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pdf2mcp

by iSamBa

pdf2mcp

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PyPI License: MIT Python 3.10+

Turn any PDF folder into a searchable MCP server with semantic, hybrid, or keyword search.

Installation

pip install pdf2mcp

Or with uv:

uv tool install pdf2mcp

From source

git clone https://github.com/iSamBa/pdf2mcp.git
uv tool install ./pdf2mcp

To update after pulling new changes:

uv tool install --force ./pdf2mcp

Optional: Tesseract OCR

Tesseract is only needed if you want to extract text from scanned or image-only PDFs. Without it, pdf2mcp works fine for text-based PDFs — image-only pages are simply skipped with a warning.

macOS:

brew install tesseract

Ubuntu / Debian:

sudo apt-get install tesseract-ocr

Windows:

Download the installer from UB-Mannheim/tesseract.

Additional languages: install language packs for non-English PDFs:

# Example: French and German
sudo apt-get install tesseract-ocr-fra tesseract-ocr-deu
# or on macOS
brew install tesseract-lang

Then set PDF2MCP_OCR_LANGUAGE to the appropriate language code (e.g., fra, deu).

Verify

pdf2mcp --version

Related MCP server: MCP Server Knowledge Engine

Quick Start

pdf2mcp init -i ./my-project

The interactive wizard walks you through all configuration in 6 steps:

  1. Project directory — confirm or change the target path

  2. OpenAI API key — securely enter your key (masked input) and optional base URL

  3. Documents directory — where your PDFs live (default: docs)

  4. Embedding settings — choose model, chunk size, and overlap

  5. Server settings — name, transport, host, and port

  6. OCR settings — enable/disable OCR for scanned PDFs

After setup, the wizard optionally offers to ingest any PDFs found in your docs directory and generate ready-to-paste MCP client config snippets.

Manual Setup

# 1. Scaffold a project (creates docs/ and .env template)
pdf2mcp init ./my-project
cd my-project

# 2. Add your PDFs to docs/ and set OPENAI_API_KEY in .env

# 3. Ingest
pdf2mcp ingest

# 4. Start the server
pdf2mcp serve

# 5. Get config snippets for your MCP client
pdf2mcp config

Architecture

pdf2mcp separates server and client concerns:

  • Server (pdf2mcp serve) — runs independently, handles PDF ingestion, embedding, and search. Configured via PDF2MCP_* environment variables.

  • Client (Claude Code, Cursor, VS Code, etc.) — connects to a running server over HTTP. Only needs the server URL.

The default transport is streamable-http. The server listens on http://127.0.0.1:8000/mcp and shuts down gracefully on SIGINT/SIGTERM.

OCR / Scanned PDF Support

pdf2mcp automatically detects image-only pages in PDFs and falls back to Tesseract OCR when available:

  • Per-page strategy: text pages are extracted via pymupdf4llm; image-only pages are OCR'd via Tesseract.

  • Automatic detection: each page is checked for extractable text (via _page_has_text) and image dominance (via _is_image_dominant). Pages without sufficient text are classified as image-only.

  • Graceful degradation: if Tesseract is not installed or OCR is disabled, image-only pages are skipped with a warning — text-based pages are still extracted normally.

  • Configuration: use PDF2MCP_OCR_ENABLED, PDF2MCP_OCR_LANGUAGE, and PDF2MCP_OCR_DPI environment variables (see Environment Variables).

Commands

Command

Description

pdf2mcp init [dir]

Scaffold a working directory with docs/ and .env

pdf2mcp init -i [dir]

Launch the interactive setup wizard

pdf2mcp ingest

Parse PDFs, chunk, embed, and store in vector DB

pdf2mcp serve

Start the MCP server (HTTP by default)

pdf2mcp config

Print ready-to-paste config for MCP clients

pdf2mcp stats

Display index statistics (doc count, chunks, DB size)

pdf2mcp search <query>

Search the index from the command line

pdf2mcp delete <filename>

Delete a document from the index

Common Flags

# Override docs directory
pdf2mcp ingest --docs-dir ./my-pdfs
pdf2mcp serve --docs-dir ./my-pdfs

# Force re-ingestion (clears DB and re-ingests all documents)
pdf2mcp ingest --force

# Enable debug logging
pdf2mcp ingest -v
pdf2mcp serve --verbose

# Use stdio transport (for clients that spawn the server)
pdf2mcp serve --transport stdio

# Custom host/port
pdf2mcp serve --host 0.0.0.0 --port 9000

# Custom server name
pdf2mcp serve --name my-docs

# Config for a specific client
pdf2mcp config --client cursor
pdf2mcp config --client claude-desktop --transport stdio

# Interactive setup wizard
pdf2mcp init -i ./my-project
pdf2mcp init --interactive

# View index statistics
pdf2mcp stats

# Search the index from CLI
pdf2mcp search "safety requirements"
pdf2mcp search "torque settings" --filename manual.pdf
pdf2mcp search "installation" -n 10

