vbl-mcp

vbl-mcp

A read-only MCP server that provides access to the public Basketball Vlaanderen (VBL) API, enabling users to query clubs, teams, matches, standings, and more.

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README

vbl-mcp

License: MIT

MCP (Model Context Protocol) server for the public Basketball Vlaanderen (VBL) API — the vblcb.wisseq.eu backend used by basketbal.vlaanderen. Read-only.

Repository: github.com/jmolinasoler/vbl_mcp · Docker image: jmolinaso/vbl-mcp · Public instance: vblmcp.valvestudio.io

See examples/ for ready-made MCP client configurations (Claude Code, Hermes, stdio-only clients via mcp-remote), a Coolify Docker Compose file, and a /vbl Agent Skill that runs the right queries from a single slash command.

Official API documentation: ApiDocV2.pdf (source).

Terms of use (from the official document): the APIs may only be used to integrate match calendars, results and standings on websites of clubs affiliated with Basketbal Vlaanderen vzw. Any other party or use requires contacting info@basketbal.vlaanderen.

Features

  • Two transports: stdio (local MCP clients) and Streamable HTTP (/mcp) for deployments.
  • Status dashboard at / (HTTP mode): uptime, active sessions with client name/IP/last activity, tool-usage counters and a recent-calls log — so you can see who is using the server. Auto-refreshes every 15 s; stats are in-memory and reset on restart.
  • Health endpoint at /health: JSON with uptime, session/call counters and a cached (60 s) reachability check of the upstream VBL API.
  • Optional API key auth: set MCP_API_KEYS to require an X-API-Key header on /mcp (the dashboard and /health stay open). Multiple keys are supported and can be labeled per client (hermes:key1,claude:key2) — the label shows on the dashboard next to each session.

Tools

Tool VBL endpoint Description
list_clubs OrgList?p=1 All clubs, with optional filter on name/city/region/stam number
get_club OrgDetailByGuid Club detail: teams and their poules, website, address, venues (accomms), board (bestuur)
get_club_members RelatiesByOrgGuid Registered members of a club (players, coaches, …)
get_club_matches OrgMatchesByGuid All matches of all teams of a club
get_team TeamDetailByGuid Team detail: official standings of its poules, roster (spelers) and staff (tvlijst)
get_team_matches TeamMatchesByGuid Calendar and results of one team
get_poule_matches PouleMatchesByGuid Full calendar and results of a poule (series)
get_poule_standings TeamDetailByGuid Official standings of a poule (rangNr, wedPunt, ptVoor/ptTegen, …); falls back to standings computed from played matches
get_match MatchesByWedGuid Full match detail (rescheduling history optional)
get_match_lineup DwfDeelByWedGuid (PUT) Digital scoresheet (DWF) lineups; null when not yet available

Local development

git clone https://github.com/jmolinasoler/vbl_mcp.git
cd vbl_mcp
npm install
npm run build

# stdio mode (default) — for Claude Code / Claude Desktop
npm start

# HTTP mode — dashboard on http://localhost:3000
npm run start:http

Claude Code

The repo ships a .mcp.json, so opening this directory with Claude Code registers the server automatically (stdio). To register it globally:

claude mcp add vbl -- node /path/to/vbl_mcp/dist/index.js

To use a deployed instance over HTTP instead:

claude mcp add --transport http vbl https://your-domain.example/mcp
# with auth:
claude mcp add --transport http vbl https://your-domain.example/mcp --header "X-API-Key: <key>"

Claude Desktop

{
  "mcpServers": {
    "vbl": {
      "command": "node",
      "args": ["/path/to/vbl_mcp/dist/index.js"]
    }
  }
}

Docker

Build the image:

git clone https://github.com/jmolinasoler/vbl_mcp.git
cd vbl_mcp
docker build -t vbl-mcp .

Run it:

docker run -d --name vbl-mcp -p 3000:3000 vbl-mcp
# optionally protect the MCP endpoint with one or more API keys:
docker run -d --name vbl-mcp -p 3000:3000 -e MCP_API_KEYS="hermes:change-me,claude:change-me-too" vbl-mcp

Verify:

curl http://localhost:3000/health   # health JSON
open http://localhost:3000/         # status dashboard

The image is a multi-stage build (Node 22 alpine, dev dependencies pruned, runs as the non-root node user) and declares a Docker HEALTHCHECK against /health.

