public static int GetAverageValue(this FlightOption option)
{
switch (option)
{
case (FlightOption.LessThan5):
return(3);
case (FlightOption.From5To10):
return(8);
case (FlightOption.From10To50):
return(34);
case (FlightOption.From50To100):
return(81);
case (FlightOption.From100To500):
return(340);
case (FlightOption.MoreThan500):
return(811);
default:
return(0);
}
}
public static string GetDescription(this FlightOption option)
{
switch (option)
{
case (FlightOption.LessThan5):
return("Less than 5");
case (FlightOption.From5To10):
return("5-10");
case (FlightOption.From10To50):
return("10-50");
case (FlightOption.From50To100):
return("50-100");
case (FlightOption.From100To500):
return("100-500");
case (FlightOption.MoreThan500):
return("More than 500");
default:
return("Not flying anymore");
}
}
private async Task <CarbonFootprintResult> CalculateFlightEmission(FlightOption flightOption, TimeOption timeOption)
{
var yearlyNumberOfFlights = ((double)flightOption.GetAverageValue() / timeOption.GetDays()) * TimeOption.year.GetDays();
var response = await emissionClient.GetHotelEmission(yearlyNumberOfFlights);
return(mapper.Map <CarbonFootprintResult>(response));
}
protected override void nextBlockObject()
{
_selectFlight = _bullectOp.flightType(_currentCount++);
if (_selectFlight == null)
{
_nextObjectChack = false;
return;
}
Vector3 endPosition = Vector3.zero;
if (_RandomAngle)
{
endPosition = _selfTF.eulerAngles;
endPosition.z = Random.Range(0, 360);
_selfTF.eulerAngles = endPosition;
}
_selectFlight.resetValue(_nonresetValue);
_drowPoint = Vector3.zero;
_chackDrowTime = _selectFlight.drowTIme;
_smoothOption = _selectFlight.smoothOption;
_currentTime = 0;
if (_currentCount < _bullectOp.maxFlightTypeCount && _chackDrowTime > 0)
{
_nextObjectChack = true;
}
else
{
_nextObjectChack = false;
}
this.enabled = true;
controlMoveOption();
}
private void GetFareTypesInParallelThread(FlightOption option)
{
Task<FareType> oServiceFeetask = Task<FareType>.New((object o) => FareHelper.GetItineraryServiceFee(option, this.ProviderModel), option);
option.FreeVolatileData.Add("ServicesFeesTask", oServiceFeetask);
oServiceFeetask.Start();
}
// var google_tag_params = {
// flight_originid : 'IST',
// flight_destid : 'JFK',
// flight_startdate : '2016-07-12',
// flight_enddate : '2016-07-19',
// flight_pagetype : 'availabilityInt'
//};
public AvailabilityFightListResponse ParseAvailabilityResults(AvailabilityFightListRequest request, OTA_AirAvailAndFaresRSType response)
{
//TODO : : OK::NOT:: bu iki bilgi requestin içine eklenebilir requet içinde code değilde airport eklenebilir bu sayede. bir ön mekenazima yapılıp onun istekleri yapmadan önce ilgili düzenlemeleri yapması istenebiir :)
Airport departure = new Airport(request.origin, request.origin, "TR");
Airport arrival = new Airport(request.destination, request.destination, "TR");
AvailabilityFightListResponse formedResponse = new AvailabilityFightListResponse();
if (response.Success && response.OriginDestinationOptionsExt.OriginDestinationOptionExt.Length > 0)
{
bool isDomestic = FlightHelper.FlightHelpers.IsFlightInTurkeyOrECN(departure, arrival);
//string[] promoClasses = new string[0];
if (isDomestic)
{
//promoClasses = this.ProviderModel.GetDelimitedValues("DomesticPromoClasses", null, ';');
}
else
{
//promoClasses = this.ProviderModel.GetDelimitedValues("InternationalPromoClasses", null, ';');
}
int nonInfants = request.adult + request.child + request.tsk + request.ogr; //FlightHelpers.GetNonInfantPassengerCounts(query);
List<BookingClassAvailExtType> cheapestBookingClasses = new List<BookingClassAvailExtType>();
