Task Management Orchestrator MCP Endpoint

This Model Context Protocol (MCP) interface furnishes a robust application programming interface (API) for handling discrete task records.

📚 Educational Insight: This deployment serves as a didactic illustration of MCP architecture. Refer to GUIDE.md for an in-depth exposition of the operational mechanics and rationale behind the design choices.

Capabilities

Task Inception: Introduce novel agenda items, specifying a subject and descriptive content using markdown formatting.
Task Revision: Alter extant task attributes.
Task Finalization: Designate tasks as successfully executed.
Task Elimination: Purge records from the active ledger.
Task Prospecting: Efficiently locate items based on their subject line or timestamp of inception.
Task Synopsis: Acquire a concise summary detailing pending objectives.

Exposed Operations (Tools)

This MCP server exposes the following functional units:

create-todo: Instantiate a novel task record.
list-todos: Retrieve the entire catalog of task records.
get-todo: Fetch a singular task record identified by its unique identifier.
update-todo: Modify the subject or descriptive content of an existing task.
complete-todo: Transition a task's status to 'completed'.
delete-todo: Permanently remove a specified task record.
search-todos-by-title: Execute an insensitive, partial string match search against task subjects.
search-todos-by-date: Filter tasks based on their creation date (Expected format: YYYY-MM-DD).
list-active-todos: Enumerate all tasks currently designated as incomplete.
summarize-active-todos: Generate a high-level abstract of all presently active (non-completed) obligations.

Deployment Protocol

bash

Repository Cloning

git clone https://github.com/RegiByte/todo-list-mcp.git cd todo-list-mcp

Dependency Acquisition

npm install

Compilation Stage

npm run build

Operational Guidance

Server Initialization

bash npm start

Configuration Integration with Claude Desktop

Claude Desktop Integration

Incorporate the following stanza into your claude_desktop_config.json:

{ "mcpServers": { "todo": { "command": "node", "args": ["/absolute/path/to/todo-list-mcp/dist/index.js"] } } }

Cursor Integration

Navigate to "Cursor Settings" -> MCP Interface.
Establish a new MCP service utilizing the "command" type definition.
Specify the absolute traversal path for the server binary and initiate execution via node.
Illustrative invocation: node /absolute/path/to/todo-list-mcp/dist/index.js

Illustrative Interaction Commands

When interfacing with Claude Desktop or Cursor, the following directives are suggested:

"Draft a task item regarding acquiring knowledge of MCP, including a description elaborating on MCP's utility."
"Display a listing of all my pending obligations."
"Schedule an agenda item for the subsequent day's conference, detailing discussion points in markdown."
"Mark the MCP learning objective as fulfilled."
"Provide a summary synopsis of all currently active assignments."

Architectural Blueprint

This repository adheres to a principled functional decomposition strategy to ensure code interpretability:

src/ ├── models/ # Data schema definitions and validation constructs ├── services/ # Core computational logic and persistence interactions ├── utils/ # Utility functions and data formatters ├── config.ts # System parameter definitions ├── client.ts # Diagnostic client for local validation testing └── index.ts # Principal execution file featuring MCP operational definitions

Pedagogical Value of This Repository

This repository is specifically curated as an instructional asset. To maximize its benefit:

Consult [GUIDE.md] for a thorough architectural blueprint.
Examine the heavily annotated source code to grasp implementation specifics.
Utilize the diagnostic client to observe runtime behavior.
Engage in experimentation by augmenting existing functionalities or introducing novel operations.

Development Cycle

Compilation

bash npm run build

Iterative Execution (Development Mode)

bash npm run dev

Licensing

MIT

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