bdc-doc-mcp
Provides a documentation search MCP tool (search_docs) that enables AI agents to retrieve relevant chunks from BDC documentation using semantic embeddings and keyword search, with filtering by document type and date.
README
BDC Doc RAG
The documentation RAG MCP of bdc-assist
bdc_doc_mcp/config.py env-driven embeddings/LLM/Chroma (replaces utils/__init__.set_emb_llm)
bdc_doc_mcp/ingest.py .pkl/.md/.mdx/.txt/.pdf → embeddings → Chroma (replaces utils/chroma/utils.py)
bdc_doc_mcp/api.py FastAPI: /health /search
bdc_doc_mcp/mcp_server.py search_docs MCP tool for AI agents — self-contained, same search as the API
bdc_doc_mcp/preproc/ source-specific preprocessing pipeline
tests/ self-checks + API / agent notebooks
data/ preproc output (*.pkl), ingest input
Setup
uv sync
cp .env.example .env # then fill in keys/URLs
Source repos
Only needed for preprocessing (--sources all); the API/MCP server and ingesting
existing .pkl files work without them. Clone next to this repo (or point the env
vars at them):
git clone https://github.com/stagecc/interim-bdc-website ../interim-bdc-website # BDC_WEBSITE_DIR
git clone https://github.com/stagecc/bdc-gitbook ../bdc-gitbook # BDC_GITBOOK_DIR
Models
For completion, use the OpenAI API on Azure (gpt-4o-mini by default)
For embeddings, use Ollama on Sterling (connect via RENCI VPN)
kubectl -n ner port-forward svc/ollama 11434:11434
Or using local Ollama with groonga/bge-m3-Q4_K_M-GGUF model.
Ingest
Full rebuild from every source (needs the two source repos cloned — see Setup;
writes data/*.pkl, then loads them):
uv run python -m bdc_doc_mcp.preproc.pipeline --sources all --ingest --reset
Individual files or directories:
uv run python -m bdc_doc_mcp.ingest ./data/docs.pkl --doc-type docs # BDC_Chatbot preproc .pkl
uv run python -m bdc_doc_mcp.ingest ../interim-bdc-website/src/pages --doc-type page --reset
Embedding models are not interchangeable within a collection — bge-m3 is 1024-dim,
text-embedding-3-small 1536. Switching models means --reset and a full re-ingest.
API
uv run uvicorn bdc_doc_mcp.api:app --port 8000 # docs at /docs
| Endpoint | Body | Returns |
|---|---|---|
GET /health |
— | {status, documents} |
POST /search |
{query, k, mode?, doc_type?, date_from?, date_to?} |
ranked chunks + metadata + score |
mode is embedding (default; semantic similarity, score = distance, lower is better)
or keyword (fuzzy literal word matching — ignores case/punctuation and tolerates
small typos, so picsure finds "PIC-SURE"; score = occurrence count, higher is
better — use for exact names/acronyms).
doc_type is a CSV of types to search (e.g. page,faq). When omitted, only docs,
page, faq, and video are searched — name fellow, update, or event
explicitly to search them.
date_from/date_to (YYYY-MM-DD, inclusive) filter by date; only event and update docs
carry a date, so a date filter implicitly narrows to those types.
The service is search-only by design; ingestion happens offline via the CLI (see Ingest) and answering is the caller's job — an agent brings its own LLM.
MCP
uv run python -m bdc_doc_mcp.mcp_server # stdio
uv run python -m bdc_doc_mcp.mcp_server --http # streamable HTTP, port MCP_PORT (default 8001)
Exposes one tool, search_docs — same search as the API but queries Chroma directly,
so the API service doesn't need to run. Needs an ingested .chroma_db + embeddings.
Stdio clients (Claude Desktop/Code, Cursor) launch the server themselves — register it:
{"mcpServers": {"bdc-doc-mcp": {
"command": "uv",
"args": ["--directory", "/path/to/bdc-doc-mcp", "run", "python", "-m", "bdc_doc_mcp.mcp_server"]
}}}
Network clients: run --http and point them at http://host:8001/mcp instead.
Smoke test: uv run python tests/test_mcp.py
Preprocessing
bdc_doc_mcp/preproc/ is the BDC_Chatbot pipeline, ported:
| Module | Source | Ported from (BDC_Chatbot) | Notes |
|---|---|---|---|
bdc_repo.py |
interim-bdc-website MDX | utils/preproc/proc_BDC_repo.py (verbatim-ish) |
fellows, events, latest-updates, pages |
bdc_docs.py |
bdc-gitbook markdown | utils/preproc/proc_BDC_docs.py (module-level LLM init removed) |
chunked by header hierarchy; needs the repo cloned |
freshdesk.py |
bdcatalyst.freshdesk.com | utils/preproc/proc_freshdesk.py |
live scrape |
vids.py |
Google Sheet + Drive SRT | utils/preproc/proc_BDC_vids.py (GoogleSheetsReader class flattened) |
video transcripts with timestamp URLs |
utils.py |
— | — | LLM chunk contextualizer + summarizer |
pipeline.py |
— | utils/preproc_doc.py |
orchestrator |
--no-contextualize skips the per-chunk LLM call (much faster, weaker retrieval).
Source paths come from BDC_WEBSITE_DIR / BDC_GITBOOK_DIR.
Tests
uv run python tests/test_ingest.py # batching + chunk-id logic, no network
uv run python tests/test_keyword.py # keyword ranking, pure function, no DB or API
uv run python tests/test_mcp.py # starts the server over stdio and exercises its tools; needs .chroma_db + embeddings
Notebooks (each starts the API on a free port and shuts it down at the end; both need an
ingested .chroma_db):
tests/api_test.ipynb— plain API walkthrough:/health,/search,doc_typefilter. Only needs the local embeddings.tests/agent_test.ipynb— a tool-calling agent (deepagents): the configured LLM getssearch_docsas a LangChain tool and decides when to call it. Also needs the completion provider reachable.
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