def getresults(self, sourcecity, destinationcity, journeydate, trainclass='3A', flightclass='economy', numberofadults=1):
logger.debug("[START]-Get Results From FlightBigNearApi for Source:[%s] to Destination:[%s] on JourneyDate:[%s] ", sourcecity, destinationcity, journeydate)
with concurrent.futures.ThreadPoolExecutor(max_workers=10) as executor:
source = TravelPlanner.startuputil.gettraincity(sourcecity).title()
destination = TravelPlanner.startuputil.gettraincity(destinationcity).title()
airports = flightutil.getnearestairports(source, destination)
sourcenear = airports.sourceairports.near
sourcebig = airports.sourceairports.big
destinationnear = airports.destinationairports.near
if sourcenear == destinationnear:
logger.warning("Nearest airports to source [%s] and destination [%s] are same [%s]. Hence no flight journey possible", source, destination, sourcenear)
return {"flight": []}
elif source == sourcebig:
logger.warning("Source city [%s] is same as source big airport [%s]", source, sourcebig)
return {"flight": []}
elif sourcenear == sourcebig:
logger.warning("Big and nearest airports [%s] of source [%s] are same", sourcebig, sourcecity)
return {"flight": []}
elif sourcebig == destination:
logger.warning("Source Big airport [%s] is same as destination [%s]", sourcebig, destination)
return {"flight": []}
logger.debug("Fetching direct flights possible between sourcebig [%s] and destinationnear [%s] on [%s]", sourcebig, destinationnear, journeydate)
if source != sourcebig:
othermodesinitfuture = executor.submit(flightutil.getothermodes, sourcecity, sourcebig, journeydate, logger, trainclass,numberofadults)
if destination != destinationnear:
othermodesendfuture = executor.submit(flightutil.getothermodes, destinationnear, destinationcity, journeydate, logger, trainclass,numberofadults)
directflightfuture = executor.submit(flightSkyScanner.getApiResults, sourcebig, destinationnear, journeydate, "flightnearbig", flightclass, numberofadults)
directflightnextdayfuture = executor.submit(flightSkyScanner.getApiResults, sourcebig, destinationnear,(datetime.datetime.strptime(journeydate, '%d-%m-%Y') + datetime.timedelta(days=1)).strftime('%d-%m-%Y'), "flightnearbignextday", flightclass, numberofadults)
directflight = directflightfuture.result()
directflight = miscUtility.limitResults(directflight, "flight", limit=20)
directflightnextday = directflightnextdayfuture.result()
directflightnextday = miscUtility.limitResults(directflightnextday, "flight", limit=20)
directflight['flight'].extend(directflightnextday['flight'])
if len(directflight["flight"]) == 0:
logger.warning("No flight available between sourcenear [%s] and destinationnear [%s] on [%s]", sourcenear, destinationnear, journeydate)
return directflight
if source != sourcebig and destination != destinationnear:
othermodessminit = othermodesinitfuture.result()
othermodessmend = othermodesendfuture.result()
directflight = flightutil.getmixandmatchresult(othermodessminit, othermodessmend, copy.deepcopy(directflight), logger)
elif source != sourcebig:
othermodessminit = othermodesinitfuture.result()
directflight = flightutil.getmixandmatchendresult(othermodessminit, copy.deepcopy(directflight), logger)
elif destination != destinationnear:
othermodessmend = othermodesendfuture.result()
directflight = flightutil.getmixandmatchinitresult(othermodessmend, copy.deepcopy(directflight), logger)
return directflight
def getresults(self, sourcecity, destinationcity, journeydate, flightclass,
numberofadults):
logger.debug(
"[START]-Get Results From FlightDirectApi for Source:[%s] to Destination:[%s] on JourneyDate:[%s] ",
sourcecity, destinationcity, journeydate)