Environment variables

Variable Default Purpose
PORT 3000 HTTP listen port
MCP_TRANSPORT Set to http to force HTTP mode (the container CMD already passes --http)
MCP_API_KEYS If set, /mcp requires a valid X-API-Key header. Comma-separated keys, each optionally labeled: label:key,label2:key2 (labels identify clients on the dashboard)

Publishing to Docker Hub

Automatically (GitHub Actions)

The repo ships a workflow (.github/workflows/docker-publish.yml) that builds a multi-arch image (linux/amd64 + linux/arm64) and pushes it to Docker Hub on every push to main and on version tags (v*). One-time setup:

  1. On Docker Hub, create the repository (published as jmolinaso/vbl-mcp) and an access token (Account Settings → Personal access tokens, Read & Write).
  2. On GitHub (Settings → Secrets and variables → Actions), add two repository secrets:
    • DOCKERHUB_USERNAME — your Docker Hub username
    • DOCKERHUB_TOKEN — the access token
  3. Push to main (publishes :latest and :sha-…) or tag a release (git tag v0.2.0 && git push --tags publishes :0.2.0 and :0.2).

Manually

docker login
docker build -t jmolinaso/vbl-mcp:latest .
docker push jmolinaso/vbl-mcp:latest

Deploying on Coolify

Option A — from Docker Hub (recommended once published)

  1. In Coolify: + New → Docker Image and enter the image name: jmolinaso/vbl-mcp:latest.
  2. Ports Exposes: 3000.
  3. (Recommended) Add the environment variable MCP_API_KEYS with one or more strong keys (hermes:key1,claude:key2) so only your clients can call /mcp.
  4. (Optional) In Health Checks, set the path to /health on port 3000 — or rely on the image's built-in Docker HEALTHCHECK.
  5. Assign a domain and deploy. Coolify handles HTTPS via its proxy.

To pick up a new version, push the updated image and hit Redeploy (with the :latest tag Coolify re-pulls the image; pin a version tag like :0.2.0 if you prefer explicit upgrades).

Option B — build from the Git repository

  1. In Coolify: + New → Application, choose Public Repository and enter https://github.com/jmolinasoler/vbl_mcp (branch main).
  2. Build Pack: Dockerfile (Coolify detects the Dockerfile at the repo root automatically).
  3. Continue with steps 2-5 of Option A (port 3000, MCP_API_KEYS, health check, domain).

Option C — Docker Compose

A ready-made compose file lives at examples/docker-compose.coolify.yml: pick Build Pack: Docker Compose with that file as Docker Compose Location, or paste it into + New → Docker Compose Empty. It pulls the Docker Hub image (or optionally builds from the repo), wires the domain via Coolify's SERVICE_FQDN magic variable and includes the /health container health check.

After deploying:

  • https://your-domain/ — status dashboard (who is connected, tool usage).
  • https://your-domain/health — health check (JSON, includes upstream VBL API reachability).
  • https://your-domain/mcp — MCP Streamable HTTP endpoint for clients.

GUIDs

  • Club: BVBL1004 (Antwerp Giants)
  • Team: BVBL1004HSE 2 — team GUIDs contain two spaces; pass them exactly as returned by get_club
  • Poule: BVBL26279180NAHSE11A (Top Division Men 1, season 2026-27; the 4 digits after BVBL encode the season)
  • Match: BVBL26279180NAHSE11AAB

Notes

  • The API only serves current-season data; past seasons are purged.
  • Field names are Dutch (naam = name, plaats = city, uitslag = result, gespeeld = played, tT/tU = home/away team, wedPunt = competition points, ptVoor/ptTegen = points for/against).
  • The officially documented endpoints are the five wisseq methods in the table (OrgDetailByGuid, OrgMatchesByGuid, RelatiesByOrgGuid, TeamDetailByGuid, TeamMatchesByGuid). OrgList, PouleMatchesByGuid, MatchesByWedGuid and the DWF endpoints live on the same backend and are used by the official website, but are not part of the PDF.
  • Errors use standard HTTP status codes (400, 404, 500, …) per the official document.

License

MIT — © 2026 Julio Molina Soler. Note that the license covers this server's code only; usage of the VBL API itself is subject to the terms quoted at the top of this README.

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