def get_live_quotes(origin, destination, outbounddate, inbounddate=None):
pricer = Flights(key)
suffix = '-sky'
origin = origin + suffix
destination = destination + suffix
if not inbounddate:
response = pricer.get_result(country='RU',
currency='RUB',
locale='en-GB',
originplace=origin,
destinationplace=destination,
outbounddate=outbounddate,
adults=1).parsed
else:
response = pricer.get_result(country='RU',
currency='RUB',
locale='en-GB',
originplace=origin,
destinationplace=destination,
outbounddate=outbounddate,
inbounddate=inbounddate,
adults=1).parsed
return response
def search_flights(origin, destination, outbound, inbound, passengers):
flights_service = Flights(API_KEY)
result = flights_service.get_result(
country=MARKET,
currency=CURRENCY,
locale=LOCALE,
originplace=origin,
destinationplace=destination,
outbounddate=outbound.strftime('%Y-%m-%d'),
inbounddate=inbound.strftime('%Y-%m-%d'),
adults=passengers)
if result.status_code is 200:
fs = FlightSearch.objects.create(
origin=origin,
destination=destination,
outbound=outbound,
inbound=inbound,
passengers=passengers,
status=result.parsed['Status'],
query=result.parsed['Query'],
session_key=result.parsed['SessionKey'])
return format_flight_search(fs, result.parsed)
else:
raise SearchErrorException(result.status_code)
def buscarvuelo_live(origen, destino, fecha_ida, fecha_vuelta):
flights_service = Flights(os.environ['api_skyscanner'])
result = flights_service.get_result(errors='graceful',
country='ES',
currency='EUR',
locale='es-ES',
originplace=origen + '-sky',
destinationplace=destino + '-sky',
outbounddate=fecha_ida,
inbounddate=fecha_vuelta,
adults=1).parsed
return result
def getLink(originplace_ ,destinationplace_, outbounddate_):
flights_service = Flights('ha306082955374085267757354385037')
result = flights_service.get_result(
country='ES',
currency='eur',
locale='en-GB',
originplace=originplace_,
destinationplace=destinationplace_,
outbounddate=outbounddate_,
sorttype='price',
sortorder='asc',
adults=1).parsed
return (result['Itineraries'][0]['PricingOptions'][0]['Price'],result['Itineraries'][0]['PricingOptions'][0]['DeeplinkUrl'])
def test_get_result(self):
flights_service = Flights(self.api_key)
self.result = flights_service.get_result(
country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1)
# print(result)
print("status: %s" % self.result['Status'])
def test_get_result_json(self):
flights_service = Flights(self.api_key, response_format='json')
self.result = flights_service.get_result(
errors=GRACEFUL,
country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1).parsed
self.assertTrue(None != self.result)
self.assertTrue('Itineraries' in self.result)
self.assertTrue(len(self.result['Itineraries']) > 0)
def test_get_result_xml(self):
flights_service = Flights(self.api_key, response_format='xml')
self.result = flights_service.get_result(
errors=GRACEFUL,
country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1).parsed
self.assertIsNotNone(self.result)
self.assertIsNotNone(self.result.find('./Itineraries'))
self.assertTrue(len(self.result.findall('./Itineraries/ItineraryApiDto')) > 0)
def test_get_result_json(self):
flights_service = Flights(self.api_key, response_format='json')
self.result = flights_service.get_result(
errors=GRACEFUL,
country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1).parsed
self.assertTrue(None != self.result)
self.assertTrue('Itineraries' in self.result)
self.assertTrue(len(self.result['Itineraries']) > 0)
def test_get_result_xml(self):
flights_service = Flights(self.api_key, response_format='xml')
self.result = flights_service.get_result(
errors=GRACEFUL,
country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1).parsed
self.assertIsNotNone(self.result)
self.assertIsNotNone(self.result.find('./Itineraries'))
self.assertTrue(
len(self.result.findall('./Itineraries/ItineraryApiDto')) > 0)
def test_get_result_xml(self):
flights_service = Flights(self.api_key, response_format="xml")
self.result = flights_service.get_result(
errors=GRACEFUL,
country="UK",
currency="GBP",
locale="en-GB",
originplace="SIN-sky",