with concurrent.futures.ThreadPoolExecutor(max_workers=8) as executor:
source = TravelPlanner.startuputil.gettraincity(sourcecity).title()
destination = TravelPlanner.startuputil.gettraincity(
destinationcity).title()
airports = flightutil.getnearestairports(source, destination)
sourcenear = airports.sourceairports.near
destinationnear = airports.destinationairports.near
if source != sourcenear and destination != destinationnear:
logger.warning(
"No direct flight possible between source [%s] and destination [%s]",
source, destination)
return {"flight": []}
else:
logger.debug(
"Fetching direct possible flights between source [%s] and destination [%s] on [%s]",
source, destination, journeydate)
onlyflightfuture = executor.submit(
flightSkyScanner.getApiResults, source, destination,
journeydate, "flightdirect", flightclass, numberofadults)
onlyflight = onlyflightfuture.result()
onlyflight = miscUtility.limitResults(onlyflight, "flight")
return onlyflight
def mixAndMatchEnd(self, mixedflightend, otherModesInit, otherModesInit2):
"""
Join flight with other modes, with flight in the end
:param mixedflightend: flight part of journey
:param otherModesInit: other mode of journey
:param otherModesInit2: other mode of jounrey2
:return: combined journey with flight after other mode of total journey
"""
logger.debug("[START]")
mixedflightend = miscUtility.limitResults(mixedflightend, "flight")
otherModesInit=otherModesInit+otherModesInit2
for j in range(len(mixedflightend["flight"])):
flightpart = mixedflightend["flight"][j]["parts"][0]
subparts = []
for k in range(len(otherModesInit)):
subpart = otherModesInit[k]["parts"][0]
if dateTimeUtility.checkIfApplicable(subpart["arrival"], subpart["arrivalDate"],flightpart["departure"], flightpart["departureDate"], 3):
subpart["waitingTime"] = dateTimeUtility.getWaitingTime(subpart["arrival"], flightpart["departure"],subpart["arrivalDate"],flightpart["departureDate"])
subpart["subJourneyTime"] = dateTimeUtility.gettotalduration(dateTimeUtility.convertflighttime(flightpart["departure"]), subpart["departure"], flightpart["departureDate"], subpart["departureDate"])
subparts.append(copy.deepcopy(subpart))
if len(subparts) > 5:
subparts.sort(miscUtility.sortonsubjourneytime)
subparts = subparts[0:5]
if subparts:
minmax = minMaxUtil.getMinMaxValues(subparts)
newpart = {"subParts": subparts, "mode": subparts[0]["mode"],"id": mixedflightend["flight"][j]["full"][0]["id"] + str(0), "destination": subparts[0]["destination"],
"source": subparts[0]["source"],"carrierName": subparts[0]["carrierName"]}
flightpart["id"]=mixedflightend["flight"][j]["full"][0]["id"] + str(1)
mixedflightend["flight"][j]["parts"].insert(0,newpart)
mixedflightend["flight"][j]["full"][0]["route"] = newpart["source"] + ","+subparts[0]["mode"]+"," + newpart["destination"] + ",flight," + flightpart["destination"]
mixedflightend["flight"][j]["full"][0]["price"] = int(mixedflightend["flight"][j]["full"][0]["price"]) + int(minMaxUtil.getprice(subparts[0]))
mixedflightend["flight"][j]["full"][0]["minPrice"] = int(mixedflightend["flight"][j]["full"][0]["minPrice"]) + int(minmax["minPrice"])
mixedflightend["flight"][j]["full"][0]["maxPrice"] = int(mixedflightend["flight"][j]["full"][0]["maxPrice"] ) + int(minmax["maxPrice"])
mixedflightend["flight"][j]["full"][0]["duration"] = dateTimeUtility.addDurations(mixedflightend["flight"][j]["full"][0]["duration"], subparts[0]["subJourneyTime"])
mixedflightend["flight"][j]["full"][0]["minDuration"] = dateTimeUtility.addDurations(mixedflightend["flight"][j]["full"][0]["minDuration"], minmax["minDuration"])
mixedflightend["flight"][j]["full"][0]["maxDuration"] = dateTimeUtility.addDurations(mixedflightend["flight"][j]["full"][0]["maxDuration"], minmax["maxDuration"])
