Open Notebook MCP Server

An MCP (Model Context Protocol) server that provides tools to interact with the Open Notebook API. This server enables AI assistants like Claude to manage notebooks, sources, notes, search content, and interact with AI models through Open Notebook.

Features

Notebooks Management: Create, read, update, and delete notebooks
Sources Management: Add and manage content sources (links, uploads, text)
Notes Management: Create and organize notes within notebooks
Search & AI: Search content using vector/text search and ask questions
Models Management: Configure and manage AI models
Chat Sessions: Create and manage chat conversations
Settings: Access and update application settings
Progressive Disclosure: Efficient tool discovery with search_capabilities

Installation

Using uv (recommended)

# Clone the repository
git clone https://github.com/PiotrAleksander/open-notebook-mcp.git
cd open-notebook-mcp

# Install with uv
uv sync

Using pip

pip install -e .

Configuration

The server requires configuration to connect to your Open Notebook instance:

Environment Variables

Create a .env file or set these environment variables:

# Required: URL of your Open Notebook instance
OPEN_NOTEBOOK_URL=http://localhost:5055

# Optional: Authentication password (if APP_PASSWORD is set in Open Notebook)
OPEN_NOTEBOOK_PASSWORD=your_password_here

# Optional: Transport configuration (default: stdio)
MCP_TRANSPORT=stdio  # or streamable-http for remote deployment

Example Configuration

For local development with default Open Notebook settings:

# .env
OPEN_NOTEBOOK_URL=http://localhost:5055

If you've configured authentication in Open Notebook:

# .env
OPEN_NOTEBOOK_URL=http://localhost:5055
OPEN_NOTEBOOK_PASSWORD=my_secure_password

Usage

Running the Server

Development Mode (STDIO)

For local use with AI assistants:

uv run open-notebook-mcp

Or using the MCP CLI:

mcp dev src/open_notebook_mcp/server.py

Production Mode (Streamable HTTP)

For remote deployment:

MCP_TRANSPORT=streamable-http HOST=0.0.0.0 PORT=8000 uv run open-notebook-mcp

Using with Claude Desktop

Add to your Claude Desktop configuration (~/Library/Application Support/Claude/claude_desktop_config.json on macOS):

{
  "mcpServers": {
    "open-notebook": {
      "command": "uv",
      "args": [
        "run",
        "--directory",
        "/path/to/open-notebook-mcp",
        "open-notebook-mcp"
      ],
      "env": {
        "OPEN_NOTEBOOK_URL": "http://localhost:5055",
        "OPEN_NOTEBOOK_PASSWORD": "your_password_if_needed"
      }
    }
  }
}

Discovering Available Tools

The server implements progressive disclosure. Use the search_capabilities tool to discover available functionality:

# Get a summary of all tools
search_capabilities(query="", detail="summary", limit=50)

# Search for specific functionality
search_capabilities(query="notebook", detail="summary", limit=10)

# Get full details for a specific tool
search_capabilities(query="create_notebook", detail="full", limit=1)

Example Workflows

Creating and Managing Notebooks

# Create a new notebook
result = create_notebook(
    name="AI Research",
    description="Research on AI applications"
)
notebook_id = result["notebook"]["id"]

# List all notebooks
notebooks = list_notebooks(archived=False, limit=20)

# Update a notebook
update_notebook(
    notebook_id=notebook_id,
    name="AI Research (Updated)"
)

# Get a specific notebook
notebook = get_notebook(notebook_id=notebook_id)

Adding Sources

# Add a web source
source = create_source(
    notebook_id=notebook_id,
    type="link",
    url="https://example.com/ai-article",
    title="AI Research Article",
    embed=True  # Generate embeddings
)

# List sources in a notebook
sources = list_sources(notebook_id=notebook_id, limit=20)

Creating Notes

# Create a note
note = create_note(
    notebook_id=notebook_id,
    title="Key Findings",
    content="Important insights about AI applications...",
    topics=["AI", "Research"]
)

# Update a note
update_note(
    note_id=note["note"]["id"],
    content="Updated insights..."
)

Searching and Asking Questions

# Search content
results = search(
    query="artificial intelligence",
    type="vector",
    notebook_id=notebook_id,
    limit=10
)

# List available models first
models = list_models(limit=50)
model_id = models["models"][0]["id"]

# Ask a question
answer = ask_simple(
    question="What are the main AI applications mentioned?",
    strategy_model=model_id,
    answer_model=model_id,
    final_answer_model=model_id,
    notebook_id=notebook_id
)

Chat Sessions

# Create a chat session
session = create_chat_session(
    notebook_id=notebook_id,
    title="Research Discussion"
)
session_id = session["session"]["id"]

# Build context
context = get_chat_context(notebook_id=notebook_id)

# Send a message
response = execute_chat(
    session_id=session_id,
    message="What are the key insights from my research?",
    context=context["context"]
)

# Get session history
history = get_chat_session(session_id=session_id)

Available Tools

The server provides 39 tools across multiple categories:

Meta Tools

search_capabilities - Progressive tool discovery

Notebooks (5 tools)

list_notebooks, get_notebook, create_notebook, update_notebook, delete_notebook

Sources (5 tools)

list_sources, get_source, create_source, update_source, delete_source

Notes (5 tools)

list_notes, get_note, create_note, update_note, delete_note

Search (3 tools)

search, ask_question, ask_simple

Models (5 tools)

list_models, get_model, create_model, delete_model, get_default_models

Chat (7 tools)

list_chat_sessions, create_chat_session, get_chat_session, update_chat_session, delete_chat_session, execute_chat, get_chat_context

Settings (2 tools)

get_settings, update_settings

Architecture

This server follows MCP best practices:

Progressive Disclosure: Use search_capabilities to minimize context usage
Context Efficiency: Small outputs by default, with limit parameters
Dual Transport: Supports both STDIO (local) and Streamable HTTP (remote)
Error Handling: Structured error messages with actionable hints
Timeouts: 30-second default timeout for all API requests
Authentication: Optional Bearer token authentication

Development

Project Structure

open-notebook-mcp/
├── src/
│   └── open_notebook_mcp/
│       ├── __init__.py
│       └── server.py          # Main MCP server implementation
├── tests/                      # (to be added)
├── pyproject.toml
├── README.md
└── .env.example

Testing

Test the server using the MCP Inspector:

mcp dev src/open_notebook_mcp/server.py

npx @modelcontextprotocol/inspector uv --directory ./src/open_notebook_mcp "run" "server.py"

This opens an interactive inspector where you can:

Browse available tools
Test tool calls
Inspect responses
Debug errors

Adding New Tools

To add new tools:

Add a Capability entry to the CAPABILITIES tuple
Implement the tool function with @mcp.tool() decorator
Follow naming conventions: verb_noun (e.g., list_notebooks)
Include proper docstrings and type hints
Return structured responses with request_id

Requirements

Python 3.12+
Open Notebook instance (local or remote)
Dependencies: mcp[cli]>=1.23.2, httpx>=0.28.1

Contributing

Contributions are welcome! Please ensure:

Follow the existing code structure and patterns
Add tools to the CAPABILITIES index
Include proper type hints and docstrings
Test with MCP Inspector before submitting

License

See LICENSE file for details.

Support

For issues related to:

This MCP server: Open an issue in this repository
Open Notebook itself: Visit the Open Notebook repository
MCP protocol: Check the MCP documentation

open-notebook-mcp