# Delete a document from the index
pdf2mcp delete old-manual.pdf
pdf2mcp delete old-manual.pdf -y   # skip confirmation

Client Configuration

pdf2mcp config generates ready-to-paste JSON for all supported clients. The default is HTTP — clients just need the server URL:

{
  "mcpServers": {
    "pdf-docs": {
      "type": "http",
      "url": "http://127.0.0.1:8000/mcp"
    }
  }
}

Client

Config File

Top-level Key

HTTP Support

Claude Code

.mcp.json

mcpServers

Yes

Claude Desktop

claude_desktop_config.json

mcpServers

No (stdio only)

Cursor

.cursor/mcp.json

mcpServers

Yes

VS Code / Copilot

.vscode/mcp.json

servers

Yes

Use --transport stdio for clients that need to spawn the server process (e.g., Claude Desktop):

{
  "mcpServers": {
    "pdf-docs": {
      "command": "uv",
      "args": ["run", "pdf2mcp", "serve"]
    }
  }
}

Environment Variables

Server settings (PDF2MCP_*)

These configure the server process. MCP clients never need these.

Variable

Default

Description

OPENAI_API_KEY

(required)

OpenAI API key for embeddings

PDF2MCP_OPENAI_BASE_URL

https://api.openai.com/v1

OpenAI API base URL (for Azure, local proxies, or compatible providers)

PDF2MCP_DOCS_DIR

docs

Directory containing PDF files

PDF2MCP_DATA_DIR

data

Directory for vector database

PDF2MCP_EMBEDDING_MODEL

text-embedding-3-small

OpenAI embedding model

PDF2MCP_CHUNK_SIZE

500

Target chunk size in tokens

PDF2MCP_CHUNK_OVERLAP

50

Overlap between chunks in tokens

PDF2MCP_DEFAULT_NUM_RESULTS

5

Default search results count

PDF2MCP_SERVER_NAME

pdf-docs

MCP server name

PDF2MCP_SERVER_TRANSPORT

streamable-http

Transport protocol

PDF2MCP_SERVER_HOST

127.0.0.1

Host to bind to

PDF2MCP_SERVER_PORT

8000

Port to bind to

PDF2MCP_SEARCH_MODE

semantic

Search mode: semantic, hybrid, or keyword

PDF2MCP_OCR_ENABLED

true

Enable OCR for scanned/image-only pages

PDF2MCP_OCR_LANGUAGE

eng

Tesseract language code

PDF2MCP_OCR_DPI

300

DPI for OCR rendering

Search Modes

pdf2mcp supports three search modes, controlled by the PDF2MCP_SEARCH_MODE environment variable:

Mode

Description

When to use

semantic (default)

Pure vector similarity search

General natural-language queries

keyword

Full-text search (no embeddings needed)

Exact terms, acronyms, error codes

hybrid

Combines vector + full-text search

Best of both worlds

To switch modes, set PDF2MCP_SEARCH_MODE in your .env and re-ingest:

# In .env
PDF2MCP_SEARCH_MODE=hybrid

# Re-ingest to build the FTS index
pdf2mcp ingest --force

Hybrid and keyword modes automatically create a full-text search index. If you switch modes without re-ingesting, the FTS index is created lazily on the first query.

MCP Tools

The server exposes six tools:

Tool

Description

search_docs(query)

Search across all ingested PDFs

search_in_doc(query, filename)

Search scoped to a single document

list_docs()

List all ingested documents with chunk counts

get_sections(filename)

Get section headings for a specific document

read_page(filename, page)

Read the full content of a specific page

read_section(filename, section_title)

Read the full content of a named section

Typical workflow

  1. list_docs — discover available documents

  2. get_sections — browse a document's structure

  3. read_section or read_page — read specific content

  4. search_docs or search_in_doc — find information by query

MCP Prompts

The server provides five prompts that guide LLMs through multi-tool workflows:

Prompt

Args

Description

summarize_document

filename

Read all sections and synthesize a summary

compare_documents

filename1, filename2

Side-by-side comparison of two documents

extract_key_findings

filename

Extract conclusions, recommendations, and key findings

deep_dive

filename, topic

Exhaustive analysis of a specific topic

document_overview

filename

Structured table of contents with brief descriptions

Prompts return step-by-step instructions that reference the existing tools, enabling LLMs to perform complex multi-step document analysis automatically.

MCP Resources

Resource URI

Description

docs://status

Server status: document count, chunk count, embedding model, and docs directory

Development

git clone https://github.com/iSamBa/pdf2mcp.git
cd pdf2mcp
uv sync --all-extras
uv run pytest
uv run ruff check src/
uv run mypy src/

License

MIT

A
license - permissive license
-
quality - not tested
C
maintenance

Maintenance

Maintainers
Response time
0dRelease cycle
8Releases (12mo)
Commit activity

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