private void TISWebService_GetStateCompleted(object sender, GetStateCompletedEventArgs e)
{
try
{
//if (e.Error != null)
//{
// throw new SLException(e.Error.Message + " DataProvider from server which failed");
//}
//if (!e.Result)
//{
// throw new SLException(e.strError + " DataProvider from server");
//}
//if (this.OnData != null)
//{
TISWebServiceGetStateSupportOUT result = DCSerializer.DeserializeWithDCS(typeof(TISWebServiceGetStateSupportOUT), e.strOut) as TISWebServiceGetStateSupportOUT;
List <TrainWebData> onlineTrains = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.onlineTrainsData) as List <TrainWebData>;
List <TrainWebData> offlineTrains = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.offlineTrainsData) as List <TrainWebData>;
List <TrainWebData> onlineButNotOnTheMap = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.onlineButNotOnTheMapTrainsData) as List <TrainWebData>;
//this.OnData(result, onlineTrains, offlineTrains, onlineButNotOnTheMap);
//this.AddLog("DataProvider GetStateCompleted");
//}
}
//catch (SLException exception)
//{
// this.DataError(exception.Message);
// this.AddLog("DataProvider GetState error custom: " + exception.Message);
//}
catch (Exception exception2)
{
//this.DataError(exception2.Message);
//this.AddLog("DataProvider GetState error: " + exception2.Message);
}
}
private void TISWebService_GetStateCompleted(object sender, GetStateCompletedEventArgs e)
{
try
{
//if (e.Error != null)
//{
// throw new SLException(e.Error.Message + " DataProvider from server which failed");
//}
//if (!e.Result)
//{
// throw new SLException(e.strError + " DataProvider from server");
//}
//if (this.OnData != null)
//{
TISWebServiceGetStateSupportOUT result = DCSerializer.DeserializeWithDCS(typeof(TISWebServiceGetStateSupportOUT), e.strOut) as TISWebServiceGetStateSupportOUT;
List<TrainWebData> onlineTrains = DCSerializer.DeserializeWithDCS(typeof(List<TrainWebData>), e.onlineTrainsData) as List<TrainWebData>;
List<TrainWebData> offlineTrains = DCSerializer.DeserializeWithDCS(typeof(List<TrainWebData>), e.offlineTrainsData) as List<TrainWebData>;
List<TrainWebData> onlineButNotOnTheMap = DCSerializer.DeserializeWithDCS(typeof(List<TrainWebData>), e.onlineButNotOnTheMapTrainsData) as List<TrainWebData>;
//this.OnData(result, onlineTrains, offlineTrains, onlineButNotOnTheMap);
//this.AddLog("DataProvider GetStateCompleted");
//}
}
//catch (SLException exception)
//{
// this.DataError(exception.Message);
// this.AddLog("DataProvider GetState error custom: " + exception.Message);
//}
catch (Exception exception2)
{
//this.DataError(exception2.Message);
//this.AddLog("DataProvider GetState error: " + exception2.Message);
}
}
private void TISWebService_GetStateCompleted(object sender, GetStateCompletedEventArgs e)
{
try
{
if (e.Error != null)
{
throw new SLException(e.Error.Message + " TISMonitor from server which failed");
}
if (!e.Result)
{
throw new SLException(e.strError + " TISMonitor from server");
}
TISWebServiceGetStateSupportOUT tout = DCSerializer.DeserializeWithDCS(typeof(TISWebServiceGetStateSupportOUT), e.strOut) as TISWebServiceGetStateSupportOUT;
this.m_serverInfo.LastTrainGraphTime = tout.actualRealTimeTrainGraphTime;
this.m_serverInfo.ServerTime = tout.ServerTime;
List <TrainWebData> onlineTrains = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.onlineTrainsData) as List <TrainWebData>;
List <TrainWebData> onlineButOnTheMapTrains = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.onlineButNotOnTheMapTrainsData) as List <TrainWebData>;
List <TrainWebData> offlineTrains = DCSerializer.DeserializeWithDCS(typeof(List <TrainWebData>), e.offlineTrainsData) as List <TrainWebData>;
this.DrawTrains(onlineTrains, offlineTrains, onlineButOnTheMapTrains);
TrainGraphData data = DCSerializer.DeserializeWithDCS(typeof(TrainGraphData), e.trainGraphData) as TrainGraphData;
if (this.m_needToFillTrainGraph)
{
this.trainGraphControl.ResetData();
}
bool needToFillTrainGraph = this.m_needToFillTrainGraph;
bool flag2 = false;
if (this.m_firstTrainGraphCache != null)
{
flag2 = true;
needToFillTrainGraph = true;
data.Curves = this.MergeCachedAndRealTimesCurves(this.m_firstTrainGraphCache.Curves, data.Curves);
data.Markers.Clear();
data.Markers.AddRange(this.m_firstTrainGraphCache.Markers);
this.m_firstTrainGraphCache = null;
}
this.m_tgd = data;
this.trainGraphControl.TrainGraphData = this.m_tgd;
this.trainGraphControl.ActualTime = this.m_serverInfo.ServerTime;
this.trainGraphControl.Draw(needToFillTrainGraph);
if (this.m_needToFillTrainGraph)
{
this.m_needToFillTrainGraph = false;
}
this.UpdateTrainGraphCache(this.m_tgd, this.m_serverInfo);
this.UpdateTrainsCache(onlineTrains);
this.SetOperationDate(tout.ServerOperationDate, !this.m_isFirstIteration || flag2);
this.m_isFirstIteration = false;
ErrorDlg.HelperClose();
}
catch (SLException exception)
{
this.AddLog("TISMonitor GetState error custom: " + exception.Message);
ErrorDlg.HelperShow("", exception.Message);
}
catch (Exception exception2)
{
this.AddLog("TISMonitor GetState error: " + exception2.Message);
ErrorDlg.HelperShow("", exception2.Message);
this.ResetTrainGraph();
}
this.busyIndicator.IsBusy = false;
this.m_bInsideTimerForTrains = false;
}
/// <summary>
/// Questo metodo viene invocato nel momento in cui è disponibile un risultato sulla verifica dello stato:
/// se il task risulta completato, viene avviata la fase di recupero dei risultati, altrimenti si attende
/// un'altra verifica.
/// </summary>
/// <param name="sender">l'oggetto che ha generato l'evento</param>
/// <param name="args">informazioni aggiuntive sull'evento</param>
private void Proxy_GetStateCompleted(object sender, GetStateCompletedEventArgs args)
{
if (HandleCancellationIfRequired(args.Cancelled)) return;
if (HandleErrorIfRequired(args.Error)) return;
TaskState ts = args.Result;
switch (ts)
{
case TaskState.Completed:
BeginGetResults();
break;
case TaskState.None:
BeginCloseProxy();
break;
default:
BeginGetState();
break;
}
}
