private void hostController_SECsPrimaryIn(object sender, SECsPrimaryInEventArgs e)
{
switch (e.EventId)
{
case PrimaryEventType.Connected:
Logger("Equipment Connected");
Logger("Step 3: Initiate Establish Communication via S1F13 to equipment");
// Trigger the S1F13 message to equipment. Now note that our establish communication carry a InitializationChain Context
hostController.EstablishCommunication();
// Wait for the reply from Equipment in Secondary Event
break;
case PrimaryEventType.EventReport:
HandleEventReport(e.Inputs);
break;
case PrimaryEventType.AlarmSet:
HandleAlarmReport(e.Inputs);
break;
case PrimaryEventType.AlarmCleared:
// In this demo, assuming we are not interested in the specific alarm clear event, so we just broadcast the alarm event.
Logger("Alarm: " + e.Inputs.DataItem["Ln"]["ALID"].Value + " is cleared");
break;
}
}
/// <summary>
/// Equipment primary event handler
/// </summary>
/// <param name="sender">event sender</param>
/// <param name="e">event parameters</param>
private void OnPrimaryIn(object sender, SECsPrimaryInEventArgs e)
{
switch (e.EventId)
{
case PrimaryEventType.Connected: // this signal that we have successfully connected to the equipment
Logger("Equipment Connected");
// Use Tag to set the context for our Daisy Chain method
hostController.Tag = InitializationChainContext;
Logger("Step 3: Initiate Establish Communication via S1F13 to equipment");
// Trigger the S1F13 message to equipment. Now note that our establish communication carry a InitializationChain Context
hostController.EstablishCommunication();
// Wait for the reply from Equipment in Secondary Event
break;
case PrimaryEventType.EventReport:
Logger("Received event: " + e.Inputs.DataItem["Ln"]["CEID"].Value);
break;
}
}
