Project Blueprinting Utility 🏗️

An MCP artifact engineered to streamline the architectural design and sequencing of software development endeavors through a dynamic, step-by-step engagement mechanism. This apparatus aids in partitioning massive engineering undertakings into granular, manageable assignments, overseeing progress monitoring, and maintaining definitive blueprints for the build.

Capabilities Unlocked ✨

• Dialog-Driven Scaffolding: Initiate and manage sequences for articulating development strategies.
• Task Ledger Management: Formulate, revise, and audit the status of engineering assignments.
• Effort Quantification: Assign metrics reflecting perceived complexity to aid in estimation accuracy.
• Illustrative Code Segments: Integrate pertinent code fragments within assignment specifications.
• Execution Manifests: Persist and manage comprehensive implementation schematics.

Deployment Guide 🛠️

Automated Installation via Smithery

To deploy this Software Planning Tool onto your Claude Desktop environment automatically using Smithery:

bash npx -y @smithery/cli install @NightTrek/Software-planning-mcp --client claude

Manual Integration

1. Obtain the repository source code.

2. Install necessary prerequisites: bash pnpm install

3. Compile the artifact: bash pnpm run build

4. Integrate into your MCP configuration file (usually found at ~/Library/Application Support/Code/User/globalStorage/saoudrizwan.claude-dev/settings/cline_mcp_settings.json):

{ "mcpServers": { "project-blueprinting-utility": { "command": "node", "args": [ "/path/to/software-planning-tool/build/index.js" ], "disabled": false, "autoApprove": [] } } }

Exposed Functions 🔧

initiate_roadmap

Commence a planning dialogue centered around a defined objective. typescript { goal: string // The core objective for the software endeavor }

append_task

Introduce a novel assignment into the active development trajectory. typescript { title: string, // Brief identifier for the task description: string, // In-depth explanation of the work required complexity: number, // Subjective difficulty rating (scale 0 to 10) codeExample?: string // Optional reference code snippet }

retrieve_tasks

Fetch the complete roster of assignments currently logged in the plan. typescript // No parameters necessary

adjust_task_status

Modify the completion state associated with a specific task identifier. typescript { todoId: string, // Unique identifier of the assignment isComplete: boolean // The resultant completion flag }

archive_blueprint

Persist the finalized execution plan to stable storage. typescript { plan: string // The textual representation of the implementation strategy }

discard_task

Eradicate an assignment entry from the current development sequence. typescript { todoId: string // Identifier of the task slated for removal }

Usage Illustration 📝

Demonstrating a full interaction sequence with the Project Blueprinting Utility:

1. Starting the planning sequence: typescript await client.callTool("project-blueprinting-utility", "initiate_roadmap", { goal: "Construct a modern, data-visualization focused client interface" });

2. Adding a subsequent work item: typescript const newAssignment = await client.callTool("project-blueprinting-utility", "append_task", { title: "Establish core framework scaffolding", description: "Initialize the foundational project structure and integrate essential third-party libraries", complexity: 4, codeExample: npx create-react-app client-ui cd client-ui pnpm add redux react-router-dom axios });

3. Marking the item as finalized: typescript await client.callTool("project-blueprinting-utility", "adjust_task_status", { todoId: newAssignment.id, isComplete: true });

4. Saving the strategic implementation architecture: typescript await client.callTool("project-blueprinting-utility", "archive_blueprint", { plan: `

Client UI Development Manifest

Stage 1: Foundation Laying (Difficulty: 4)

• Bootstrapping the application environment
• Dependency resolution and installation
• Initializing navigational routing schema

Stage 2: Feature Implementation (Difficulty: 7)

• Developing user authentication modules
• Designing the primary interface grid layout
• Integrating data fetching services and visualization components ` });

Internal Structure 🔨

Directory Layout

software-planning-tool/ ├── src/ │ ├── index.ts # Primary server logic file │ ├── prompts.ts # Templates and definitions for planning dialogues │ ├── storage.ts # Mechanisms for data persistence │ └── types.ts # TypeScript data contracts ├── build/ # Compiled JavaScript artifacts ├── package.json └── tsconfig.json

Build Command

bash pnpm run build

Validation

Validate all functional elements using the MCP testing harness: bash pnpm run inspector

Entitlement 📄

Proprietary Usage Rights Granted Under MIT License

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