def getInspirationFlights(current, leaves, price, duration=None):
flights = Flights(API_KEY)
return flights.inspiration_search(origin=current,
departure_date=leaves,
duration=duration,
max_price=price)
# pprint.pprint(getCheapestFlights(current, to, leaves))
# pprint.pprint(resp)
# import amadeus
# API_KEY = keys['amadeus']['private']
# def getCheapestFlights(from, to, leaves, returns=None):
# flight = amadeus.Flights(API_KEY)
# return flight.low_fare_search(
# origin = from,
# destination = to,
# departure_date=leaves + "" if returns is None else "--{}".format(returns)
# )
# departure_date = "2016-11-25"
def query(request):
# get params:
budget = int(request.POST["budget"])
origin = request.POST["origin"]
num_passengers = int(request.POST["num_passengers"])
# calc departure_date - 7 days from now:
today = datetime.datetime.now()
x_days_after = today + datetime.timedelta(days=NUM_DAYS_FROM_NOW)
departure_date = '%s--%s' % (today.strftime(DATE_FORMAT),
x_days_after.strftime(DATE_FORMAT))
logger.debug(departure_date)
# calc max price:
max_price = int(budget / num_passengers)
logger.debug(type(max_price))
# query amadeus:
flights = Flights(AMADEUS_API_KEY)
resp = flights.extensive_search(origin=origin,
destination='LAX',
departure_date=departure_date,
max_price=budget)
# TODO: remove flights with less seats then needed - can't
return JsonResponse(data=resp, status=200)
def retrieve_destinations(origin, budget_query, departure_date, duration):
# Query for flights via Amadeus
flights = Flights(AMADEUS_API_KEY)
# Find flights from origin
origin_iata = flights.auto_complete(term=origin)[0]['value']
r = flights.inspiration_search(origin=origin_iata,
departure_date=departure_date,
max_price=budget_query,
duration=duration)
# Cap number of experiences
results = r['results'][:NUM_EXPERIENCES]
# Map IATA codes from Amadeus API to human-readable places
destinations = []
for iata in results:
destination = IATA2CITY.get(iata['destination'], None)
if destination is not None:
# Return a tuple of HRF city, dates, and price of flight
destinations.append((destination, origin_iata, iata['destination'],
iata['departure_date'], iata['return_date'],
float(iata['price'])))
return destinations
def getFlights(self):
flights = Flights(AMADEUS_KEY)
resp = flights.extensive_search(
origin='MAD',
destination='BCN',
departure_date='2017-06-05--2017-06-28')
return resp
def find_flight(orig, dest, event_date, latitude, longitude):
amideus_api = app.config['AMADEUS_KEY']
airport_content = urlopen(
"https://api.sandbox.amadeus.com/v1.2/airports/nearest-relevant?apikey="
+ amideus_api + "&latitude=" + latitude + "&longitude=" +
longitude).read()
flights = Flights(amideus_api)
# Convert to datetime object
event_date = datetime.datetime.strptime(event_date,
'%Y-%m-%d %H:%M:%S').date()
# Decrememnt date to get departures before the event
depart_high = event_date - datetime.timedelta(days=1)
depart_low = event_date - datetime.timedelta(days=3)
# String for range of dates
departure_string = str(depart_low) + "--" + str(depart_high)
# The request :)
resp = flights.extensive_search(origin=orig,
destination=dest,
departure_date=departure_string,
duration='4--7',
max_price=3000)
# print json.dumps(resp, indent=2, sort_keys=True)
# currency = resp['currency']
# Loop through each found flight and print its info
ret = []
for flight in resp.get('results', [])[:5]:
airline = flight['airline']
departure_date = datetime.datetime.strptime(flight['departure_date'],
'%Y-%m-%d')
return_date = datetime.datetime.strptime(flight['return_date'],
'%Y-%m-%d')
price = flight['price']
# Create a URL to find these flights on google
url_string = "https://www.google.com/flights/#search;f=%s;t=%s;d=%s;r=%s;a=%s" % (
orig, dest, str(departure_date.date()), str(
return_date.date()), airline)
ret += [
"For %s you can fly to %s departing on %s and returning on %s" %
(price, dest, departure_date.strftime('%b %d, %Y'),
return_date.strftime('%b %d, %Y'))
]
return ret
