EDT Unicaen MCP Server

from fastmcp import FastMCP, Context import math import json import os import urllib.request import urllib.parse import datetime import re import asyncio from uuid import UUID from typing import Optional from starlette.requests import Request from starlette.responses import Response as StarletteResponse from utils import * from mcp.server.sse import SseServerTransport from mcp.shared.message import ServerMessageMetadata, SessionMessage import mcp.types as mcp_types _MCP_HOST = os.getenv("MCP_HOST", "127.0.0.1") _MCP_PORT = int(os.getenv("MCP_PORT", "8000")) _MCP_MOUNT = os.getenv("MCP_MOUNT", "/mcp") _MCP_SSE_PATH = os.getenv("MCP_SSE_PATH", "/sse") _MCP_MESSAGE_PATH = os.getenv("MCP_MESSAGE_PATH", "/messages/") mcp = FastMCP("EDT Unicaen MCP Server") # Create SSE transport helper (used internally by FastMCP when serving SSE) sse_transport = SseServerTransport(_MCP_MESSAGE_PATH) _MY_EDT = os.getenv("MY_EDT", "").strip() or None @mcp.tool(name="prochain_cours", title="Prochain cours", description="Donne le prochain cours et son heure à partir du nom d'un EDT (prof/salle/student/univ). Si aucun nom n'est fourni, utilise MY_EDT si configuré. L'IA doit fournir les dates au format ISO complet (ex: 2025-10-25T08:00:00 ou 2025-10-25T08:00).") async def prochain_cours(nom: Optional[str] = None, ctx: Optional[Context] = None) -> dict: """MCP tool: retourne le prochain cours (heure + résumé) pour un nom d'EDT. - recherche case-insensitive dans les fichiers locaux - construit l'URL ADE selon adeProjectId - tente de récupérer et parser un ICS pour trouver le prochain événement """ # If caller did not provide a name or used an alias for self, fall back to # (1) the HTTP header MY_EDT supplied by the client for this session (via ctx), # (2) then to the environment variable MY_EDT. if not nom or not str(nom).strip() or str(nom).strip().lower() in ("me", "moi", "self"): # Try extract from context headers (session-scoped) nom_from_ctx = None if ctx is not None: try: # attempt to get request object (may be sync or awaitable) print(ctx) req = getattr(ctx, "request", None) if req is None: get_req = getattr(ctx, "get_http_request", None) if callable(get_req): maybe = get_req() if hasattr(maybe, "__await__"): req = await maybe else: req = maybe if req is not None: headers = getattr(req, "headers", None) if headers: for k in ("MY_EDT", "My-Edt", "my_edt", "X-MY-EDT"): v = headers.get(k) if v: nom_from_ctx = v break except Exception: nom_from_ctx = None if nom_from_ctx: nom = nom_from_ctx else: env = os.getenv("MY_EDT", "").strip() or None if env: nom = env else: return {"ok": False, "error": "Aucun nom fourni et MY_EDT non configuré"} matches = find_entries_by_name(nom) if not matches: return {"ok": False, "error": "Aucune entrée trouvée pour ce nom"} # use first match for now entry = matches[0] # Build the single update URL to edt.infuseting.fr url = build_ade_url(entry) if url: try: content = fetch_url(url) except Exception as e: return {"ok": False, "error": f"Erreur lors de la récupération de l'URL: {e}", "url": url} # The update endpoint returns JSON (see the provided PHP). Try parsing JSON first. update_next = parse_update_json_and_next_event(content) if update_next: return {"ok": True, "source": url, "next": update_next} # If no next event found in JSON, still try ICS parsing fallback in case the endpoint forwarded ICS ics_next = parse_ics_next_event(content) if ics_next: return {"ok": True, "source": url, "next": ics_next} # Fallback: return raw content snippet and the URL so the caller can inspect snippet = content[:2000] return {"ok": True, "source": url, "next": None, "raw_snippet": snippet} # If we couldn't build an update URL (missing adeProjectId/adeResources), fall back to searching the raw entry return {"ok": False, "error": "Impossible de construire l'URL de mise à jour (adeProjectId ou adeResources