public StatusManager(DataAccess dataAccess, EventLoggerAccess logger)
{
Logger = logger;
_Statuses = new StatusElements();
DataAccess = dataAccess;
_StatusLock = new object();
ReadTagConfig();
DataAccess.TagUpdate += new PLCTagUpdateHandler(PLCTagUpdate);
DataAccess.DisplayUpdateRequest += new DashboardUpdateRequestHandler(DashboardUpdateRequest);
}
public StatusManager (DataAccess dataAccess, EventLoggerAccess logger)
{
Logger = logger;
_Statuses = new StatusElements();
DataAccess = dataAccess;
_StatusLock = new object();
ReadTagConfig();
DataAccess.TagUpdate += new PLCTagUpdateHandler(PLCTagUpdate);
DataAccess.DisplayUpdateRequest += new DashboardUpdateRequestHandler(DashboardUpdateRequest);
}
public StatusManager(DataAccess dataAccess, EventLoggerAccess eventLogger)
{
if (/*invalid?*/ eventLogger == null)
{
throw new ArgumentNullException(ClassName + " EventLoggerAccess reference argument (eventLogger) must not be null");
}
Logger = eventLogger;
if (/*invalid?*/ dataAccess == null)
{
throw new ArgumentNullException(ClassName + " DataAccess reference argument (dataAccess) must not be null");
}
DataAccessReference = dataAccess;
_statusElements = new StatusElements();
ReadTagConfig();
DataAccessReference.OpcTagUpdateHandlers += new PLCTagUpdateHandler(PLCTagUpdate);
DataAccessReference.DisplayUpdateRequest += new DashboardUpdateRequestHandler(DashboardUpdateRequest);
}
private void InitializeLinacTags()
{
_Statuses = new StatusElements();
int emptyVal = int.MinValue;
StatusElement statusElement = new StatusElement(_GD_Cathode_V_Set, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_CathodVoltageMonitor, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_FilamentVMonitor, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_FilamentIMon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_Grid_A_V_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_Grid_B_V_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_Grid_Bias_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_Beam_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GD_State_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MD_HVPSVoltage, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MD_Filament_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MD_Filament_V_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Mod_State_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Magnetron_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Sol_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Sol_V_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Steering_X_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Steering_Y_I_Mon, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_1_CURRENT, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_2_CURRENT, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_3_CURRENT, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_1_VOLTAGE, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_2_VOLTAGE, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_IONPUMP_3_VOLTAGE, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
//statusElement = new StatusElement(_TCU_TEMPERATURE, emptyVal, TagTypes.Information);
//_Statuses.Add(statusElement);
statusElement = new StatusElement(_REFLECTED_POWER, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_FORWARD_POWER, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_AFC_PV, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_Stepper_PV, emptyVal, TagTypes.Information);
_Statuses.Add(statusElement);
Dictionary<int, string> valueMapping = new Dictionary<int, string>();
valueMapping.Add(0, "Clear");
valueMapping.Add(1, "Error");
statusElement = new StatusElement(_MAGNETRON_CURRENT_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_REFLECTED_RF_POWER_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_WAVEGUIDE_ARC_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_SF6_PRESSURE_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_ENCLOSURE_PANELS_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_ACCELERATOR_VACUUM_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MAGNETRON_VACUUM_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_SOLENOID_CURRENT_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_ACCELERATOR_FLOW_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_COOLANT_TEMPERATURE_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_ENCLOSURE_TEMPERATURE_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_GUN_DRIVER_INTERLOCK_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MODULATOR_INTERLOCK_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_CUSTOMER_INTERLOCK1_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_CUSTOMER_INTERLOCK2_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_MODULATOR_COMMUNICATION_ERROR_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(_AFC_STEPPER_MOTOR_OUT_OF_BOUND_STATUS, 0, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
statusElement = new StatusElement(LINAC_ETHERNET_DISCONNECTED, 1, TagTypes.Status, valueMapping);
_Statuses.Add(statusElement);
ReadTagConfig();
}
public StatusManager(DataAccess dataAccess, EventLoggerAccess eventLogger)
{
if (/*invalid?*/ eventLogger == null)
throw new ArgumentNullException(ClassName + " EventLoggerAccess reference argument (eventLogger) must not be null");
Logger = eventLogger;
if (/*invalid?*/ dataAccess == null)
throw new ArgumentNullException(ClassName + " DataAccess reference argument (dataAccess) must not be null");
DataAccessReference = dataAccess;
_statusElements = new StatusElements();
ReadTagConfig();
DataAccessReference.OpcTagUpdateHandlers += new PLCTagUpdateHandler(PLCTagUpdate);
DataAccessReference.DisplayUpdateRequest += new DashboardUpdateRequestHandler(DashboardUpdateRequest);
}
