed. - Install the MCP TypeScript SDK: ```bash npm install @modelcontextprotocol/sdk ``` - [ ] **Basic MCP Server Setup:** - Create a minimal MCP server (e.g., an Echo server) based on the MCP TypeScript examples. - Validate that the server correctly processes simple requests (using `StdioServerTransport` or HTTP with SSE). - [ ] **Establish Branching Guidelines:** - Document and enforce the branch naming convention (e.g., each phase creates a branch off the main feature branch). ### Code Style & Practices - Use TypeScript best practices. - Follow the MCP SDK examples for a clean code structure. - Maintain clear commit messages describing changes made. --- ## Phase 2: Implement Feature Request Clarification Module ### Objectives - Build a module to interactively engage users to clarify feature requests. - Record and structure user responses to refine the feature scope. ### Tasks - [ ] **Design Clarification Workflow:** - Define a flow that asks iterative questions and records responses. - Use clear prompts to ensure the user’s requirements are well defined. - [ ] **Implement Clarification Module:** - Create a dedicated TypeScript module (e.g., `clarification.ts`) that: - Sends questions to the user. - Stores responses in a structured format (e.g., JSON). - [ ] **Integrate with MCP Tools/Prompts:** - Utilize MCP prompts to ask clarifying questions if appropriate. - [ ] **Testing:** - Create unit tests that simulate user interactions and verify the response recording. ### Checklist - [ ] Define a list of initial questions. - [ ] Implement response recording with validation. - [ ] Integrate and test prompt handling via MCP. --- ## Phase 3: PRD and Documentation Generation Module ### Objectives - Automate the generation and saving of PRD documentation. - Ensure that the PRD is saved in the correct folder with the proper naming convention. ### Tasks - [ ] **Template Creation:** - Develop a Markdown template for the PRD (reuse sections from the PRD document). - [ ] **File Generation Module:** - Create a module (e.g., `docGenerator.ts`) that: - Populates the template with feature details. - Saves the file to `vibe-instructions/` with a name like `01_VibeCoder_PRD.md`. - [ ] **Validation:** - Implement checks to ensure the generated file meets naming and format requirements. ### Checklist - [ ] Define PRD template sections. - [ ] Write file I/O functions to save Markdown files. - [ ] Test file generation with dummy data. --- ## Phase 4: MCP Server Integration and Feature Implementation ### Objectives - Integrate the clarified feature request and documentation modules into the MCP server. - Build the core functionality of the Vibe-Coder using the MCP TypeScript SDK. ### Tasks - [ ] **Server Initialization:** - Initialize an MCP server instance using the MCP TypeScript SDK. - Example: ```typescript import { McpServer } from "@modelcontextprotocol/sdk/server/mcp.js"; import { StdioServerTransport } from "@modelcontextprotocol/sdk/server/stdio.js"; const server = new McpServer({ name: "Vibe-Coder", version: "1.0.0" }); ``` - [ ] **Integrate Clarification Module:** - Connect the clarification module to the MCP server’s tool or prompt mechanisms. - [ ] **Feature Request Handling:** - Define MCP tools or resources to process and store feature requests and clarifications. - [ ] **Documentation Integration:** - Link the generated PRD and Implementation Plan documents to the MCP server’s workflow (e.g., as resources that can be fetched by clients). - [ ] **Testing:** - Test server interactions using both local transports (stdio) and, if applicable, HTTP with SSE. ### Checklist - [ ] Initialize MCP server using the TypeScript SDK. - [ ] Integrate the clarification module with MCP prompts. - [ ] Validate tool/resource functionality with sample requests. - [ ] Ensure documentation files are retrievable by the server. --- ## Phase 5: Phased Implementation Workflow and Branching ### Objectives - Establish and enforce the phased development workflow. - Ensure each phase’s changes are documented, committed, and reviewed before merging. ### Tasks - [ ] **Branch Creation:** - Create a new branch for each phase from the main feature branch (e.g., `phase/clarification`, `phase/documentation`, `phase/integration`). - [ ] **Commit Process:** - Write detailed commit messages that reference the checklist and completed tasks. - [ ] **Code Reviews:** - Request targeted code reviews for each phase. - Share the PRD, phase-specific Implementation Plan, and corresponding code changes. - [ ] **Merge and History:** - Merge phase branches into the feature branch once approved. - Retain phase branches for historical reference. ### Checklist - [ ] Create and document branch naming conventions. - [ ] Write commit message guidelines. - [ ] Schedule code reviews for each completed phase. - [ ] Merge phase branches after successful review. --- ## Phase 6: Finalization, Project Summary, and Feature README ### Objectives - Complete the feature by updating project documentation. - Summarize the new functionality and provide usage instructions. ### Tasks - [ ] **Project README Update:** - Update the main project README with a summary of the Vibe-Coder feature. - [ ] **Feature-Specific README:** - Create a dedicated README that details: - The new feature’s functionality. - How to use and integrate the Vibe-Coder MCP Server. - References to the PRD and Implementation Plan. - [ ] **Final Code Review:** - Request a comprehensive review covering the entire feature. - Ensure all documentation, tests, and code changes meet the defined standards. ### Checklist - [ ] Write a project summary for the new feature. - [ ] Generate a feature-specific README with detailed instructions. - [ ] Conduct a final, comprehensive code review. - [ ] Merge final changes into the main branch. --- ## Summary This Implementation Plan breaks down the development of the Vibe-Coder MCP Server into six discrete phases—from environment setup to final documentation and code review. Each phase is accompanied by detailed tasks and checklists, ensuring adherence to the MCP specification for TypeScript and maintaining a clear, organized workflow. By following this plan, the development team will be able to iteratively build, test, and review the feature, ensuring that it is robust, well-documented, and compliant with established coding standards and best practices.