def getFlights(request):
flights = Flights('Zt0AY8d5B9UA7ERLccCjiGF6l6gpcUoS')
if request.method == 'POST':
form = FlightForm(request.POST)
if form.is_valid():
data = form.cleaned_data
resp = flights.extensive_search(
origin=data['origin'],
destination=data['destination'],
#departure_date = '2018-05-15--2018-05-30'
departure_date=data['startdate'])
#print(resp)
#return HttpResponse(resp['results'][0]['price'])
return HttpResponse(json.dumps(resp))
def find_best_travel(self,
list_airports=None,
days=None,
num_countries=None,
departure_date=None):
flights = Flights('KwG8uSgsdnyDstlNsMeKCPioagUNLYJS')
if departure_date == None:
departure_date = time.time()
days_per_city = int(days / num_countries)
distance_matrix = np.zeros((len(list_airports), len(list_airports)))
total = len(list_airports) * len(list_airports)
counter = 0
for i, airport_departure in enumerate(list_airports):
print(airport_departure)
for j, airport_arrival in enumerate(list_airports):
print(airport_arrival)
if airport_arrival == airport_departure:
distance_matrix[i, j] = 0
else:
prices_list = []
for duration in range(0, days, days_per_city):
print(duration)
date = datetime.datetime.fromtimestamp(
departure_date +
duration * 24 * 3600).strftime('%Y-%m-%d')
print(date)
resp = flights.low_fare_search(origin=airport_departure,
destination=airport_arrival,
departure_date=date,
duration='1')
try:
price = resp['results'][0]['fare']['total_price']
except:
continue
print(price)
prices_list.append(float(price))
if prices_list == []:
distance_matrix[i, j] = 10e6
else:
distance_matrix[i, j] = np.mean(prices_list)
counter += 1
current_task.update_state(
state='PROGRESS',
meta={'process_percent': round(float(counter / total), 2)})
return distance_matrix.tolist()
def find_best_travel(list_airports=None,
days=None,
num_countries=None,
departure_date=None):
flights = Flights('rTgACcDGGTOrYi9vGotfQOM2wfHAGly8')
if departure_date == None:
departure_date = time.time()
days_per_city = int(days / num_countries)
distance_matrix = np.zeros((len(list_airports), len(list_airports)))
for i, airport_departure in enumerate(list_airports):
print(airport_departure)
for j, airport_arrival in enumerate(list_airports):
print(airport_arrival)
if airport_arrival == airport_departure:
distance_matrix[i, j] = 0
else:
prices_list = []
for duration in range(0, 40, days_per_city):
print(duration)
date = datetime.datetime.fromtimestamp(
departure_date +
duration * 24 * 3600).strftime('%Y-%m-%d')
print(date)
resp = flights.low_fare_search(origin=airport_departure,
destination=airport_arrival,
departure_date=date,
duration='1')
try:
price = resp['results'][0]['fare']['total_price']
except:
continue
print(price)
prices_list.append(float(price))
if prices_list == []:
distance_matrix[i, j] = 10e6
else:
distance_matrix[i, j] = np.mean(prices_list)
return distance_matrix
def my_form_post():
form = FlightDataForm(request.form)
email = form.email.data
depart = form.depart.data.upper()
dest = form.dest.data.upper()
dates = form.dates.data
key = 'uc3P6EbsIUyjwIfT9eQLyNdUp4CbWbem'
flights = Flights(key)
resp = flights.extensive_search(origin=depart,
destination=dest,
departure_date=dates)
print(resp)
a = resp['results'][0]['airline']
b = resp['results'][0]['price']
c = resp['results'][1]['airline']
d = resp['results'][1]['price']
e = resp['results'][2]['airline']
f = resp['results'][2]['price']
flight1 = f'{a} flight: {b}\n'
flight2 = f'{c} flight: {d}\n'
flight3 = f'{e} flight: {f}\n'
smtp_server = smtplib.SMTP('smtp.gmail.com', 587)
smtp_server.ehlo()
smtp_server.starttls()
sendemail = '*****@*****.**'
apppwd = 'kxgrfartdbtkdubf'
smtp_server.login(sendemail, apppwd)
#toaddr = '*****@*****.**' #CHANGE TO ACTUAL SENDER
msg = "\r\n".join([
"From: [email protected]", "To: [email protected]",
"Subject: Your flight offers for the week",
f"Your top 3 flights from {resp['origin']} to {resp['results'][3]['destination']}\n",
flight1, flight2, flight3, "Thank You, and have a great day!"