mixedflightend["flight"][j]["full"][0]["minDeparture"] = minmax["minDep"]
mixedflightend["flight"][j]["full"][0]["maxDeparture"] = minmax["maxDep"]
mixedflightend["flight"][j]["full"][0]["source"] = subparts[0]["source"]
mixedflightend["flight"][j]["full"][0]["waitingTime"] = subparts[0]["waitingTime"]
mixedflightend["flight"][j]["full"][0]["departure"] = subparts[0]["departure"]
mixedflightend["flight"][j]["full"][0]["departureDate"] = subparts[0]["departureDate"]
mixedflightend["flight"][j]["full"][0]["departureDay"] = models.getdayabbrevationfromdatestr(subparts[0]["departureDate"], 0)
mixedflightend["flight"][j]["full"][0]["arrivalDay"] = models.getdayabbrevationfromdatestr(flightpart["arrivalDate"], 0)
mixedflightend["flight"] = [x for x in mixedflightend["flight"] if len(x["parts"]) == 2]
logger.debug("[END]")
return mixedflightend
def mixandmatchinit(mixedflightinit, othermodesend, logger):
"""
Join flight journey with other modes, with flight being first part of combined journey
:param mixedflightinit: flight part of journey
:param othermodesend: other mode of journey
:param otherModesEnd2: other mode of journey2
:return: combined journey flight followed by other mode
"""
logger.debug("[START] flight + othermodesend")
mixedflightinit = miscUtility.limitResults(mixedflightinit, "flight")
for j in range(len(mixedflightinit["flight"])):
flightpart = mixedflightinit["flight"][j]["parts"][0]
subparts = []
for k in range(len(othermodesend)):
subpart = othermodesend[k]["parts"][0]
if dateTimeUtility.isjourneypossible(
dateTimeUtility.convertflighttime(flightpart["arrival"]),
subpart["departure"], flightpart["arrivalDate"],
subpart["departureDate"], 3, 24):
subpart["waitingTime"] = dateTimeUtility.getWaitingTime(
flightpart["arrival"], subpart["departure"],
flightpart["arrivalDate"], subpart["departureDate"])
subpart["subJourneyTime"] = dateTimeUtility.gettotalduration(
subpart["arrival"],
dateTimeUtility.convertflighttime(flightpart["arrival"]),
subpart["arrivalDate"], flightpart["arrivalDate"])
subparts.append(copy.deepcopy(subpart))
subparts.sort(miscUtility.sortonsubjourneytime)
if len(subparts) > 5:
subparts = subparts[0:5]
if subparts:
minmax = minMaxUtil.getMinMaxValues(subparts)
newpart = {
"subParts": subparts,
"mode": subparts[0]["mode"],
"id": mixedflightinit["flight"][j]["full"][0]["id"] + str(1),
"destination": subparts[0]["destination"],
"source": subparts[0]["source"],
"carrierName": subparts[0]["carrierName"]
}
mixedflightinit["flight"][j]["parts"].append(newpart)
mixedflightinit["flight"][j]["full"][0][
"route"] = flightpart["source"] + ",flight," + flightpart[
"destination"] + "," + subparts[0]["mode"] + "," + newpart[
"destination"]
mixedflightinit["flight"][j]["full"][0]["price"] = int(
mixedflightinit["flight"][j]["full"][0]["price"]) + int(
minMaxUtil.getprice(subparts[0]))
mixedflightinit["flight"][j]["full"][0]["minPrice"] = int(
mixedflightinit["flight"][j]["full"][0]["minPrice"]) + int(
minmax["minPrice"])
mixedflightinit["flight"][j]["full"][0]["maxPrice"] = int(
mixedflightinit["flight"][j]["full"][0]["maxPrice"]) + int(
minmax["maxPrice"])
mixedflightinit["flight"][j]["full"][0][
"duration"] = dateTimeUtility.addDurations(
mixedflightinit["flight"][j]["full"][0]["duration"],
subparts[0]["subJourneyTime"])
mixedflightinit["flight"][j]["full"][0][
"minDuration"] = dateTimeUtility.addDurations(
mixedflightinit["flight"][j]["full"][0]["minDuration"],
minmax["minDuration"])
mixedflightinit["flight"][j]["full"][0][
"maxDuration"] = dateTimeUtility.addDurations(
mixedflightinit["flight"][j]["full"][0]["maxDuration"],
minmax["maxDuration"])