manquant)", "matches": matches} @mcp.tool(name="disponibilite_salle", title="Disponibilité salle", description="Indique si une salle est disponible maintenant et jusqu\u2019\u00e0 quelle heure. Si une heure de debut et/ou de fin est fournie (ex: '08:00' ou ISO), limite la recherche à cette plage horaire. Les réponses incluent les dates/horaires au format ISO complet (ex: 2025-10-25T08:00:00).") def disponibilite_salle(nom: Optional[str] = None, start: Optional[str] = None, end: Optional[str] = None, ctx: Optional[Context] = None) -> dict: """Retourne la disponibilité d'une salle (free/busy) et l'heure de fin si occupée. Logic: - cherche la salle dans `salle` (ou timetable/univ) - appelle l'endpoint de mise à jour pour la date d'aujourd'hui - récupère la liste d'events pour aujourd'hui - si un event englobe maintenant -> occupied until its DTEND (ou DTSTART if no DTEND) - else -> free until next event start (or None pour la fin de journée) Paramètres supplémentaires: - start: chaîne 'HH:MM' ou ISO datetime pour limiter la recherche - end: chaîne 'HH:MM' ou ISO datetime pour limiter la recherche """ matches = find_entries_by_name(nom) if not matches: return {"ok": False, "error": "Aucune salle trouvée pour ce nom"} # prefer entries of type 'salle' or 'univ-timetable' entry = None for m in matches: if m.get("type") in ("salle", "univ-timetable"): entry = m break if not entry: entry = matches[0] url = build_ade_url(entry, date=datetime.date.today()) if not url: return {"ok": False, "error": "Impossible de construire l'URL de mise à jour pour cette salle", "matches": matches} try: content = fetch_url(url) except Exception as e: return {"ok": False, "error": f"Erreur lors de la récupération de l'URL: {e}", "url": url} today = datetime.date.today().strftime("%Y-%m-%d") events = parse_update_json_events(content, only_date=today) # fallback to ICS parsing if nothing if not events: events = parse_ics_events(content) now = datetime.datetime.now() # parse optional limits start_dt = parse_limit_to_datetime(start) end_dt = parse_limit_to_datetime(end) # If both provided but invalid range if start_dt and end_dt and end_dt < start_dt: return {"ok": False, "error": "La limite de fin est antérieure à la limite de début"} # If a range was provided, filter events to those that intersect the window if start_dt or end_dt: filtered = [] for ev in events: ev_start = ev.get("start") ev_end = ev.get("end") or ev_start if not ev_start or not ev_end: continue win_start = start_dt or datetime.datetime.min win_end = end_dt or datetime.datetime.max # intersect if event starts before window end and ends after window start if ev_start < win_end and ev_end > win_start: filtered.append(ev) events = filtered # Normalize: ensure end times exist; if missing, set end = start for ev in events: if not ev.get("end"): ev["end"] = ev.get("start") # events that are currently happening ongoing = [e for e in events if e["start"] and e["end"] and e["start"] <= now < e["end"]] if ongoing: ongoing.sort(key=lambda e: e["end"]) e = ongoing[0] resp = {"ok": True, "available": False, "until": e["end"].isoformat(), "summary": e.get("summary"), "source": url} if start_dt: resp["range_start"] = start_dt.isoformat() if end_dt: resp["range_end"] = end_dt.isoformat() return resp # next upcoming future = [e for e in events if e["start"] and e["start"] > now] if future: future.sort(key=lambda e: e["start"]) nxt = future[0] resp = {"ok": True, "available": True, "free_until": nxt["start"].isoformat(), "next_summary": nxt.get("summary"), "source": url} if start_dt: resp["range_start"] = start_dt.isoformat() if end_dt: resp["range_end"] = end_dt.isoformat() return resp # no more events today -> free all day resp = {"ok": True, "available": True, "free_until": None, "note": "Aucun cours r\u00e9pertori\u00e9 pour aujourd\u2019hui", "source": url} if start_dt: resp["range_start"] = start_dt.isoformat() if