destinationplace="KUL-sky",
outbounddate=self.outbound_days,
inbounddate=self.inbound_days,
adults=1,
).parsed
self.assertTrue(None != self.result)
self.assertTrue(None != self.result.find("./Itineraries"))
self.assertTrue(len(self.result.findall("./Itineraries/ItineraryApiDto")) > 0)
class FlightChecker:
def __init__(self, browse_key, live_key, market, currency, locale):
self.market = market
self.currency = currency
self.locale = locale
self.flights_cache = FlightsCache(browse_key)
self.live_key = live_key
#Returns a list where the first item is the place Name, the second is the IATA code
def get_place_details(self, places, place_id):
details = list()
for place in places:
if place['PlaceId'] == place_id:
details.append(place['Name'])
details.append(place['IataCode'])
return details
def get_place_name_from_flights(self, places, place_id):
for place in places:
if place['Id'] == place_id:
return place['Name']
#First in list is name, then second is image url
def get_agent_details(self, agents, agent_id):
details = list()
for agent in agents:
if agent['Id'] == agent_id:
details.append(agent['Name'])
details.append(agent['ImageUrl'])
return details
def get_leg_details(self, legs, leg_id):
for leg in legs:
if leg['Id'] == leg_id:
return leg
def get_carrier_names(self, carriers, journey):
journey_carriers = list()
for journey_carrier_id in journey['CarrierIds']:
journey_carriers.append(self.get_carrier_name(carriers, journey_carrier_id))
return journey_carriers
def get_carrier_name(self, carriers, carrier_id):
for carrier in carriers:
if carrier['CarrierId'] == carrier_id:
return carrier['Name']
def next_weekday(self, d, weekday):
days_ahead = weekday - d.weekday()
if days_ahead <= 0: # Target day already happened this week
days_ahead += 7
return d + datetime.timedelta(days_ahead)
def append_if_doesnt_exist(self, target, source, key_name, attribute_name):
found_existing = False
for source_item in source[key_name]:
for target_item in target[key_name]:
if source_item[attribute_name] == target_item[attribute_name]:
found_existing = True
break
if found_existing == False:
target[key_name].append(source_item)
found_existing = False
return target
def browse_cache_by_route_advenchas(self, search_params):
i = 0
cache_results = {}
while i < len(search_params.departure_dates):
departure_date = search_params.departure_dates[i]
return_date = search_params.return_dates[i]
try:
result = self.flights_cache.get_cheapest_price_by_route(
market=self.market,
currency=search_params.currency,
locale=self.locale,
originplace=search_params.origin,
destinationplace=search_params.destination,
outbounddate=departure_date.strftime('%Y-%m-%d'),
inbounddate=return_date.strftime('%Y-%m-%d')
).parsed
except Exception as exc:
print('ERROR: Could not access browse cache by route')
continue
quotes = result['Quotes']
carriers = result['Carriers']
places = result['Places']
for quote in quotes:
min_price = quote['MinPrice']
direct = quote['Direct']
price = quote['MinPrice']
cache_date = quote['QuoteDateTime']
dept = quote['OutboundLeg']
ret = quote['InboundLeg']
dept_date = dept['DepartureDate']
dept_place_details = self.get_place_details(places, dept['OriginId'])
dept_place = dept_place_details[0]
dept_iata = dept_place_details[1]
dept_carriers = self.get_carrier_names(carriers, dept)
ret_date = ret['DepartureDate']
ret_place_details = self.get_place_details(places, ret['OriginId'])
ret_place = ret_place_details[0]
ret_iata = ret_place_details[1]
ret_carriers = self.get_carrier_names(carriers, ret)
datetime_now = datetime.now()
cache_datetime = datetime.strptime(cache_date, "%Y-%m-%dT%H:%M:%S")
#check that the return location is correct and flights are direct and the cache date is less than 24 hours ago
if search_params.origin == dept_iata and direct == True and (datetime_now - cache_datetime) < timedelta(2):
advencha = CacheAdventure(
price=price,
direct=direct,
dept_date=dept_date,
dept_place=dept_place,
dept_iata=dept_iata,
dept_carriers=dept_carriers,
ret_date=ret_date,
ret_place=ret_place,
ret_iata=ret_iata,
ret_carriers=ret_carriers,
cache_date=cache_date
)
