public List <bool[]> Send(List <ItineraryQueue> itineraryQueues, ItineraryFlightStatus itineraryFlightStatus)
{
try
{
Forecast forecast = null;
var isAnyItemNotTriggered = itineraryQueues.Any(i => i.IsTriggered == false);
if (isAnyItemNotTriggered && itineraryFlightStatus.FlightStatus != "C")
{
ItineraryWeatherStatusData itineraryWeatherStatusData = new ItineraryWeatherStatusData(new WUDataSource());
forecast = itineraryWeatherStatusData.GetItineraryWeatherStatus(itineraryFlightStatus.ArrivalAirportCode, DateTime.Now);
}
ItineraryQueue item = itineraryQueues.FirstOrDefault();
bool[] isEmailSent = item != null && !item.IsTriggered ? SendEmail(itineraryQueues, itineraryFlightStatus, forecast) : new bool[itineraryQueues.Count];
var isSMSSent = SendSMS(itineraryQueues, itineraryFlightStatus, forecast);
return(new List <bool[]> {
isEmailSent, isSMSSent
});
}
catch (Exception exception)
{
foreach (var itineraryQueue in itineraryQueues)
{
ErrorLog.WriteErrorLog(exception, itineraryQueue.BookingID, "MMT_WS_FlightWeather");
}
return(new List <bool[]> {
new bool[itineraryQueues.Count], new bool[itineraryQueues.Count]
});
}
}
private void ProcessQueue(object obj)
{
ConcurrentDictionary <string, ItineraryQueue> queues = (ConcurrentDictionary <string, ItineraryQueue>)obj;
while (queues.Count > 0)
{
foreach (var itemToRemove in queues.Where(i => (i.Value.ExpectedDateTime != DateTime.MinValue &&
i.Value.PickTime > i.Value.ExpectedDateTime.AddMinutes(-MinMinute))))
{
ItineraryQueue itineraryQueue;
queues.TryRemove(itemToRemove.Key, out itineraryQueue);
}
var toProcess =
queues.Where(i => i.Value.PickTime < DateTime.Now)
.GroupBy(i => i.Value.AirlineCode + i.Value.FlightNo + i.Value.DepartureDateTime.ToString("t") + i.Value.FromCity + i.Value.ToCity).ToList();
try
{
Parallel.ForEach(toProcess, eachEntry =>
{
ItineraryQueue item = eachEntry.First().Value;
try
{
var itineraryFlightStatus = FlightStatusData.GetItineraryFlightStatus(item);
if (item.IsTriggered == false || (item.DelayInMinute != itineraryFlightStatus.DepartureGateDelayMin &&
Math.Abs(itineraryFlightStatus.DepartureGateDelayMin - item.DelayInMinute) > DiffInDelayMin))
{
ItineraryFlightWeatherMail itineraryFlightWeatherMail = new ItineraryFlightWeatherMail();
itineraryFlightWeatherMail.Send(eachEntry.Select(i => i.Value).ToList(), itineraryFlightStatus);
}
eachEntry.ToList().ForEach(i =>
{
i.Value.DelayInMinute = itineraryFlightStatus.DepartureGateDelayMin;
i.Value.ExpectedDateTime = itineraryFlightStatus.EstimatedGateDeparture == DateTime.MinValue
? itineraryFlightStatus.ScheduledGateDeparture : itineraryFlightStatus.EstimatedGateDeparture;
i.Value.PickTime = i.Value.PickTime.AddMinutes(ResendMailMin);
i.Value.IsTriggered = true;
});
}
catch (Exception ex)
{
eachEntry.ToList().ForEach(i =>
{
i.Value.PickTime = i.Value.PickTime.AddMinutes(ResendMailMin);
i.Value.IsTriggered = true;
});
foreach (var keyValuePair in eachEntry)
{
ErrorLog.WriteErrorLog(ex, keyValuePair.Value.BookingID, WindowsServiceName);
}
}
});
}
catch (AggregateException aggregateException)
{
ErrorLog.WriteErrorLog(aggregateException.Flatten(), "", WindowsServiceName);
}
catch (Exception exception)
{
ErrorLog.WriteErrorLog(exception, "", WindowsServiceName);
}
Thread.Sleep(6000);
}
}
public void objTimer_Elapsed(object sender, ElapsedEventArgs e)
{
try
{
_objTimer.Enabled = false;
FlightDataSource dataSource = new FlightDataSource();
dataSource.GetItineraryData(_itineraryModels);
RemoveStaleItinerary(_itineraryModels);
var itineraryModelsGroupedByFlight = _itineraryModels.Where(i => i.IsProcessed == false)
.GroupBy(i => i.AirlineCode + i.FlightNo + i.DepartureDateTime.ToString("t") + i.FromCity + i.ToCity);
foreach (var itineraries in itineraryModelsGroupedByFlight)
{
ItineraryModel model = itineraries.FirstOrDefault();
if (model == null)
{
continue;
}
try
{
var itineraryFlightStatus = FlightStatusData.GetItineraryFlightStatus(model);
if (itineraryFlightStatus != null && (new[] { "S", "C" }).Any(i => i == itineraryFlightStatus.FlightStatus.ToUpper()))
{
DateTime triggerDateTime
= itineraryFlightStatus.DepartureGateDelayMin < AllowedDelayMin
? itineraryFlightStatus.DepartureDate.AddMinutes(-MinMinute)
: DateTime.Now;
foreach (ItineraryModel itineraryModel in itineraries)
{
string key = itineraryModel.BookingID + "-" + itineraryModel.AirlineCode +
itineraryModel.FlightNo + "-" + itineraryModel.PNR + "-" +
itineraryModel.DepartureDateTime.ToString("t");
ItineraryQueue queue = Mapper.Map <ItineraryQueue>(itineraryModel);
queue.IsTriggered = false;
queue.PickTime = triggerDateTime;
queue.Status = itineraryFlightStatus.FlightStatus;
queue.ExpectedDateTime = itineraryFlightStatus.EstimatedGateDeparture == DateTime.MinValue
? itineraryFlightStatus.ScheduledGateDeparture : itineraryFlightStatus.EstimatedGateDeparture;
_itineraryQueues.TryAdd(key, queue);
itineraryModel.IsProcessed = true;
}
}
else
{
SendGeneralTicket(itineraries, itineraryFlightStatus);
}
}
catch (Exception exception)
{
SendGeneralTicket(itineraries, exception);
}
}
StartThreadsForQueue(_itineraryQueues);
}
catch (Exception exception)
{
ErrorLog.WriteErrorLog(exception, "", WindowsServiceName);
}
finally
{
_objTimer.Enabled = true;
HeartBeatLoggerClass logger = new HeartBeatLoggerClass();
logger.Log(WindowsServiceName);
}
}