end_dt: resp["range_end"] = end_dt.isoformat() return resp @mcp.tool(name="ou_est_prof", title="Où est le prof", description="Donne la localisation actuelle d'un enseignant (salle / en ligne) ou son prochain lieu. ") async def ou_est_prof(nom: str = None) -> dict: """Retourne où se trouve (ou sera) un professeur. Comportement : - Recherche le professeur dans les assets (comme les autres tools) - Récupère l'update endpoint pour la date d'aujourd'hui - Parse les events (JSON fallback ICS) - Si un event englobe `now` -> retourne la salle/summary et la fin - Sinon -> retourne le prochain event avec heure et lieu """ matches = find_entries_by_name(nom) if not matches: return {"ok": False, "error": "Aucune entrée trouvée pour ce nom"} # Prefer prof entries entry = None for m in matches: if m.get("type") == "prof": entry = m break if not entry: entry = matches[0] # Fetch today's events url = build_ade_url(entry, date=datetime.date.today()) if not url: return {"ok": False, "error": "Impossible de construire l'URL de mise à jour (adeProjectId ou adeResources manquant)", "matches": matches} try: content = fetch_url(url) except Exception as e: return {"ok": False, "error": f"Erreur lors de la récupération de l'URL: {e}", "url": url} today = datetime.date.today().strftime("%Y-%m-%d") events = parse_update_json_events(content, only_date=today) if not events: events = parse_ics_events(content) now = datetime.datetime.now() # Normalize end times for ev in events: if not ev.get("end"): ev["end"] = ev.get("start") # helper to extract location from raw event def extract_location(ev): raw = ev.get("raw") # raw may be dict (JSON) or string (ICS) if isinstance(raw, dict): return raw.get("LOCATION") or raw.get("location") or raw.get("room") or None if isinstance(raw, str): m = re.search(r"LOCATION:([^\r\n]+)", raw) if m: return m.group(1).strip() return None # find ongoing events ongoing = [e for e in events if e.get("start") and e.get("end") and e["start"] <= now < e["end"]] if ongoing: ongoing.sort(key=lambda e: e["end"]) e = ongoing[0] loc = extract_location(e) or e.get("summary") return {"ok": True, "name": nom, "status": "in_class", "until": e["end"].isoformat(), "location": loc, "summary": e.get("summary"), "source": url} # next upcoming future = [e for e in events if e.get("start") and e["start"] > now] if future: future.sort(key=lambda e: e["start"]) nxt = future[0] loc = extract_location(nxt) or nxt.get("summary") return {"ok": True, "name": nom, "status": "free_now", "next_start": nxt["start"].isoformat(), "next_location": loc, "next_summary": nxt.get("summary"), "source": url} return {"ok": True, "name": nom, "status": "free_all_day", "note": "Aucun cours répertorié pour aujourd'hui", "source": url} # small health endpoint to validate the HTTP/SSE server is reachable @mcp.custom_route(path="/health", methods=["GET"]) async def _health(request): from starlette.responses import JSONResponse return JSONResponse({"ok": True, "server": mcp.name, "mount": _MCP_MOUNT, "sse_path": _MCP_SSE_PATH}) # Root route: return 200 to satisfy probes from connectors (some clients/bridges # probe `/` and treat a 404 as an error). See FastMCP/OpenAI connector notes. @mcp.custom_route(path="/", methods=["GET"]) async def _root(request): # Return plain text/HTML to avoid confusing probes that expect non-JSON content from starlette.responses import PlainTextResponse txt = f"{mcp.name} — SSE endpoint available at { _MCP_SSE_PATH } (MCP mount: { _MCP_MOUNT })" return PlainTextResponse(txt) # execute and return the stdio output if __name__ == "__main__": print("Starting MCP server (SSE transport)...") # Run the FastMCP server using the SSE transport so clients can connect via HTTP/SSE # The `FastMCP` instance was configured with `sse_path` and `message_path` above. mcp.run(transport="sse", host=_MCP_HOST, port=_MCP_PORT) print("MCP server stopped.")