if ret_place in cache_results:
cache_results[ret_place].append(advencha)
else:
cache_results[ret_place] = [advencha]
i += 1
return cache_results
def live_flights_query(self, adventure, adults, max_price_pp, earliest_dept_time, latest_dept_time, earliest_ret_time, latest_ret_time):
self.flights = Flights(self.live_key)
try:
result = self.flights.get_result(
country=self.market,
currency=self.currency,
locale=self.locale,
originplace=adventure.departure_iata+"-sky",
destinationplace=adventure.return_iata+"-sky",
outbounddate=adventure.departure_date.split('T')[0],
inbounddate=adventure.return_date.split('T')[0],
adults=adults,
groupPricing=True,
outbounddepartstarttime=earliest_dept_time,
outbounddepartendtime=latest_dept_time,
inbounddepartstarttime=earliest_ret_time,
inbounddepartendtime=latest_ret_time
).parsed
return result
except Exception:
print("ERROR: Exception trying to access Flights API:\n")
print(str(Exception))
def parse_live_price(self, result, adults, max_price_pp):
itineraries = result['Itineraries']
legs = result['Legs']
places = result['Places']
agents = result['Agents']
cheap_itineraries = list()
for itinerary in itineraries:
pricing = itinerary['PricingOptions']
for price in pricing:
full_price = price['Price']
if full_price <= max_price_pp:
flight_agents = list()
for single_agent in price['Agents']:
flight_agents.append(self.get_agent_details(agents, single_agent))
if 'DeeplinkUrl' in price:
link = price['DeeplinkUrl']
outbound_leg_details = self.get_leg_details(legs, itinerary['OutboundLegId'])
inbound_leg_details = self.get_leg_details(legs, itinerary['InboundLegId'])
dept_from = self.get_place_name_from_flights(places, outbound_leg_details['OriginStation'])
dept_time = outbound_leg_details['Departure']
dept_duration = outbound_leg_details['Duration']
dept_stops = len(outbound_leg_details['Stops'])
dept_arrive_location = self.get_place_name_from_flights(places, outbound_leg_details['DestinationStation'])
dept_arrive_time = outbound_leg_details['Arrival']
ret_from = self.get_place_name_from_flights(places, inbound_leg_details['OriginStation'])
ret_time = inbound_leg_details['Departure']
ret_duration = inbound_leg_details['Duration']
ret_stops = len(inbound_leg_details['Stops'])
ret_arrive_location = self.get_place_name_from_flights(places, inbound_leg_details['DestinationStation'])
ret_arrive_time = inbound_leg_details['Arrival']
flight_itinerary = FlightItinerary(
price=full_price,
agents=flight_agents,
link=link,
adults=adults,
dept_from=dept_from,
dept_time=dept_time,
dept_duration=dept_duration,
dept_stops=dept_stops,
dept_arrive_location=dept_arrive_location,
dept_arrive_time=dept_arrive_time,
ret_from=ret_from,
ret_time=ret_time,
ret_duration=ret_duration,
ret_stops=ret_stops,
ret_arrive_location=ret_arrive_location,
ret_arrive_time=ret_arrive_time
)
cheap_itineraries.append(flight_itinerary)
return cheap_itineraries
# see https://github.com/Skyscanner/skyscanner-python-sdk
from skyscanner.skyscanner import Flights
flights_service = Flights('7a3621970amsh9275d1c7c9ed661p15c96ajsnbc45c95d106c')
result = flights_service.get_result(country='DE',
currency='EUR',
locale='de-DE',
originplace='MUC-sky',
destinationplace='HNL-sky',
outbounddate='2020-05-28',
inbounddate='2020-05-31',
adults=1).parsed
print(result)
# 2 http errors won't generate errors
self.build_data.raises_for_indexes[10] = 2
self.build_data.mid_point()
# if 3 http errors are generated, it will be raised
new_data = self.build_data[:10]
new_data.raises_for_indexes[5] = 3
self.assertRaises(errors.DownloadError, new_data.mid_point)
flights_service = Flights('el966379157751618466416148364616')
result = flights_service.get_result(country='UK',
currency='GBP',
locale='en-GB',
originplace='SIN-sky',
destinationplace='KUL-sky',
outbounddate='2017-05-28',
inbounddate='2017-05-31',
adults=1).parsed
def getAddressFromLatLng(latitude, longitude):
# Did the geocoding request comes from a device with a
# location sensor? Must be either true or false.
sensor = 'false'
# Hit Google's reverse geocoder directly
base = "http://maps.googleapis.com/maps/api/geocode/json?"