OriginDestinationOptionExtType[] originDestinationOptionExt = response.OriginDestinationOptionsExt.OriginDestinationOptionExt;
for (int i = 0; i < originDestinationOptionExt.Length; i++)
{
OriginDestinationOptionExtType option = originDestinationOptionExt[i];
if (!request.directFlightsOnly || option.FlightSegmentExt.Length <= 1)
{
if (!option.FlightSegmentExt.Any((FlightSegmentExtType x) => x.BookingClassAvailExt == null))
{
FlightOption pgsOption = new FlightOption();
pgsOption.BookingProviderId = this.ProviderModel.ProviderNo;
pgsOption.BookingProviderCode = this.ProviderModel.ProviderCode;
pgsOption.RelatedQueryObject = query;
pgsOption.OptionFlag = "OW";
pgsOption.OriginDestinationFlag = string.Format("{0}-{1}", option.FlightSegmentExt.First<FlightSegmentExtType>().DepartureAirport.LocationCode, option.FlightSegmentExt.Last<FlightSegmentExtType>().ArrivalAirport.LocationCode);
pgsOption.TripType = E_TripTypes.OneWay;
pgsOption.FreeBaggageAllowance = new FreeBaggageAllowance[]
{
Common.GetBaggageAllowance(query, isDomestic)
};
pgsOption.Segments = new List<Segment>();
pgsOption.SegmentAvailabilities = new List<SegmentAvailability>();
int segmentIndex = 1;
FlightSegmentExtType[] flightSegmentExt = option.FlightSegmentExt;
for (int j = 0; j < flightSegmentExt.Length; j++)
{
FlightSegmentExtType segment = flightSegmentExt[j];
IEnumerable<BookingClassAvailExtType> availableBookingClasses =
from x in segment.BookingClassAvailExt
where x.ResBookDesigQuantity >= nonInfants
select x;
SegmentAvailability pgsSegmentAvailability = new SegmentAvailability
{
SegmentIndex = segmentIndex,
BookingClasses = new List<BookingClassAvailability>()
};
foreach (BookingClassAvailExtType bookingClass in availableBookingClasses)
{
pgsSegmentAvailability.BookingClasses.Add(new BookingClassAvailability
{
Code = bookingClass.ResBookDesigCode,
AvailableSeats = bookingClass.ResBookDesigQuantity,
IsPromo = promoClasses.Contains(bookingClass.ResBookDesigCode)
});
}
pgsOption.SegmentAvailabilities.Add(pgsSegmentAvailability);
Segment pgsSegment = new Segment();
pgsSegment.Index = segmentIndex;
pgsSegment.OriginAirport = segment.DepartureAirport.LocationCode;
pgsSegment.DestinationAirport = segment.ArrivalAirport.LocationCode;
pgsSegment.OD_OriginAirport = option.FlightSegmentExt.First<FlightSegmentExtType>().DepartureAirport.LocationCode;
pgsSegment.OD_DestinationAirport = option.FlightSegmentExt.Last<FlightSegmentExtType>().ArrivalAirport.LocationCode;
pgsSegment.DepartureDateTime = DateTime.Parse(segment.DepartureDateTime);
pgsSegment.ArrivalDateTime = DateTime.Parse(segment.ArrivalDateTime);
pgsSegment.FlightNumber = segment.MarkettingAirline.CompanyShortName + segment.FlightNumber;
pgsSegment.MarketingAirline = segment.MarkettingAirline.CompanyShortName;
pgsSegment.OperatingAirline = pgsSegment.MarketingAirline;
pgsSegment.Equipment = segment.Equipment.AirEquipType;
BookingClassAvailExtType cheapestBookingClass = availableBookingClasses.FirstOrDefault((BookingClassAvailExtType x) => x.ResBookDesigCode == pgsSegmentAvailability.BookingClasses.Last<BookingClassAvailability>().Code);
cheapestBookingClasses.Add(cheapestBookingClass);
pgsSegment.BookingClassCode = cheapestBookingClass.ResBookDesigCode;
pgsSegment.FareBasisCode = pgsSegment.BookingClassCode;
pgsSegment.FareReference = cheapestBookingClass.FareDisplayInfos.FareDisplayInfo.Last<FareDisplayInfoType>().FareReference;
pgsSegment.FareReferenceId = cheapestBookingClass.FareDisplayInfos.FareDisplayInfo.Last<FareDisplayInfoType>().FareReferenceID;
pgsOption.Segments.Add(pgsSegment);
segmentIndex++;
}
