public void TerminateTask(int galleryId, string taskId)
{
ISynchronizationStatus synchStatus = SynchronizationStatus.GetInstance(galleryId);
try
{
synchStatus.CancelSynchronization(taskId);
}
catch (Exception ex)
{
AppErrorController.LogError(ex);
throw;
}
}
public SynchStatusWebEntity GetCurrentStatus(int galleryId)
{
ISynchronizationStatus synchStatus = SynchronizationStatus.GetInstance(galleryId);
try
{
SynchStatusWebEntity synchStatusWeb = new SynchStatusWebEntity();
synchStatusWeb.SynchId = synchStatus.SynchId;
synchStatusWeb.TotalFileCount = synchStatus.TotalFileCount;
synchStatusWeb.CurrentFileIndex = synchStatus.CurrentFileIndex + 1;
if ((synchStatus.CurrentFilePath != null) && (synchStatus.CurrentFileName != null))
{
synchStatusWeb.CurrentFile = System.IO.Path.Combine(synchStatus.CurrentFilePath, synchStatus.CurrentFileName);
}
synchStatusWeb.Status = synchStatus.Status.ToString();
synchStatusWeb.StatusForUI = GetFriendlyStatusText(synchStatus.Status);
synchStatusWeb.PercentComplete = CalculatePercentComplete(synchStatus);
// Update the Skipped Files, but only when the synch is complete.
lock (synchStatus)
{
if (synchStatus.Status == SynchronizationState.Complete)
{
if (synchStatus.SkippedMediaObjects.Count > GlobalConstants.MaxNumberOfSkippedObjectsToDisplayAfterSynch)
{
// We have a large number of skipped media objects. We don't want to send it all to the browsers, because it might take
// too long or cause an error if it serializes to a string longer than int.MaxValue, so let's trim it down.
synchStatus.SkippedMediaObjects.RemoveRange(GlobalConstants.MaxNumberOfSkippedObjectsToDisplayAfterSynch,
synchStatus.SkippedMediaObjects.Count -
GlobalConstants.MaxNumberOfSkippedObjectsToDisplayAfterSynch);
}
synchStatusWeb.SkippedFiles = synchStatus.SkippedMediaObjects;
}
}
return(synchStatusWeb);
}
catch (Exception ex)
{
AppErrorController.LogError(ex, synchStatus.GalleryId);
throw;
}
}
