public async Task <dto.RetrieveBookingResponse> RetrieveBooking(dto.RetrieveBookingRequest retrieveBookingRequest)
{
if (string.IsNullOrEmpty(await _sessionBag.Signature()))
{
await _userSessionService.AnonymousLogonUnique();
}
var getBookingRequestData = new GetBookingRequestData
{
GetBookingBy = GetBookingBy.RecordLocator,
GetByRecordLocator = Mapper.Map <GetByRecordLocator>(retrieveBookingRequest)
};
var getBookingResponse = await _client.GetBookingAsync(new GetBookingRequest
{
ContractVersion = _navApiContractVer,
MessageContractVersion = _navMsgContractVer,
Signature = await _sessionBag.Signature(),
EnableExceptionStackTrace = false,
GetBookingReqData = getBookingRequestData
});
if (getBookingResponse.Booking == null)
{
await _sessionBag.SetBooking(null);
throw new dto.ResponseErrorException(dto.Enumerations.ResponseErrorCode.BookingNotFound, new[] { "Booking not found. " });
}
var booking = Mapper.Map <dto.Booking>(getBookingResponse.Booking);
await _sessionBag.SetBooking(booking);
return(new dto.RetrieveBookingResponse {
Booking = booking
});
}
public async Task <dto.SellResponse> SellFlights(dto.SellJourneyByKeyRequestData sellJourneyByKeyRequestData)
{
if (string.IsNullOrEmpty(await _sessionBag.Signature()))
{
await _userSessionService.AnonymousLogonUnique();
}
var signature = await _sessionBag.Signature();
if (await _sessionBag.Booking() != null)
{
// cancel previously selected flights (if any) for New Bookings only
var booking = await _bookingService.GetSessionBooking();
if (string.IsNullOrEmpty(booking.RecordLocator) && booking.Journeys != null && booking.Journeys.Length > 0 && booking.Passengers != null && booking.Passengers.Length > 0)
{
// totally clear booking if pax type counts are different
if (!PaxCountsAreTheSame(booking, sellJourneyByKeyRequestData))
{
await _bookingService.ClearStateBooking();
}
// pax type counts are the same so just cancel the journeys
else
{
var cancelData = new CancelRequestData
{
CancelBy = CancelBy.Journey,
CancelJourney = new CancelJourney
{
CancelJourneyRequest = new CancelJourneyRequest
{
Journeys = Mapper.Map <Journey[]>(booking.Journeys.ToArray())
}
}
};
try
{
await _client.CancelAsync(new CancelRequest
{
ContractVersion = _navApiContractVer,
MessageContractVersion = _navMsgContractVer,
Signature = signature,
EnableExceptionStackTrace = false,
CancelRequestData = cancelData
});
}
catch {
await _bookingService.ClearStateBooking();
}
}
}
}
var flightsSellRequestData = new SellRequestData
{
SellBy = SellBy.JourneyBySellKey,
SellJourneyByKeyRequest = new SellJourneyByKeyRequest
{
SellJourneyByKeyRequestData = Mapper.Map <SellJourneyByKeyRequestData>(sellJourneyByKeyRequestData),
}
};
var stopWatch = _perfLogSettings.EnableNavApiLogging ? Stopwatch.StartNew() : null;
var sellFlightsResponse = await _client.SellAsync(new SellRequest
{
ContractVersion = _navApiContractVer,
MessageContractVersion = _navMsgContractVer,
Signature = signature,
EnableExceptionStackTrace = false,
SellRequestData = flightsSellRequestData
});
//_navApiContractVer, false, _navMsgContractVer,
//signature, flightsSellRequestData);
if (_perfLogSettings.EnableNavApiLogging && stopWatch != null)
{
stopWatch.Stop();
var msecs = stopWatch.ElapsedMilliseconds;
_logger.WriteTimedLog(msecs, "BookingManager.SellAsync" + "|" + signature);
}
var returnResponse = new dto.SellResponse();
// Sell infant SSR
var infantPaxCount = Array.Find(sellJourneyByKeyRequestData.PaxTypeCounts, p => p.PaxTypeCode == Global.INFANT_CODE);
if (infantPaxCount != null && infantPaxCount.PaxCount > 0)
{
var infantSegmentSSRRequests = await CreateSegmentSSRRequests(sellJourneyByKeyRequestData);
var infantSSRSellRequestData = new SellRequestData
{
SellBy = SellBy.SSR,
SellSSR = new SellSSR
{
SSRRequest = new SSRRequest
{
CurrencyCode = sellJourneyByKeyRequestData.CurrencyCode,
SegmentSSRRequests = infantSegmentSSRRequests
}
}
};
var stopWatch2 = _perfLogSettings.EnableNavApiLogging ? Stopwatch.StartNew() : null;
var sellSSRsResponse = await _client.SellAsync(new SellRequest
{
ContractVersion = _navApiContractVer,
MessageContractVersion = _navMsgContractVer,
Signature = signature,
EnableExceptionStackTrace = false,
SellRequestData = infantSSRSellRequestData
});
//_navApiContractVer, false, _navMsgContractVer,
//signature, infantSSRSellRequestData);
if (_perfLogSettings.EnableNavApiLogging && stopWatch != null)
{
stopWatch2.Stop();
var msecs = stopWatch2.ElapsedMilliseconds;
_logger.WriteTimedLog(msecs, "BookingManager.SellAsync(INF)" + "|" + signature);
}
returnResponse = Mapper.Map <dto.SellResponse>(sellSSRsResponse);
}
else
{
returnResponse = Mapper.Map <dto.SellResponse>(sellFlightsResponse);
}
var stateBooking = await _bookingService.GetSessionBooking(true);
await _sessionBag.SetBooking(stateBooking);
if (string.IsNullOrEmpty(stateBooking.RecordLocator))
{
var paxesWithInfant = new List <dto.Passenger>();
foreach (var pax in (await _sessionBag.Booking()).Passengers.ToList().FindAll(p => p.PassengerFees.ToList().Find(
f => f.FeeCode == Global.INFANT_CODE) != null))
{
if (pax.Infant == null)
{
pax.Infant = new dto.PassengerInfant();
paxesWithInfant.Add(pax);
}
}
if (paxesWithInfant.Count() > 0)
{
var updatePaxesWithInfantsResult = await _passengerService.UpdatePassengers(
new dto.UpdatePassengersRequestData {
Passengers = paxesWithInfant.ToArray()
});
if (updatePaxesWithInfantsResult.Error != null)
{
throw new Exception(updatePaxesWithInfantsResult.Error.ErrorText);
}
await _sessionBag.SetBooking(await _bookingService.GetSessionBooking(true));
}
}
return(returnResponse);
}