])
smtp_server.sendmail(sendemail, email, msg)
return ('Congratulations! You have been subscribed to the mailing list.')
def GenerateListsFromCity(ciudadElegidaUsuario, primerDiaPosibleSalida,
ultimoDiaPosibleSalida, duracion, currencyByUser):
# importamos los modulos necesarios de amadeus y le pasamos la pw
from amadeus import Flights
flights = Flights('fdNSGaHphktgPWytHqHqBVhcQVVs4uVr')
from amadeus import Hotels
hotels = Hotels('fdNSGaHphktgPWytHqHqBVhcQVVs4uVr')
#aseguramos que las fechas van con guiones
primerDiaPosibleSalida_Corregido = primerDiaPosibleSalida.replace("/", "-")
ultimoDiaPosibleSalida_Corregido = ultimoDiaPosibleSalida.replace("/", "-")
#calculo fecha regreso <- de momento no se emplea
primerDiaPosibleSalida_datetime = datetime.datetime.strptime(
primerDiaPosibleSalida, '%Y-%m-%d')
primerDiaPosibleVuelta_datetime = primerDiaPosibleSalida_datetime + datetime.timedelta(
days=duracion)
primerDiaPosibleVuelta = (str(primerDiaPosibleVuelta_datetime)[:10])
ultimoDiaPosibleSalida_datetime = datetime.datetime.strptime(
ultimoDiaPosibleSalida, '%Y-%m-%d')
ultimoDiaPosibleVuelta_datetime = ultimoDiaPosibleSalida_datetime + datetime.timedelta(
days=duracion)
ultimoDiaPosibleVuelta = (str(ultimoDiaPosibleVuelta_datetime)[:10])
#Obtener codigo ciudad salida
respCity = flights.auto_complete(term=ciudadElegidaUsuario)
print(respCity)
codigoCiudadSalida = respCity[0]['value']
print("Buscando vuelos desde", codigoCiudadSalida)
# Buscar vuelos
flights = Flights('fdNSGaHphktgPWytHqHqBVhcQVVs4uVr')
respVuelos = flights.inspiration_search(
origin=codigoCiudadSalida,
departure_date=primerDiaPosibleSalida_Corregido + "--" +
ultimoDiaPosibleSalida_Corregido,
duration=6,
max_price=200)
print(respVuelos)
# Generar listas con resultados
listadoDestinosNfila = []
listadoDestinosLargo = []
listadoDestinosCodigo = []
listadoDestinosFechaSalida = []
listadoDestinosFechaVuelta = []
listadoDestinosPrecioVuelo = []
listadoDestinosLats = []
listadoDestinosLons = []
listadoDestinosPais = []
listadoDestinosPrecioHoteles = []
#for i in range (len(respVuelos['results'])):
# print(RecuperarNumeroFromIataCode(respVuelos['results'][i]['destination']),respVuelos['results'][i]['destination'],respVuelos['results'][i]['price'])
for i in range(len(respVuelos['results'])):
print(i)
posicionEnListas = RecuperarNumeroFromIataCode(
respVuelos['results'][i]['destination'])
listadoDestinosNfila.append(posicionEnListas)
listadoDestinosLargo.append(
listaMunicipalityAirports[posicionEnListas])
listadoDestinosCodigo.append(respVuelos['results'][i]['destination'])
listadoDestinosFechaSalida.append(
respVuelos['results'][i]['departure_date'])
listadoDestinosFechaVuelta.append(
respVuelos['results'][i]['return_date'])
listadoDestinosPrecioVuelo.append(respVuelos['results'][i]['price'])
listadoDestinosLats.append(listaLatsAirports[posicionEnListas])
listadoDestinosLons.append(listaLongsAirports[posicionEnListas])
listadoDestinosPais.append(listaCountryAirports[posicionEnListas])
#print("inciando busqueda hotel cerca de",listaLatsAirports[posicionEnListas],",",listaLongsAirports[posicionEnListas] )
respHoteles = hotels.search_circle(
check_in=respVuelos['results'][i]['departure_date'],
check_out=respVuelos['results'][i]['return_date'],
latitude=float(listaLatsAirports[posicionEnListas]),
longitude=float(listaLongsAirports[posicionEnListas]),
currency=currencyByUser,
radius=30) #km from coordenates=km from airport
#print(respHoteles)
precioMedioHoteles = 0
numeroHotelesConsiderar = min(
len(respHoteles['results']),
5) #max number of hotels to consider in mean price
if numeroHotelesConsiderar == 0:
precioMedioHoteles = 1000 * duracion
else:
for h in range(numeroHotelesConsiderar):
precioDeCadaHotel = respHoteles['results'][h]['total_price'][
'amount']
# print(precioDeCadaHotel)
# print(respHoteles['results'][h]['location']['latitude'])
# print(respHoteles['results'][h]['location']['longitude'])
precioMedioHoteles = precioMedioHoteles + float(
precioDeCadaHotel)
precioMedioHoteles = round(
precioMedioHoteles / numeroHotelesConsiderar, 2)
listadoDestinosPrecioHoteles.append(precioMedioHoteles)
return (listadoDestinosNfila, listadoDestinosLargo, listadoDestinosCodigo,
listadoDestinosFechaSalida, listadoDestinosFechaVuelta,
listadoDestinosPrecioVuelo, listadoDestinosLats,
listadoDestinosLons, listadoDestinosPais,
listadoDestinosPrecioHoteles)
def __init__(self, key):
self.flights = Flights(key)
__author__ = 'ASUS-PC'
import requests
from amadeus import Flights
from fuzzywuzzy import fuzz
flights = Flights("s9lQ77z7OKA0yGtJmjL1QmMPJr3a2y60")
class amadeusAdapter(object):
def __init__(self, key):
self.flights = Flights(key)
def search(
self, search, param
): #inspiration search will be done according to user statements
if search == "inspiration_search":
resultsSet = []
origins = None
destinations = None
if param.get("origin") != None:
if param.get("origin") == "CMB" or param.get(
"origin") == "Colombo" or param.get(
"origin") == "Sri Lanka":
origins = [{
'label':
'Colombo - Bandaranayake International Air Port [CMB]',
'value': 'CMB'
}]
else:
origins = self.autoComplete(param.get("origin"))
if param.get("destination") != None:
:Authors: bejar
:Version:
:Created on: 23/01/2017 16:24
"""
from AgentUtil.APIKeys import AMADEUS_KEY
from amadeus import Flights
__author__ = 'bejar'
flights = Flights(AMADEUS_KEY)
# resp = flights.inspiration_search(
# origin='BCN', destination='GVA',
# departure_date="2017-01-25--2017-02-28")
#
resp = flights.extensive_search(
origin='MAD',
destination='BCN',
departure_date='2017-02-05--2017-02-28',
duration='4--10')
print resp
#!/usr/bin/env python
from amadeus import Flights
from constants import *
import sys
if __name__ == "__main__":
if len(API_KEY) == 0:
raise Exception(
"Obtain an API key from sandbox.amadeus.com and store it in constants.py"
)
sys.exit()
print "Flight search:"
flights = Flights(API_KEY)
resp = flights.inspiration_search(origin='BKK',
departure_date="2018-03-25--2018-03-30",
max_price=200)
print resp
coors.append([lats, longi]) return coors def getPointsNames(city): url = "https://api.sandbox.amadeus.com/v1.2/points-of-interest/yapq-search-text?city_name=" + city + "&apikey=" + amadeus_key request = json.loads(requests.get(url).content) pois = request['points_of_interest'] titles = [] for site in pois: names = site['title'] titles.append(names) return titles # =============================== Scripts ========================================== flights = Flights(amadeus_key) origin = 'BKK' departure_date = None price = None duration = None direct = None aggregation_mode = None # resp = flights.inspiration_search( # origin=origin, # departure_date=departure_date, # max_price=price, # duration=duration, # direct=direct, # aggregation_mode=aggregation_mode)
def get_flight_searcher():
api_key = get_api_key()
return Flights(api_key)
def get_flight_info(orig,
dest,
depart_date,
ret_date,
duration,
num_results='3'):
duration2 = str(duration) + "--" + str(duration)
print(duration2)
flights = Flights("S1ukqxEJjvLGcmtKD1wSPEEp9apIcsiC")
resp = flights.low_fare_search(
origin=orig, #'LGA'
destination=dest,
departure_date=depart_date,
return_date=ret_date,
duration=duration2, #'4--7'