mixedflightinit["flight"][j]["full"][0]["minArrival"] = minmax[
"minArr"]
mixedflightinit["flight"][j]["full"][0]["maxArrival"] = minmax[
"maxArr"]
mixedflightinit["flight"][j]["full"][0]["destination"] = subparts[
0]["destination"]
mixedflightinit["flight"][j]["full"][0]["waitingTime"] = subparts[
0]["waitingTime"]
mixedflightinit["flight"][j]["full"][0]["arrival"] = subparts[0][
"arrival"]
mixedflightinit["flight"][j]["full"][0]["arrivalDate"] = subparts[
0]["arrivalDate"]
mixedflightinit["flight"][j]["full"][0][
"arrivalDay"] = models.getdayabbrevationfromdatestr(
subparts[0]["arrivalDate"], 0)
mixedflightinit["flight"][j]["full"][0][
"departureDay"] = models.getdayabbrevationfromdatestr(
flightpart["departureDate"], 0)
mixedflightinit["flight"] = [
x for x in mixedflightinit["flight"] if len(x["parts"]) == 2
]
logger.debug("[FlightApi.mixAndMatchInit]-[END]")
return mixedflightinit
def mixandmatch(directflight, othermodesinit, othermodesend, logger):
logger.debug("[START] Flight mix & match")
directflight = miscUtility.limitResults(directflight, "flight")
for j in range(len(directflight["flight"])):
flightpart = directflight["flight"][j]["parts"][0]
subparts = []
for k in range(len(othermodesinit)):
subpart = othermodesinit[k]["parts"][0]
if dateTimeUtility.isjourneypossible(
subpart["arrival"],
dateTimeUtility.convertflighttime(flightpart["departure"]),
subpart["arrivalDate"], flightpart["departureDate"], 3,
24):
subpart["waitingTime"] = dateTimeUtility.getWaitingTime(
subpart["arrival"], flightpart["departure"],
subpart["arrivalDate"], flightpart["departureDate"])
subpart["subJourneyTime"] = dateTimeUtility.gettotalduration(
dateTimeUtility.convertflighttime(flightpart["departure"]),
subpart["departure"], flightpart["departureDate"],
subpart["departureDate"])
subparts.append(copy.deepcopy(subpart))
subparts.sort(miscUtility.sortonsubjourneytime)
if len(subparts) > 5:
subparts = subparts[0:5]
continuefurther = 0
if subparts:
continuefurther = 1
minmax1 = minMaxUtil.getMinMaxValues(subparts)
price1 = int(minMaxUtil.getprice(subparts[0]))
subJourneyTime1 = subparts[0]["subJourneyTime"]
waitingtime1 = subparts[0]["waitingTime"]
departuredate1 = subparts[0]["departureDate"]
departure1 = subparts[0]["departure"]
source = subparts[0]["source"]
newpart = {
"subParts": subparts,
"mode": subparts[0]["mode"],
"id": directflight["flight"][j]["full"][0]["id"] + str(0),
"destination": subparts[0]["destination"],
"source": subparts[0]["source"],
"carrierName": subparts[0]["carrierName"]
}
flightpart[
"id"] = directflight["flight"][j]["full"][0]["id"] + str(1)
directflight["flight"][j]["parts"].insert(0, newpart)
directflight["flight"][j]["full"][0]["route"] = newpart[
"source"] + "," + newpart["mode"] + "," + newpart[
"destination"] + ",flight," + flightpart["destination"]
subparts = []
for k in range(len(othermodesend)):
subpart = othermodesend[k]["parts"][0]
if dateTimeUtility.isjourneypossible(
dateTimeUtility.convertflighttime(flightpart["arrival"]),
subpart["departure"], flightpart["arrivalDate"],
subpart["departureDate"], 3, 24):
subpart["waitingTime"] = dateTimeUtility.getWaitingTime(
flightpart["arrival"], subpart["departure"],
flightpart["arrivalDate"], subpart["departureDate"])
subpart["subJourneyTime"] = dateTimeUtility.gettotalduration(
subpart["arrival"],
dateTimeUtility.convertflighttime(flightpart["arrival"]),
subpart["arrivalDate"], flightpart["arrivalDate"])
subparts.append(copy.deepcopy(subpart))
subparts.sort(miscUtility.sortonsubjourneytime)
if len(subparts) > 5:
subparts = subparts[0:5]
if subparts and continuefurther == 1:
minmax2 = minMaxUtil.getMinMaxValues(subparts)
price2 = int(minMaxUtil.getprice(subparts[0]))
