void BaseStationEepromHelper::write_analogExceedanceEnabled(bool enable)
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
//write the value to eeprom
write(BaseStationEepromMap::ANALOG_EXCEED_ENABLE, Value::UINT16(static_cast<uint16>(enable)));
}
bool BaseStationEepromHelper::read_analogExceedanceEnabled() const
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
//read and return the value from eeprom
return (read(BaseStationEepromMap::ANALOG_EXCEED_ENABLE).as_uint16() == 1);
}
void BaseStationEepromHelper::write_analogTimeoutVoltage(float voltage)
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
//write the value to eeprom
write(BaseStationEepromMap::ANALOG_TIMEOUT_VOLTAGE, Value::FLOAT(voltage));
}
float BaseStationEepromHelper::read_analogTimeoutVoltage() const
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
//read and return the value from eeprom
return read(BaseStationEepromMap::ANALOG_TIMEOUT_VOLTAGE).as_float();
}
void BaseStationEepromHelper::write_analogTimeoutTime(uint16 seconds)
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
//write the value to eeprom
write(BaseStationEepromMap::ANALOG_TIMEOUT_TIME, Value::UINT16(seconds));
}
void BaseStationEepromHelper::write_analogPair(uint8 portNumber, const BaseStationAnalogPair& pair)
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
EepromLocation analogEE_nodeAddress = BaseStationEepromMap::analogNodeAddressEeprom(portNumber);
EepromLocation analogEE_nodeChannel = BaseStationEepromMap::analogNodeChannelEeprom(portNumber);
EepromLocation analogEE_maxFloat = BaseStationEepromMap::analogMaxFloatEeprom(portNumber);
EepromLocation analogEE_minFloat = BaseStationEepromMap::analogMinFloatEeprom(portNumber);
//write all the values to eeprom
write(analogEE_nodeAddress, Value::UINT16(pair.nodeAddress()));
write(analogEE_nodeChannel, Value::UINT16(static_cast<uint16>(pair.nodeChannel())));
write(analogEE_maxFloat, Value::FLOAT(pair.outputVal_3V()));
write(analogEE_minFloat, Value::FLOAT(pair.outputVal_0V()));
}
BaseStationAnalogPair BaseStationEepromHelper::read_analogPair(uint8 portNumber) const
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
EepromLocation analogEE_nodeAddress = BaseStationEepromMap::analogNodeAddressEeprom(portNumber);
EepromLocation analogEE_nodeChannel = BaseStationEepromMap::analogNodeChannelEeprom(portNumber);
EepromLocation analogEE_maxFloat = BaseStationEepromMap::analogMaxFloatEeprom(portNumber);
EepromLocation analogEE_minFloat = BaseStationEepromMap::analogMinFloatEeprom(portNumber);
//read all the eeprom values
uint16 nodeAddress = read(analogEE_nodeAddress).as_uint16();
uint8 nodeChannel = static_cast<uint8>(read(analogEE_nodeChannel).as_uint16());
float maxFloat = read(analogEE_maxFloat).as_float();
float minFloat = read(analogEE_minFloat).as_float();
//build and return a BaseStationAnalogPair
return BaseStationAnalogPair::Float(nodeAddress, nodeChannel, minFloat, maxFloat);
}
void BaseStationEepromHelper::write_analogPair(uint8 portNumber, const BaseStationAnalogPair& pair)
{
//throw exception is analog pairing isn't supported
checkAnalogPairingSupported();
EepromLocation analogEE_nodeAddress = BaseStationEepromMap::analogNodeAddressEeprom(portNumber);
EepromLocation analogEE_nodeChannel = BaseStationEepromMap::analogNodeChannelEeprom(portNumber);
EepromLocation analogEE_maxFloat = BaseStationEepromMap::analogMaxFloatEeprom(portNumber);
EepromLocation analogEE_minFloat = BaseStationEepromMap::analogMinFloatEeprom(portNumber);
//write all the values to eeprom
write(analogEE_nodeAddress, Value::UINT16(pair.nodeAddress()));
//a value of 0xFF should disable the channel (actually write a 0xFFFF)
uint16 chToWrite = pair.nodeChannel();
if(chToWrite == 0xFF)
{
chToWrite = 0xFFFF;
}
write(analogEE_nodeChannel, Value::UINT16(chToWrite));
write(analogEE_maxFloat, Value::FLOAT(pair.outputVal_3V()));
write(analogEE_minFloat, Value::FLOAT(pair.outputVal_0V()));
}