public void open(CSystem_Configuration_File_Reader.CSystem_Configuration_Obj configObj)
{
_m_configObj = configObj;
for (uint uiChannel = 0; uiChannel < _m_TEC_Controllers.Length; uiChannel++)
{
_m_TEC_Controllers[uiChannel].open(_m_configObj);
}
}
public override void open(CSystem_Configuration_File_Reader.CSystem_Configuration_Obj configObj)
{
lock (_m_Lock)
{
if (!_m_isOpen)
{
base.open(configObj);
_m_isOpen = true;
_m_RHMonitorConfigObj = _m_configObj.m_PCR_Thermal_Block_Fan_Control_Thermistor_Configuration;
}
else
{
throw new CPCRInstrumentSystemException("CRH_Thermal_Monitoring_Device can't be opened while currently open.", "Fault");
}
}
}
virtual public void open(CSystem_Configuration_File_Reader.CSystem_Configuration_Obj configObj)
{
_m_configObj = configObj;
// TEC
m_strThermalConfigSectionId = CSystem_Defns.cstrTECEntries[m_uiTECIndex];
m_strThermalControllerId = configObj.m_TEC_Channel_Configurations[m_strThermalConfigSectionId].m_strControllerName;
_m_ThermalAdapterUnit = CThermal_Adapter_Unit.Instance(configObj.m_ThermalControllerConfigurations[m_strThermalControllerId].m_strPort);
_m_isOpen = false;
_m_fSetpoint = 0.0F;
_m_fTemperatureReading = 0.0F;
_m_ThermalTemperatureState = eThermalTemperatureState.Idle_ThermalTempState;
_m_ThermalAdapterUnit.open();
return;
}
public override void open(CSystem_Configuration_File_Reader.CSystem_Configuration_Obj configObj)
{
lock (_m_Lock)
{
if (!_m_isOpen)
{
base.open(configObj);
_m_isOpen = true;
_m_RHConfigObj = _m_configObj.m_RH_Channel_Configurations[m_strThermalConfigSectionId];
}
else
{
throw new CPCRInstrumentSystemException("CRH_Thermal_Device can't be opened while currently open.", "Fault");
}
}
}
