Mode Manager MCP

Create a new VS Code .instructions.md file with the specified description and content.

List all VS Code .instructions.md files in the prompts directory.

Get the raw content of a VS Code .instructions.md file.

Update an existing VS Code .instructions.md file with new description or content.

Delete a VS Code .instructions.md file from the prompts directory.

Create a new VS Code .chatmode.md file with the specified description, content, and tools.

List all VS Code .chatmode.md files in the prompts directory.

Get the raw content of a VS Code .chatmode.md file.

Update an existing VS Code .chatmode.md file with new description, content, or tools.

Delete a VS Code .chatmode.md file from the prompts directory.

Update a .chatmode.md file from its source definition.

Refresh the Mode Manager MCP Library from its source URL.

Browse the Mode Manager MCP Library and filter by category or search term.

Install a chatmode or instruction from the Mode Manager MCP Library.

Manually optimize a memory file using AI to reorganize and consolidate entries while preserving all information.

Get detailed statistics and optimization status for a memory file.

Configure memory optimization settings for auto-optimization behavior.

Store user information persistently for future conversations. When users share preferences, coding standards, project details, or any context they want remembered, use this tool. Extract the key information from natural language and store it appropriately. The system automatically detects scope (user/workspace) and language specificity from context. For ambiguous cases, you will receive clarification prompts to ask the user. Examples of what to remember: coding preferences ('I like detailed docstrings'), project specifics ('This app uses PostgreSQL'), language standards ('For Python, use type hints'), workflow preferences ('Always run tests before committing'). Use only the memory_item parameter with natural language - the system handles scope detection.