import requests import time import sys from datetime import datetime, timedelta from ics import Calendar, Event, DisplayAlarm # --- GESTION TIMEZONES --- try: from zoneinfo import ZoneInfo except ImportError: from backports.zoneinfo import ZoneInfo # ========================================== # 1. CONFIGURATION # ========================================== CALENDAR_NAME = "🌴 Djerba (Vols & Culture & Ramadan) ✈️" ICS_RELIGIEUX_URL = "https://ics.calendarlabs.com/52/f96c26bf/Islam_Holidays.ics" ICS_SCOLAIRE_URL = "https://fr.ftp.opendatasoft.com/openscol/fr-en-calendrier-scolaire/Zone-C.ics" # 🔑 LISTE DES CLÉS API (Rotation automatique & Intelligente) API_KEYS = [ "e8ce1ef667msh8e6f813e2b72a85p1bf0f1jsncaac0dab437a", "123effddd8msh05c6f2f55fb8930p11d1bdjsn4d9ffc97f316", "b6ba120eb3msh49de9408f37f2bcp1b8213jsn6d8b87810c16" ] HOST = "google-flights2.p.rapidapi.com" URL = f"https://{HOST}/api/v1/searchFlights" GPS_ADDRESSES = { "ORY": "Aéroport de Paris-Orly (ORY), 94390 Orly, France", "CDG": "Aéroport Paris-Charles de Gaulle (CDG), 95700 Roissy-en-France", "BVA": "Aéroport Paris-Beauvais (BVA), Route de l'Aéroport, 60000 Tillé, France", "DJE": "Aéroport International de Djerba-Zarzis (DJE), 4120 Mellita, Tunisie", "TUN": "Aéroport International de Tunis-Carthage (TUN), 1080 Tunis, Tunisie", "PAR": "Aéroports de Paris (Générique)" } TZ_PARIS = ZoneInfo("Europe/Paris") TZ_TUNIS = ZoneInfo("Africa/Tunis") # ========================================== # 2. LOGIQUE CULTURELLE & RELIGIEUSE # ========================================== def get_custom_descriptions(): return { "fitr": "🍪 Aïd el-Fitr\nFête de la rupture du jeûne (Marque la fin du Ramadan).", "kebir": "🐑 Aïd el-Kebir\nFête du sacrifice (Aïd al-Adha).", "mouled": "🥣 Le Mouled\nNaissance du Prophète (Assida Zgougou).", "ashura": "☪️ Achoura\nJour de jeûne et de commémoration.", "independance": "🇹🇳 Fête de l'indépendance\nCommémoration du 20 mars 1956.", "martyrs": "🇹🇳 Journée des martyrs\nSouvenir du sang versé pour l'indépendance (1938).", "republique": "🇹🇳 Fête de la République\nProclamation de la république (1957).", "evacuation": "🇹🇳 Fête de l’évacuation\nDépart des troupes françaises de Bizerte (1963).", "revolution": "🔥 Fête de la Révolution\nChute du régime précédent (14 janvier 2011)." } def injecter_fetes_hybrides(cal): """Mélange ICS dynamique (Religieux) et Dates fixes (Nationales)""" descs = get_custom_descriptions() today = datetime.now().date() limit = today + timedelta(days=700) # A. FÊTES RELIGIEUSES (ICS) print(f"🌍 Récupération des données religieuses...", end=" ") try: r = requests.get(ICS_RELIGIEUX_URL) external_cal = Calendar(r.text) for event in external_cal.events: evt_date = event.begin.date() if evt_date < today or evt_date > limit: continue name = event.name.lower() # 1. RAMADAN (PÉRIODE + NUITS IMPAIRES) if "ramadan" in name and "end" not in name: e = Event() e.name = "🌙 Mois de Ramadan" e.begin = evt_date e.duration = timedelta(days=30) e.make_all_day() e.description = "Mois de jeûne et de recueillement." e.uid = f"ramadan-{evt_date}@allofly" cal.events.add(e) # Les 5 nuits impaires nuits = [21, 23, 25, 27, 29] for n in nuits: d_nuit = evt_date + timedelta(days=n-1) enuit = Event() enuit.name = f"✨ Nuit {n} (Laylat al-Qadr ?)" enuit.begin = d_nuit enuit.make_all_day() enuit.description = "Une des nuits