private void myUpdateStatus(Events.StatusEventData eventData)
{
switch (eventData.StatusEventType)
{
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_START_EVENT:
functionCallStatusLabel.Text = "Inventory started";
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_STOP_EVENT:
functionCallStatusLabel.Text = "Inventory stopped";
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_START_EVENT:
functionCallStatusLabel.Text = "Access Operation started";
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_STOP_EVENT:
functionCallStatusLabel.Text = "Access Operation stopped";
if (this.m_SelectedTagID == string.Empty)
{
uint successCount, failureCount;
successCount = failureCount = 0;
m_ReaderAPI.Actions.TagAccess.GetLastAccessResult(ref successCount, ref failureCount);
functionCallStatusLabel.Text = "Access completed - Success Count: " + successCount.ToString()
+ ", Failure Count: " + failureCount.ToString();
}
resetButtonState();
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_WARNING_EVENT:
functionCallStatusLabel.Text = " Buffer full warning";
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_EVENT:
functionCallStatusLabel.Text = "Buffer full";
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.DISCONNECTION_EVENT:
functionCallStatusLabel.Text = "Disconnection Event " + eventData.DisconnectionEventData.DisconnectEventInfo.ToString();
connectBackgroundWorker.RunWorkerAsync("Disconnect");
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ANTENNA_EVENT:
functionCallStatusLabel.Text = "Antenna Status Update";
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.READER_EXCEPTION_EVENT:
functionCallStatusLabel.Text = "Reader ExceptionEvent " + eventData.ReaderExceptionEventData.ReaderExceptionEventInfo;
break;
default:
break;
}
}
private void Events_StatusNotify(object sender, Events.StatusEventArgs e)
{
Events.StatusEventData eventData = e.StatusEventData;
if (e.StatusEventData.StatusEventType == Symbol.RFID3.Events.STATUS_EVENT_TYPE.HANDHELD_TRIGGER_EVENT && isTriggerActive)
{
TriggerInfo triggerInfo = new TriggerInfo();
triggerInfo.EnableTagEventReport = true;
if (eventData.HandheldTriggerEventData.HandheldTriggerEvent == HANDHELD_TRIGGER_EVENT_TYPE.HANDHELD_TRIGGER_PRESSED &&
triggerInfo.StartTrigger.Type == START_TRIGGER_TYPE.START_TRIGGER_TYPE_IMMEDIATE)
{
// Lets start the inventory upon GPI event even if the StartTrigger is configured as immediate
this.start();
}
if (eventData.HandheldTriggerEventData.HandheldTriggerEvent == HANDHELD_TRIGGER_EVENT_TYPE.HANDHELD_TRIGGER_RELEASED &&
triggerInfo.StopTrigger.Type == STOP_TRIGGER_TYPE.STOP_TRIGGER_TYPE_IMMEDIATE)
{
this.stop();
TriggerStopHandler();
}
}
}
private void myUpdateStatus(Events.StatusEventData eventData)
{
switch (eventData.StatusEventType)
{
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_START_EVENT:
functionCallStatusLabel.Text = "Inventory started";
this.readBtn.Enabled = true;
this.readBtn.Text = "Stop Reading";
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_STOP_EVENT:
functionCallStatusLabel.Text = "Inventory stopped";
this.readBtn.Enabled = true;
this.readBtn.Text = "Start Reading";
//memBank_CB.Enabled = true;
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_START_EVENT:
functionCallStatusLabel.Text = "Access Operation started";
this.readBtn.Enabled = true;
this.readBtn.Text = "Stop Reading";
//memBank_CB.Enabled = false; ;
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_STOP_EVENT:
functionCallStatusLabel.Text = "Access Operation stopped";
if (this.m_SelectedTagID == string.Empty)
{
uint successCount, failureCount;
successCount = failureCount = 0;
m_ReaderAPI.Actions.TagAccess.GetLastAccessResult(ref successCount, ref failureCount);
functionCallStatusLabel.Text = "Access completed - Success Count: " + successCount.ToString()
+ ", Failure Count: " + failureCount.ToString();
}
//resetButtonState();
this.readBtn.Enabled = true;
this.readBtn.Text = "Start Reading";
//memBank_CB.Enabled = true;
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.GPI_EVENT:
this.updateGPIState();
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ANTENNA_EVENT:
string status = (eventData.AntennaEventData.AntennaEvent == ANTENNA_EVENT_TYPE.ANTENNA_CONNECTED ? "connected" : "disconnected");
functionCallStatusLabel.Text = "Antenna " + eventData.AntennaEventData.AntennaID.ToString() + " has been " + status;
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_WARNING_EVENT:
functionCallStatusLabel.Text = " Buffer full warning";
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_EVENT:
functionCallStatusLabel.Text = "Buffer full";
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.DISCONNECTION_EVENT:
functionCallStatusLabel.Text = "Disconnection Event " + eventData.DisconnectionEventData.DisconnectEventInfo.ToString();
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.READER_EXCEPTION_EVENT:
functionCallStatusLabel.Text = "Reader ExceptionEvent " + eventData.ReaderExceptionEventData.ReaderExceptionEventInfo.ToString();
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.TEMPERATURE_ALARM_EVENT:
functionCallStatusLabel.Text = "Temperature Alarm " + eventData.TemperatureAlarmEventData.SourceName.ToString() + " Temperature " + eventData.TemperatureAlarmEventData.CurrentTemperature.ToString() + " Level " + eventData.TemperatureAlarmEventData.AlarmLevel.ToString();
break;
default:
break;
}
}
private void myUpdateStatus(Events.StatusEventData eventData)
{
switch (eventData.StatusEventType)
{
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_START_EVENT:
loglst.Items.Add("Inventory started");
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.INVENTORY_STOP_EVENT:
loglst.Items.Add("Inventory stopped");
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_START_EVENT:
loglst.Items.Add("Access Operation started");
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ACCESS_STOP_EVENT:
loglst.Items.Add("Access Operation stopped");
if (this.datagrd.Items == null)
{
uint successCount, failureCount;
successCount = failureCount = 0;
m_ReaderAPI.Actions.TagAccess.GetLastAccessResult(ref successCount, ref failureCount);
loglst.Items.Add("Access completed - Success Count: " + successCount.ToString()
+ ", Failure Count: " + failureCount.ToString());
}
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.GPI_EVENT:
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.ANTENNA_EVENT:
string status = (eventData.AntennaEventData.AntennaEvent == ANTENNA_EVENT_TYPE.ANTENNA_CONNECTED ? "connected" : "disconnected");
loglst.Items.Add("Antenna " + eventData.AntennaEventData.AntennaID.ToString() + " has been " + status);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_WARNING_EVENT:
loglst.Items.Add(" Buffer full warning");
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.BUFFER_FULL_EVENT:
loglst.Items.Add("Buffer full");
myUpdateRead(null);
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.DISCONNECTION_EVENT:
loglst.Items.Add("Disconnection Event " + eventData.DisconnectionEventData.DisconnectEventInfo.ToString());
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.READER_EXCEPTION_EVENT:
loglst.Items.Add("Reader ExceptionEvent " + eventData.ReaderExceptionEventData.ReaderExceptionEventInfo.ToString());
break;
case Symbol.RFID3.Events.STATUS_EVENT_TYPE.TEMPERATURE_ALARM_EVENT:
loglst.Items.Add("Temperature Alarm " + eventData.TemperatureAlarmEventData.SourceName.ToString() + " Temperature " + eventData.TemperatureAlarmEventData.CurrentTemperature.ToString() + " Level " + eventData.TemperatureAlarmEventData.AlarmLevel.ToString());
break;
default:
break;
}
}
