// It is useful if subscribers can be given information about the alarm. You can do this by creating a class that
// can deliver this information and then use an EventHandler to deliver it.
public void EventHandlerData()
{
AlarmEventData alarmEventData = new AlarmEventData();
alarmEventData.OnAlarmRaised += AlarmListenerData;
alarmEventData.RaiseAnAlarm("Hello there!");
// Note that a reference to the same AlarmEventArgs object is passed to each of the subscribers to the OnAlarmRaised event.
// This means that if one of the subscribers modifies the contents of the event description, subsequent subscribers will
// see the modified event. This can be useful if subscribers need to signal that a given event has been dealt
// with, but it can also be a source of unwanted side effects.
}
//public void UpdateAlarmEventsTest()
//{
// //AlarmSequenceListControlWPF.FreezeAllUpdates();
// long now = DateTime.Now.Ticks;
// int iter = 0;
// foreach (long alarmID in AlarmConfig.AlarmConfigs.Keys)
// {
// AlarmEventData l_AlarmEventData = new AlarmEventData();
// l_AlarmEventData.ID = alarmID;
// l_AlarmEventData.SessionID = 1;
// l_AlarmEventData.TimeIn = now;
// l_AlarmEventData.TimeOut = now;
// l_AlarmEventData.LastModified = now;
// AlarmEvents.UpdateAlarmEvent(l_AlarmEventData);
// iter++;
// if (iter >= 100)
// {
// break;
// }
// }
// //AlarmSequenceListControlWPF.ResumeAllUpdates();
//}
public void UpdateAlarmEvents()
{
//Debug.WriteLine("<<<<------------(UPDATE ALARM EVENTS)--------------->>>>");
//Debug.WriteLine("<<<<------------( START )--------------->>>>");
if (ProcessConnectionServer != null && m_AlarmEventDatas != null)
{
for (int iter = 0; iter < m_AlarmEventDatas.Length; iter++)
{
AlarmEventData l_AlarmEventData = m_AlarmEventDatas[iter];
if (l_AlarmEventData != null)
{
//Debug.WriteLine(l_AlarmEventData);
AlarmEvents.UpdateAlarmEvent(l_AlarmEventData);
}
}
}
//Debug.WriteLine("<<<<------------( DONE )--------------->>>>");
}