impaires sacrées (Nuit du Destin)." enuit.uid = f"laylat-{n}-{evt_date}@allofly" cal.events.add(enuit) # 2. AUTRES FÊTES RELIGIEUSES elif "fitr" in name or "end of ramadan" in name: ajouter_event_simple(cal, evt_date, "🍪 Aïd el-Fitr", descs["fitr"]) elif "adha" in name or "kebir" in name: ajouter_event_simple(cal, evt_date, "🐑 Aïd el-Kebir", descs["kebir"]) elif "mawlid" in name or "prophet" in name: ajouter_event_simple(cal, evt_date, "🥣 Le Mouled", descs["mouled"]) elif "ashura" in name: ajouter_event_simple(cal, evt_date, "☪️ Achoura", descs["ashura"]) print(f"✅ OK") except Exception as e: print(f"❌ Erreur ICS: {e}") # B. FÊTES NATIONALES (FIXES) print("🇹🇳 Génération des fêtes nationales...", end=" ") dates_fixes = [ (1, 14, "🔥 Révolution", descs["revolution"]), (3, 20, "🇹🇳 Indépendance", descs["independance"]), (4, 9, "🇹🇳 Martyrs", descs["martyrs"]), (5, 6, "✡️ Ghriba (Est.)", "Pèlerinage à Djerba (Date approx)."), (7, 25, "🇹🇳 République", descs["republique"]), (8, 13, "🇹🇳 Fête de la Femme", "Code du statut personnel."), (10, 15, "🇹🇳 Évacuation", descs["evacuation"]) ] for year in [today.year, today.year + 1]: for m, d, tit, desc in dates_fixes: try: dt = datetime(year, m, d).date() if dt >= today: ajouter_event_simple(cal, dt, tit, desc) except: pass print("✅ OK") def ajouter_event_simple(cal, date_obj, titre, desc): e = Event() e.name = titre e.begin = date_obj e.make_all_day() e.description = desc e.location = "Tunisie" e.uid = f"evt-{titre}-{date_obj}@allofly" cal.events.add(e) # ========================================== # 3. LOGIQUE VOLS # ========================================== class KeyManager: """Gère la rotation des clés API""" def __init__(self, keys): self.keys = keys self.index = 0 def get_key(self): # Retourne une clé et avance le curseur k = self.keys[self.index % len(self.keys)] self.index += 1 return k def count(self): return len(self.keys) def get_sliding_window_dates(days_count=55): """Génère les X prochains jours à partir de demain""" print(f"📅 Génération de la fenêtre glissante ({days_count} jours)...", end=" ") dates = [] today = datetime.now() current = today + timedelta(days=1) for _ in range(days_count): dates.append(current.strftime("%Y-%m-%d")) current += timedelta(days=1) print(f"✅ Du {dates[0]} au {dates[-1]}") return dates def scanner_vol(date, key_mgr, depart, arrivee, sens): # LOGIQUE DE RETRY : On essaie chaque clé disponible jusqu'à ce que ça marche nb_tries = key_mgr.count() # Affichage du début de ligne une seule fois prefix = "🛫" if sens == "aller" else "🔙" print(f"{prefix} {date}...", end=" ", flush=True) q = {"departure_id": depart, "arrival_id": arrivee, "outbound_date": date, "currency": "EUR", "travel_class": "ECONOMY", "adults": "1", "search_type": "cheap", "language_code": "fr", "country_code": "FR"} for _ in range(nb_tries): current_api_key = key_mgr.get_key() headers = {"x-rapidapi-key": current_api_key, "x-rapidapi-host": HOST} try: r = requests.get(URL, headers=headers, params=q, timeout=45) if r.status_code == 200: # SUCCÈS ! data = r.json().get('data', {}) raw = (data.get('itineraries', {}).get('topFlights') or []) + (data.get('itineraries', {}).get('otherFlights') or []) if not raw: print("❌ (Vide)") return None candidats = [] for vol in raw: try: p = vol['price']['raw'] if isinstance(vol['price'], dict) else