result.FlightOptions.Add(pgsOption);
}
}
}
foreach (FlightOption pgsoption in result.FlightOptions)
{
this.GetFareTypesInParallelThread(pgsoption);
}
this.CalculateFares(query, result, isDomestic, cheapestBookingClasses);
}
else
{
result.FlightOptions = null;
result.HasError = true;
}
return result;
}
static void Main(string[] args)
{
//
// PING REQUEST
//
String payload = "this my payload; there are many like it but this one is mine";
String someTraceId = "doesntmatter-8176";
String originApp = "UAPI";
//set up the request parameters into a PingReq object
PingReq req = new PingReq();
req.Payload = payload;
req.TraceId = someTraceId;
ConsoleApplication1.SystemService.BillingPointOfSaleInfo billSetInfo = new ConsoleApplication1.SystemService.BillingPointOfSaleInfo();
billSetInfo.OriginApplication = originApp;
req.BillingPointOfSaleInfo = billSetInfo;
req.TargetBranch = CommonUtility.GetConfigValue(ProjectConstants.G_TARGET_BRANCH);
Console.WriteLine(req);
try {
//run the ping request
//WSDLService.sysPing.showXML(true);
SystemPingPortTypeClient client = new SystemPingPortTypeClient("SystemPingPort", WsdlService.SYSTEM_ENDPOINT);
//Console.WriteLine(client.Endpoint);
client.ClientCredentials.UserName.UserName = Helper.RetrunUsername();
client.ClientCredentials.UserName.Password = Helper.ReturnPassword();
/*var httpHeaders = new Dictionary<string, string>();
* httpHeaders.Add("Username", "travelportsuperadmin");
* httpHeaders.Add("Password", "abc123");
* client.Endpoint.EndpointBehaviors.Add(new HttpHeadersEndpointBehavior(httpHeaders));*/
/*HttpRequestMessageProperty httpRequestProperty = new HttpRequestMessageProperty();
* httpRequestProperty.Headers[HttpRequestHeader.Authorization] = "Basic " +
* Convert.ToBase64String(Encoding.ASCII.GetBytes(client.ClientCredentials.UserName.UserName +
* ":" + client.ClientCredentials.UserName.Password));
*
* using (OperationContextScope scope = new OperationContextScope(client.InnerChannel))
* {
* OperationContext.Current.OutgoingMessageProperties[HttpRequestMessageProperty.Name] =
* httpRequestProperty;
* return client.processRequest(castRequest) as TSRsp;
* }
*
*
* OperationContext.Current.OutgoingMessageProperties*/
var httpHeaders = Helper.ReturnHttpHeader();
client.Endpoint.EndpointBehaviors.Add(new HttpHeadersEndpointBehavior(httpHeaders));
PingRsp rsp = client.service(req);
//print results.. payload and trace ID are echoed back in response
Console.WriteLine(rsp.Payload);
//Console.WriteLine(rsp.TraceId);
//Console.WriteLine(rsp.TransactionId);
AirportDetails airports = new AirportDetails();
//Here we are getting the list of airports, we can use it anyway we want
IDictionary <String, String> airportsList = airports.AllAirportsList();
//Here we are getting the list of airports in a particular city, we are harcoding the city as New York here
IDictionary <String, String> airportInCityList = airports.GetAllAiportsFromParticualrCity("New York");
AirSvcTest airTest = new AirSvcTest();
airTest.Availability();
AirLFSTest lfsTest = new AirLFSTest();
Boolean solutionResult = false; //Change it to true if you want AirPricingSolution, by default it is false
//and will send AirPricePoint in the result
LowFareSearchRsp lowFareRsp = lfsTest.LowFareShop(solutionResult);
if (lowFareRsp != null)
{
typeBaseAirSegment[] airSegments = lowFareRsp.AirSegmentList;
List <typeBaseAirSegment> pricingSegments = new List <typeBaseAirSegment>();
IEnumerator items = lowFareRsp.Items.GetEnumerator();
AirPricingSolution lowestFare = null;
AirPricePoint lowest = null;
while (items.MoveNext())
{
if (solutionResult)
{
