void _tcpArmDevice_DeviceEvent(SDK_SC_RfidReader.rfidReaderArgs args)
{
switch (args.RN_Value)
{
case rfidReaderArgs.ReaderNotify.RN_EnrollmentSample:
int sample = int.Parse(args.Message);
backgroundWorkerEnroll.ReportProgress(sample);
break;
}
}
private void rfidDev_NotifyRFIDEvent(object sender, SDK_SC_RfidReader.rfidReaderArgs args)
{
switch (args.RN_Value)
{
case SDK_SC_RfidReader.rfidReaderArgs.ReaderNotify.RN_FailedToConnect:
{
isRfidConnected = false;
if (eventEndConnection != null)
{
eventEndConnection.Set();
}
break;
}
case SDK_SC_RfidReader.rfidReaderArgs.ReaderNotify.RN_Disconnected:
{
isRfidConnected = false;
} break;
case SDK_SC_RfidReader.rfidReaderArgs.ReaderNotify.RN_Connected:
{
isRfidConnected = true;
FindAndConnectScale(args.SerialNumber, device.get_RFID_Device.StrCom);
break;
}
case rfidReaderArgs.ReaderNotify.RN_ErrorDuringScan:
case rfidReaderArgs.ReaderNotify.RN_ReaderFailToStartScan:
{
ret = retCode.RC_Error_RFID;
if (eventEndRFID != null)
{
eventEndRFID.Set();
}
break;
}
case rfidReaderArgs.ReaderNotify.RN_ScanStarted:
{
break;
}
case rfidReaderArgs.ReaderNotify.RN_ScanCompleted:
{
if (eventEndRFID != null)
{
eventEndRFID.Set();
}
break;
}
}
}
private void deviceForDiscover_NotifyEvent(object sender, SDK_SC_RfidReader.rfidReaderArgs args)
{
switch (args.RN_Value)
{
case rfidReaderArgs.ReaderNotify.RN_Connected:
case rfidReaderArgs.ReaderNotify.RN_Disconnected:
case rfidReaderArgs.ReaderNotify.RN_FailedToConnect:
if (eventEndDiscover != null)
{
eventEndDiscover.Set();
}
break;
}
}