int(vol['price']) except: p = 9999 segs = vol.get('flights', []) if not segs: continue cie = segs[0].get('airline', 'Inconnue') p_full = p + 50 if "TRANSAVIA" in cie.upper(): p_full = p + 105 elif "NOUVELAIR" in cie.upper(): p_full = p + 40 elif "TUNISAIR" in cie.upper(): p_full = p + 36 candidats.append({"vol": vol, "p": p, "p_full": p_full, "cie": cie}) if not candidats: print("❌ (Pas de candidats)") return None best = min(candidats, key=lambda x: x['p_full']) print(f"✅ {best['cie']} ({best['p_full']}€)") seg = best['vol']['flights'][0] return { "date": date, "sens": sens, "cie": best['cie'], "p": best['p'], "p_full": best['p_full'], "dep": seg['departure_airport']['time'].split(' ')[1], "arr": seg['arrival_airport']['time'].split(' ')[1], "code_dep": seg['departure_airport']['airport_code'], "num": seg['flight_number'] } elif r.status_code == 429: # ERREUR QUOTA -> On affiche une petite icône et on boucle sur la clé suivante print("🔄", end=" ", flush=True) time.sleep(0.5) continue # Essai suivant avec nouvelle clé else: print(f"⚠️ Err {r.status_code}") return None except Exception as e: print(f"Err: {e}") return None # Si on arrive ici, toutes les clés ont échoué print("⛔ TOUS QUOTAS ÉPUISÉS") return None def ajouter_event_vol(cal, i): e = Event() start = datetime.strptime(f"{i['date']} {i['dep']}", "%Y-%m-%d %H:%M") end = datetime.strptime(f"{i['date']} {i['arr']}", "%Y-%m-%d %H:%M") if end < start: end += timedelta(days=1) if i['sens'] == "aller": start = start.replace(tzinfo=TZ_PARIS) end = end.replace(tzinfo=TZ_TUNIS) titre = f"🛫 {i['p']}€ | 🛄{i['p_full']}€ • {i['cie']}" else: start = start.replace(tzinfo=TZ_TUNIS) end = end.replace(tzinfo=TZ_PARIS) titre = f"🔙 {i['p']}€ | 🛄{i['p_full']}€ • {i['cie']}" e.begin = start e.end = end e.name = titre desc = ( f"💰 PRIX: {i['p']}€ (Sac) / {i['p_full']}€ (Valise)\n" f"✈️ VOL: {i['cie']} ({i['num']})\n" f"📍 {i['code_dep']} -> {i['arr']}" ) e.description = desc e.location = GPS_ADDRESSES.get(i['code_dep'], i['code_dep']) e.uid = f"vol-{i['date']}-{i['sens']}@allofly" cal.events.add(e) # ========================================== # 4. MAIN # ========================================== def main(): cal = Calendar() print("="*60) print(f"🚀 {CALENDAR_NAME}") print("="*60) # Init rotation clés key_mgr = KeyManager(API_KEYS) # 1. CULTURE & RELIGION injecter_fetes_hybrides(cal) # 2. DATES (FENÊTRE GLISSANTE CONTINUE) dates = get_sliding_window_dates(55) print(f"💳 Budget API : 3 clés disponibles (~112 req/semaine)") print(f"🎯 Objectif : {len(dates)} jours x 2 sens = {len(dates)*2} requêtes") # 3. SCANS print(f"\n🔎 Scan ALLER ({len(dates)} dates)") for d in dates: # On passe le manager complet pour gérer les retries en interne res = scanner_vol(d, key_mgr, "PAR", "DJE", "aller") if res: ajouter_event_vol(cal, res) time.sleep(1.1) print(f"\n🔎 Scan RETOUR ({len(dates)} dates)") for d in dates: res = scanner_vol(d, key_mgr, "DJE", "PAR", "retour") if res: ajouter_event_vol(cal, res) time.sleep(1.1) # 4. EXPORT ics_data = cal.serialize() if "X-WR-CALNAME" not in ics_data: ics_data = ics_data.replace("VERSION:2.0", f"VERSION:2.0\nX-WR-CALNAME:{CALENDAR_NAME}") with open("planning_djerba_complet.ics", "w", encoding="utf-8") as f: f.write(ics_data) print("\n" + "="*60) print("✨ TERMINÉ ! Fichier : planning_djerba_complet.ics") if __name__ == "__main__": main()