AirPricingSolution airPricingSolution = (AirPricingSolution)items.Current;
if (lowestFare == null)
{
lowestFare = airPricingSolution;
}
else
{
if (Helper.ConvertToDecimal(lowestFare.TotalPrice) > Helper.ConvertToDecimal(airPricingSolution.TotalPrice))
{
lowestFare = airPricingSolution;
}
}
}
else
{
AirPricePointList airPricePointList = (AirPricePointList)items.Current;
if (airPricePointList != null)
{
foreach (var airPricePoint in airPricePointList.AirPricePoint)
{
if (lowest == null)
{
lowest = airPricePoint;
}
else
{
if (Helper.ConvertToDecimal(lowest.TotalPrice) > Helper.ConvertToDecimal(airPricePoint.TotalPrice))
{
lowest = airPricePoint;
}
}
}
}
}
}
if (lowestFare != null)
{
IEnumerator journeys = lowestFare.Journey.GetEnumerator();
while (journeys.MoveNext())
{
Journey journeyDetails = (Journey)journeys.Current;
if (journeyDetails != null)
{
AirSegmentRef[] segmentRef = journeyDetails.AirSegmentRef;
string refKey = segmentRef[0].Key;
IEnumerator airSegmentList = airSegments.GetEnumerator();
while (airSegmentList.MoveNext())
{
typeBaseAirSegment airSeg = (typeBaseAirSegment)airSegmentList.Current;
if (airSeg.Key.CompareTo(refKey) == 0)
{
pricingSegments.Add(airSeg);
break;
}
}
}
}
}
if (lowest != null)
{
IEnumerator pricingInfos = lowest.AirPricingInfo.GetEnumerator();
while (pricingInfos.MoveNext())
{
AirPricingInfo priceInfo = (AirPricingInfo)pricingInfos.Current;
if (priceInfo != null)
{
foreach (var flightOption in priceInfo.FlightOptionsList)
{
FlightOption option = flightOption;
IEnumerator options = option.Option.GetEnumerator();
if (options.MoveNext())
{
Option opt = (Option)options.Current;
if (opt != null)
{
IEnumerator bookingInfoList = opt.BookingInfo.GetEnumerator();
if (bookingInfoList.MoveNext())
{
BookingInfo bookingInfo = (BookingInfo)bookingInfoList.Current;
if (bookingInfo != null)
{
String key = bookingInfo.SegmentRef;
IEnumerator airSegmentList = airSegments.GetEnumerator();
while (airSegmentList.MoveNext())
{
typeBaseAirSegment airSeg = (typeBaseAirSegment)airSegmentList.Current;
if (airSeg.Key.CompareTo(key) == 0)
{
pricingSegments.Add(airSeg);
break;
}
}
}
}
}
}
break;
}
}
}
}
AirPriceRsp priceRsp = AirReq.AirPrice(pricingSegments);
AirPricingSolution lowestPrice = null;
if (priceRsp != null)
{
if (priceRsp.AirPriceResult != null)
{
IEnumerator priceResults = priceRsp.AirPriceResult.GetEnumerator();
if (priceResults.MoveNext())//We would take the first Price Result and will Search for the lowest Price
{
AirPriceResult result = (AirPriceResult)priceResults.Current;
if (result.AirPricingSolution != null)
{
IEnumerator priceingSolutions = result.AirPricingSolution.GetEnumerator();
while (priceingSolutions.MoveNext())
{
AirPricingSolution priceSol = (AirPricingSolution)priceingSolutions.Current;
if (lowestPrice == null)
{
lowestPrice = priceSol;
}
else
{
if (Helper.ConvertToDecimal(lowestPrice.TotalPrice) > Helper.ConvertToDecimal(priceSol.TotalPrice))
{
lowestPrice = priceSol;
}
}
}
}
}
}
if (lowestPrice != null && priceRsp.AirItinerary != null)
{
AirBookTest book = new AirBookTest();
ConsoleApplication1.UniversalService.AirCreateReservationRsp bookResponse = book.AirBook(lowestPrice, priceRsp.AirItinerary);
if (bookResponse != null)
{
var urLocatorCode = bookResponse.UniversalRecord.LocatorCode;
Console.WriteLine("Universal Record Locator Code :" + urLocatorCode);
UniversalRetrieveTest univ = new UniversalRetrieveTest();
univ.RetrieveRecord(urLocatorCode);
}
}
}
}
} catch (Exception e) {
//usually only the error message is useful, not the full stack
//trace, since the stack trace in is your address space...
Console.WriteLine("Error : " + e.Message);
}
}
