void
evgMxc::setPrescaler(epicsUInt32 preScaler) {
if(preScaler == 0 || preScaler == 1)
throw std::runtime_error("Invalid preScaler value in Multiplexed Counter. Value should not be 0 or 1.");
WRITE32(m_pReg, MuxPrescaler(m_id), preScaler);
}
epicsUInt32
evgMxc::getPrescaler() const {
return READ32(m_pReg, MuxPrescaler(m_id));
}
REGINFO("ClockSource", ClockSource, 8),
REGINFO("RfDiv", RfDiv, 8),
REGINFO("ClockStatus", ClockStatus, 16),
REGINFO("SeqControl(0)", SeqControl(0), 32),
REGINFO("SeqControl(1)", SeqControl(1), 32),
REGINFO("FracSynthWord", FracSynthWord, 32),
REGINFO("TrigEventCtrl(0)", TrigEventCtrl(0), 32),
REGINFO("TrigEventCtrl(1)", TrigEventCtrl(1), 32),
REGINFO("TrigEventCtrl(2)", TrigEventCtrl(2), 32),
REGINFO("TrigEventCtrl(3)", TrigEventCtrl(3), 32),
REGINFO("TrigEventCtrl(4)", TrigEventCtrl(4), 32),
REGINFO("TrigEventCtrl(5)", TrigEventCtrl(5), 32),
REGINFO("TrigEventCtrl(6)", TrigEventCtrl(6), 32),
REGINFO("TrigEventCtrl(7)", TrigEventCtrl(7), 32),
REGINFO("MuxControl(0)", MuxControl(0), 32),
REGINFO("MuxPrescaler(0)", MuxPrescaler(0), 32),
REGINFO("MuxControl(1)", MuxControl(1), 32),
REGINFO("MuxPrescaler(1)", MuxPrescaler(1), 32),
REGINFO("MuxControl(2)", MuxControl(2), 32),
REGINFO("MuxPrescaler(2)", MuxPrescaler(2), 32),
REGINFO("MuxControl(3)", MuxControl(3), 32),
REGINFO("MuxPrescaler(3)", MuxPrescaler(3), 32),
REGINFO("MuxControl(4)", MuxControl(4), 32),
REGINFO("MuxPrescaler(4)", MuxPrescaler(4), 32),
REGINFO("MuxControl(5)", MuxControl(5), 32),
REGINFO("MuxPrescaler(5)", MuxPrescaler(5), 32),
REGINFO("MuxControl(6)", MuxControl(6), 32),
REGINFO("MuxPrescaler(6)", MuxPrescaler(6), 32),
REGINFO("MuxControl(7)", MuxControl(7), 32),
REGINFO("MuxPrescaler(7)", MuxPrescaler(7), 32),
REGINFO("FrontOutMap(0)", FrontOutMap(0), 16),
