bool IsEnoughBattery()
{
RFIDUHF.RFID_STATUS status = new RFIDUHF.RFID_STATUS();
INT32U nADC = 0;
float fVolt = 0;
// get power first
status = UHFNet.GetPower(ref nADC);
if (status != RFIDUHF.RFID_STATUS.RFID_STATUS_OK)
{
return(false);
}
status = UHFNet.ReadBattery(ref nADC, ref fVolt);
if (fVolt < m_fCutOffValue & status == RFIDUHF.RFID_STATUS.RFID_STATUS_OK)
{
return(false);
}
else
{
return(true);
}
}
public bool OpenRFID(bool bOpen)
{
if (bOpen)
{
RFIDUHF.RFID_STATUS status = new RFIDUHF.RFID_STATUS();
status = UHFNet.Init();
if (status != RFIDUHF.RFID_STATUS.RFID_STATUS_OK)
{
// NOTE: NO_SUCH_RADIO might be because of the wrong
// COM port designated in the RFIDcomm.cfg file!
#if CHATTY_READER
strstatus = String.Format("RFID Init Error-{0:G}", status);
Trace.WriteLine(strstatus);
#endif
return(false);
}
}
else
{
RFIDUHF.RFID_STATUS status = new RFIDUHF.RFID_STATUS();
status = UHFNet.Close();
if (status != RFIDUHF.RFID_STATUS.RFID_STATUS_OK)
{
#if CHATTY_READER
strstatus = String.Format("{0:G}", status);
Trace.WriteLine(strstatus);
#endif
return(false);
}
}
return(true);
}