destination = subparts[0]["destination"]
subJourneyTime2 = subparts[0]["subJourneyTime"]
newpart = {
"subParts": subparts,
"mode": subparts[0]["mode"],
"id": directflight["flight"][j]["full"][0]["id"] + str(2),
"destination": subparts[0]["destination"],
"source": subparts[0]["source"],
"carrierName": subparts[0]["carrierName"]
}
directflight["flight"][j]["parts"].append(newpart)
directflight["flight"][j]["full"][0]["route"] = directflight[
"flight"][j]["full"][0]["route"] + "," + subparts[0][
"mode"] + "," + newpart["destination"]
directflight["flight"][j]["full"][0]["price"] = int(
directflight["flight"][j]["full"][0]
["price"]) + price1 + price2
directflight["flight"][j]["full"][0]["minPrice"] = int(
directflight["flight"][j]["full"][0]["minPrice"]) + int(
minmax1["minPrice"]) + int(minmax2["minPrice"])
directflight["flight"][j]["full"][0]["maxPrice"] = int(
directflight["flight"][j]["full"][0]["maxPrice"]) + int(
minmax1["maxPrice"]) + int(minmax2["maxPrice"])
directflight["flight"][j]["full"][0][
"duration"] = dateTimeUtility.addDurations(
dateTimeUtility.addDurations(
directflight["flight"][j]["full"][0]["duration"],
subJourneyTime1), subJourneyTime2)
directflight["flight"][j]["full"][0][
"minDuration"] = dateTimeUtility.addDurations(
dateTimeUtility.addDurations(
directflight["flight"][j]["full"][0]["minDuration"],
minmax1["minDuration"]), minmax2["minDuration"])
directflight["flight"][j]["full"][0][
"maxDuration"] = dateTimeUtility.addDurations(
dateTimeUtility.addDurations(
directflight["flight"][j]["full"][0]["maxDuration"],
minmax1["maxDuration"]), minmax2["maxDuration"])
directflight["flight"][j]["full"][0]["minDeparture"] = minmax1[
"minDep"]
directflight["flight"][j]["full"][0]["maxDeparture"] = minmax1[
"maxDep"]
directflight["flight"][j]["full"][0]["minArrival"] = minmax2[
"minArr"]
directflight["flight"][j]["full"][0]["maxArrival"] = minmax2[
"maxArr"]
directflight["flight"][j]["full"][0]["destination"] = destination
directflight["flight"][j]["full"][0]["source"] = source
directflight["flight"][j]["full"][0][
"waitingTime"] = dateTimeUtility.addDurations(
waitingtime1, subparts[0]["waitingTime"])
directflight["flight"][j]["full"][0]["arrival"] = subparts[0][
"arrival"]
directflight["flight"][j]["full"][0]["departure"] = departure1
directflight["flight"][j]["full"][0]["arrivalDate"] = subparts[0][
"arrivalDate"]
directflight["flight"][j]["full"][0][
"departureDate"] = departuredate1
directflight["flight"][j]["full"][0][
"arrivalDay"] = models.getdayabbrevationfromdatestr(
subparts[0]["arrivalDate"], 0)
directflight["flight"][j]["full"][0][
"departureDay"] = models.getdayabbrevationfromdatestr(
departuredate1, 0)
directflight["flight"] = [
x for x in directflight["flight"] if len(x["parts"]) == 3
]
logger.debug("[END] flight mix & match")
return directflight
def getresults(self, sourcecity, destinationcity, journeydate, trainclass, flightclass, numberofadults):
logger.debug("[START]-Get Results From FlightApi for Source:[%s] and Destination:[%s],JourneyDate:[%s] ",sourcecity,destinationcity,journeydate)
with concurrent.futures.ThreadPoolExecutor(max_workers=20) as executor:
source = TravelPlanner.startuputil.gettraincity(sourcecity).title()
destination = TravelPlanner.startuputil.gettraincity(destinationcity).title()
# get nearest airport and nearest big airport to our source city
url = 'https://maps.googleapis.com/maps/api/geocode/json?address=' + source
url = url.replace(' ', '%20')
response = urllib2.urlopen(url)
sourcelatlong = json.loads(response.read())
response.close()
sourcelat = sourcelatlong["results"][0]["geometry"]["location"]["lat"]
sourcelong = sourcelatlong["results"][0]["geometry"]["location"]["lng"]