number_of_results=num_results) #'10'
# Loop over all suggested flights
if ('results' not in resp):
return 0
num_results = len(resp['results'])
outbound_len = [None] * num_results
outbound_departure_time = [None] * num_results
outbound_departure_location = [None] * num_results
outbound_arrival_time = [None] * num_results
outbound_arrival_location = [None] * num_results
inbound_len = [None] * num_results
inbound_departure_time = [None] * num_results
inbound_departure_location = [None] * num_results
inbound_arrival_time = [None] * num_results
inbound_arrival_location = [None] * num_results
flight_price = [None] * num_results
num_seats_available_inbound = [[] for i in range(num_results)]
num_seats_available_outbound = [[] for i in range(num_results)]
terminal_inbound = [[] for i in range(num_results)]
terminal_outbound = [[] for i in range(num_results)]
flight_number_inbound = [[] for i in range(num_results)]
flight_number_outbound = [[] for i in range(num_results)]
marketing_airline_inbound = [[] for i in range(num_results)]
marketing_airline_outbound = [[] for i in range(num_results)]
print(num_results)
for i in range(num_results):
# Outbound
outbound_len[i] = len(
resp['results'][i]['itineraries'][0]['outbound']['flights']) - 1
outbound_departure_time[i] = resp['results'][i]['itineraries'][0][
'outbound']['flights'][0]['departs_at']
outbound_departure_location[i] = resp['results'][i]['itineraries'][0][
'outbound']['flights'][0]['origin']['airport']
outbound_arrival_time[i] = resp['results'][i]['itineraries'][0][
'outbound']['flights'][outbound_len[i]]['arrives_at']
outbound_arrival_location[i] = resp['results'][i]['itineraries'][0][
'outbound']['flights'][outbound_len[i]]['destination']['airport']
for j in resp['results'][i]['itineraries'][0]['outbound']['flights']:
num_seats_available_outbound[i].append(
j['booking_info']['seats_remaining'])
if 'terminal' in j['destination']:
terminal_outbound[i].append(j['destination']['terminal'])
else:
terminal_outbound[i].append('TBD')
flight_number_outbound[i].append(j['flight_number'])
marketing_airline_outbound[i].append(
get_airline_name(j['marketing_airline']))
# Inbound
inbound_len[i] = len(
resp['results'][i]['itineraries'][0]['inbound']['flights']) - 1
inbound_departure_time[i] = resp['results'][i]['itineraries'][0][
'inbound']['flights'][0]['departs_at']
inbound_departure_location[i] = resp['results'][i]['itineraries'][0][
'inbound']['flights'][0]['origin']['airport']
inbound_arrival_time[i] = resp['results'][i]['itineraries'][0][
'inbound']['flights'][inbound_len[i]]['arrives_at']
inbound_arrival_location[i] = resp['results'][i]['itineraries'][0][
'inbound']['flights'][inbound_len[i]]['destination']['airport']
for j in resp['results'][i]['itineraries'][0]['inbound']['flights']:
num_seats_available_inbound[i].append(
j['booking_info']['seats_remaining'])
if 'terminal' in j['destination']:
terminal_inbound[i].append(j['destination']['terminal'])
else:
terminal_inbound[i].append('TBD')
flight_number_inbound[i].append(j['flight_number'])
marketing_airline_inbound[i].append(
get_airline_name(j['marketing_airline']))
flight_price[i] = resp['results'][i]['fare']['total_price']
return outbound_len, inbound_len, outbound_departure_time, outbound_departure_location, outbound_arrival_time, outbound_arrival_location, inbound_departure_time, inbound_departure_location, inbound_arrival_time, inbound_arrival_location, flight_price, num_seats_available_inbound, num_seats_available_outbound, terminal_inbound, terminal_outbound, flight_number_inbound, flight_number_outbound, marketing_airline_inbound, marketing_airline_outbound