def get_prices_cheaper_than_round_trip(results_from_db, flight_checker):
cheap_airports = {}
expensive_airports = {}
for index, result in enumerate(results_from_db):
final_prices = result["connections"]
origin = result["key"][0:3]
dest = result["key"][4:7]
area = flight_checker.pricer.flights_provider.flights_resp_dal.get_area_code(origin, dest)
result = get_cheapest_flight(final_prices)
round_trip_price = result[0]
if not round_trip_price:
continue
for options in final_prices:
for price in options:
airport = get_upper_word(price[0])
if airport:
if price[1] < round_trip_price:
if not cheap_airports.has_key(area):
cheap_airports[area] = set()
cheap_airports[area].add(airport)
else:
if not expensive_airports.has_key(area):
expensive_airports[area] = {}
if not expensive_airports[area].has_key(airport):
expensive_airports[area][airport] = list()
expensive_airports[area][airport].append((price[1]-round_trip_price)*100/round_trip_price)
expensive_airports = clean_airports_which_are_cheaper(expensive_airports, cheap_airports)
return cheap_airports, expensive_airports
def get_chepaset_prices(results):
prices = []
for index, result in enumerate(results):
final_prices = result["connections"]
round_trip_price, cheapest_trip_price, cheapest_flight, cheapest_type = get_cheapest_flight(final_prices)
#get_cheapest_flight only returns values if there was a round trip price
if round_trip_price and cheapest_trip_price:
prices.append((round_trip_price, cheapest_trip_price, cheapest_flight, cheapest_type, result["key"]))
return prices
print "Finished loading %d tests" % i
break
# first time only for it to be entered to the DB, the second is for actual analyzing
# tests_to_run = tests_to_run[0:300]
for index, test in enumerate(tests_to_run):
print test, index
final_prices = new_single_check(*test, vayant_connector=vayant_connector)
if not final_prices:
tests_to_run.remove(test)
with open("updated_tests.info", "w") as tests_file:
for test in tests_to_run:
pickle.dump(test, tests_file)
for index, test in enumerate(tests_to_run):
print test, index
final_prices = new_single_check(*test, flight_checker=FlightChecker())
round_trip_price, cheapest_trip_price, flight, cheapest_type = get_cheapest_flight(final_prices)
if round_trip_price and cheapest_trip_price:
prices.append((round_trip_price, cheapest_trip_price))
total_precentage_saving = 0
for price in prices:
percentage_saved = (price[0] - price[1]) / price[0]
total_precentage_saving += percentage_saved
saved_in_avergae = total_precentage_saving / len(prices)
print saved_in_avergae, len(prices)