sourceairport = distanceutil.findnearestairport(sourcelat,sourcelong)
bigsourceairport = distanceutil.findnearestbigairport(sourcelat,sourcelong)
# get nearest airport and nearest big airport to our destination city
url = 'https://maps.googleapis.com/maps/api/geocode/json?address=' + destination
url = url.replace(' ', '%20')
response2 = urllib2.urlopen(url)
destlatlong = json.loads(response2.read())
destlat = destlatlong["results"][0]["geometry"]["location"]["lat"]
destlong = destlatlong["results"][0]["geometry"]["location"]["lng"]
destairport = distanceutil.findnearestairport(destlat, destlong)
bigdestinationairport = distanceutil.findnearestbigairport(destlat, destlong)
bigsource = flightutil.stationtocitymap[bigsourceairport]
bigdestination = flightutil.stationtocitymap[bigdestinationairport]
sourceflight = flightutil.stationtocitymap[sourceairport]
destinationflight = flightutil.stationtocitymap[destairport]
if source != sourceflight:
othermodessminitfuture = executor.submit(self.getothermodes,sourcecity, sourceflight, journeydate,trainclass,numberofadults)
othermodessminit2future = executor.submit(self.getothermodes, sourcecity, sourceflight, dateTimeUtility.getPreviousDate(journeydate),trainclass,numberofadults)
if destination != destinationflight:
othermodessmendfuture = executor.submit(self.getothermodes, destinationflight, destinationcity, journeydate,trainclass,numberofadults)
othermodessmend2future = executor.submit(self.getothermodes, destinationflight, destinationcity, dateTimeUtility.getNextDate(journeydate),trainclass,numberofadults)
onlyflightfuture = executor.submit(flightSkyScanner.getApiResults,sourceflight,destinationflight,journeydate,"flight0",flightclass,numberofadults)
finallist = {}
if (bigsource != 'empty') and (bigdestination != 'empty') and (bigsource != destinationflight) and (bigdestination != sourceflight):
mixedflight = {"flight": []}
mixedflightend = {"flight": []}
mixedflightinit = {"flight": []}
othermodesinit=[]
othermodesend=[]
othermodesinitfuture = []
othermodesendfuture = []
# if there is only one big airport in between or both source and destination are big airports
if (bigsource != bigdestination) and ((bigsource != sourceflight) and (bigdestination != destinationflight)):
mixedflightfuture = executor.submit(flightSkyScanner.getApiResults,bigsource,bigdestination,journeydate,"flight1",flightclass,numberofadults)
othermodesinitfuture = executor.submit(self.getothermodes, sourcecity, bigsource, journeydate,trainclass,numberofadults)
othermodesinit2future = executor.submit(self.getothermodes, sourcecity, bigsource, dateTimeUtility.getPreviousDate(journeydate),trainclass,numberofadults)
othermodesendfuture = executor.submit(self.getothermodes, bigdestination, destinationcity, journeydate,trainclass,numberofadults)
othermodesend2future = executor.submit(self.getothermodes, bigdestination, destinationcity, dateTimeUtility.getNextDate(journeydate),trainclass,numberofadults)
if bigsource != sourceflight:
mixedflightendfuture = executor.submit(flightSkyScanner.getApiResults, bigsource, destinationflight, journeydate, "flight2", flightclass, numberofadults)
if not othermodesinitfuture:
othermodesinitfuture = executor.submit(self.getothermodes,sourcecity, bigsource, journeydate, trainclass,numberofadults)
othermodesinit2future = executor.submit(self.getothermodes, sourcecity, bigsource, dateTimeUtility.getPreviousDate(journeydate), trainclass, numberofadults)
if bigdestination != destinationflight:
mixedflightinitfuture = executor.submit(flightSkyScanner.getApiResults,sourceflight,bigdestination,journeydate,"flight3",flightclass,numberofadults)
if not othermodesendfuture:
othermodesendfuture = executor.submit(self.getothermodes, bigdestination, destinationcity, journeydate,trainclass,numberofadults)
othermodesend2future = executor.submit(self.getothermodes, bigdestination, destinationcity, dateTimeUtility.getNextDate(journeydate),trainclass,numberofadults)
onlyflight = onlyflightfuture.result()
onlyflight = miscUtility.limitResults(onlyflight, "flight")
if source != sourceflight and destination != destinationflight:
othermodessminit = othermodessminitfuture.result()
othermodessminit2 = othermodessminit2future.result()
othermodessmend = othermodessmendfuture.result()
othermodessmend2 = othermodessmend2future.result()
onlyflight = self.mixandmatch(onlyflight, othermodessminit,othermodessminit2, othermodessmend, othermodessmend2)
elif source != sourceflight:
othermodessminit = othermodessminitfuture.result()
othermodessminit2 = othermodessminit2future.result()
onlyflight = self.mixAndMatchEnd(onlyflight, othermodessminit, othermodessminit2)
elif destination != destinationflight:
othermodessmend = othermodessmendfuture.result()
othermodessmend2 = othermodessmend2future.result()
onlyflight = self.mixAndMatchInit(onlyflight, othermodessmend, othermodessmend2)
if (bigsource != bigdestination) and ((bigsource != sourceflight) and (bigdestination != destinationflight)):
othermodesinit = othermodesinitfuture.result()
othermodesinit2 = othermodesinit2future.result()
othermodesend = othermodesendfuture.result()
othermodesend2 = othermodesend2future.result()
mixedflight = self.mixandmatch(mixedflightfuture.result(), othermodesinit,othermodesinit2, othermodesend,othermodesend2)
if bigsource != sourceflight:
if not othermodesinit:
othermodesinit = othermodesinitfuture.result()
othermodesinit2 = othermodesinit2future.result()
if destination != destinationflight:
mixedflightend = self.mixandmatch(mixedflightendfuture.result(), othermodesinit, othermodesinit2, othermodessmend, othermodessmend2)
else:
mixedflightend = self.mixAndMatchEnd(mixedflightendfuture.result(), othermodesinit, othermodesinit2)
if bigdestination != destinationflight:
if not othermodesend:
othermodesend = othermodesendfuture.result()
othermodesend2 = othermodesend2future.result()
if source != sourceflight:
mixedflightinit = self.mixandmatch(mixedflightinitfuture.result(), othermodessminit, othermodessminit2, othermodesend, othermodesend2)
else:
mixedflightinit = self.mixAndMatchInit(mixedflightinitfuture.result(), othermodesend,othermodesend2)
finallist["flight"]=onlyflight["flight"]+mixedflight["flight"]+mixedflightinit["flight"]+mixedflightend["flight"]
else:
onlyflight = onlyflightfuture.result()
onlyflight = miscUtility.limitResults(onlyflight, "flight")
if source != sourceflight and destination != destinationflight:
othermodessminit = othermodessminitfuture.result()
othermodessminit2 = othermodessminit2future.result()
othermodessmend = othermodessmendfuture.result()
othermodessmend2 = othermodessmend2future.result()
onlyflight = self.mixandmatch(onlyflight, othermodessminit, othermodessminit2, othermodessmend, othermodessmend2)
elif source != sourceflight:
othermodessminit = othermodessminitfuture.result()
othermodessminit2 = othermodessminit2future.result()
onlyflight = self.mixAndMatchEnd(onlyflight, othermodessminit, othermodessminit2)
elif destination != destinationflight:
othermodessmend = othermodessmendfuture.result()
othermodessmend2 = othermodessmend2future.result()
onlyflight = self.mixAndMatchInit(onlyflight, othermodessmend, othermodessmend2)
finallist["flight"] = onlyflight["flight"]
logger.debug("[END]-Get Results From FlightApi for Source:[%s] and Destination:[%s],JourneyDate:[%s] ", sourcecity, destinationcity, journeydate)
return finallist