params = "latlng={lat},{lon}&sensor={sen}".format(lat=latitude,
lon=longitude,
def get_csv(_from, _to, _datetime, _pax, _currency):
import json
import numpy as np
import urllib.request as urllib
import pandas as pd
import time
from skyscanner.skyscanner import Flights
# live exchange rates
forex = urllib.urlopen("http://api.fixer.io/latest").read().decode('utf-8')
forex = json.loads(forex)
pref_cur = _currency
#api keys
key1 = 'yu127659046789830628689581357894'
key2 = 'prtl6749387986743898559646983194'
key3 = 'nt715939468423055307709599462293'
key4 = 'yu264122863541578255073284413510'
key5 = 'yu216224472936393022503819569049'
key6 = 'yu989879633228513818405823595252'
#country code,currency,language
params = [['UK', 'GBP', 'en-GB'], ['SG', 'SGD', 'en-SG'],
['MY', 'MYR', 'ms-MY'], ['ID', 'IDR', 'id-ID'],
['BR', 'BRL', 'pt-BR'], ['MX', 'MXN', 'es-MX'],
['US', 'USD', 'en-US']]
params = params[0:2]
count_key = 0
count = 0
for param in params:
if count_key == 0:
api_key = key1
elif count_key == 1:
api_key = key2
elif count_key == 2:
api_key = key3
flights_service = Flights(api_key)
result = flights_service.get_result(country=param[0],
currency=param[1],
locale=param[2],
originplace=_from + '-sky',
destinationplace=_to + '-sky',
outbounddate=_datetime,
inbounddate='',
adults=int(_pax)).parsed
if result is None:
break
#time.sleep(2)
cnames = [
'Carriers', 'Country', 'Arrival', 'Departure', 'Duration(mins)',
'Number of stops', 'Price', 'Price (Original Currency)', 'Book'
]
for x in result['Itineraries']:
out_id = x['OutboundLegId']
x1 = x['PricingOptions']
for x2 in x1:
price_orig = float(x2['Price'])
price = x2['Price'] / forex['rates'][
param[1]] * forex['rates'][pref_cur]
dl = x2['DeeplinkUrl']
#print(price)
for r in result['Legs']:
if r['Id'] == out_id:
arrival = r['Arrival']
departure = r['Departure']
duration = r['Duration']
num_stops = len(r['Stops'])
carriers = []
for i in r['FlightNumbers']:
for c in result['Carriers']:
if c['Id'] == i['CarrierId']:
carriers.append(c['Name'])
if count == 0:
df = pd.DataFrame([[
carriers, param[0], arrival, departure, duration,
num_stops, price, "{0}".format(price_orig), dl
]],
columns=cnames)
else:
df1 = pd.DataFrame([[
carriers, param[0], arrival, departure, duration,
num_stops, price, "{0}".format(price_orig), dl
]],
columns=cnames)
frames = [df, df1]
df = pd.concat(frames)
count = count + 1
count_key = count_key + 1
pd.options.display.max_colwidth = 1000
data = df.sort_values(by='Price')
#data.to_csv('fareresultsnew.csv',index = False)
"""df['DeeplinkUrl'] = "<a href=\""+data['DeeplinkUrl']+"\">Click here to Book</a>"""
HTML(data.to_html('./templates/Results.html', index=False))
from skyscanner.skyscanner import Flights
import os
live_api_key = os.environ['SKYSCANNER_LIVE_KEY']
flights_service = Flights(live_api_key)
result = flights_service.get_result(country='UK',
currency='GBP',
locale='en-GB',
originplace='CWL-sky',
destinationplace='DUB-sky',
outbounddate='2017-05-19',
inbounddate='2017-05-21',
adults=1,
groupPricing=True,
outbounddepartstarttime="16:00",
outbounddepartendtime="23:30",
inbounddepartstarttime="10:00",
inbounddepartendtime="23:30").parsed
print(result)
