public void ExecuteDatalogDownloadAndDownloadDatalogDetailsFromInstrument()
{
// arrange
InstrumentDatalogDownloadAction action = Helper.GetDatalogDownloadAction(DeviceType.MX6);
InitializeForTest(action);
instrumentController.Setup(x => x.GetDatalog(out corruptDatalogDetected))
.Returns(new List <DatalogSession> {
new DatalogSession()
{
BaseUnitSerialNumber = string.Empty, Comments = string.Empty,
RecordingInterval = 60, SerialNumber = action.Instrument.SerialNumber, SessionNumber = 1, TWATimeBase = 10
, User = string.Empty, Session = DateTime.Now
, SensorSessions = new List <DatalogSensorSession>()
{
new DatalogSensorSession("SENSORTST123", new ComponentType(SensorCode.O2))
}
}
});
InstrumentDatalogDownloadOperation datalogDownloadOperation = new InstrumentDatalogDownloadOperation(action);
InstrumentDatalogDownloadEvent datalogDownloadEvent = (InstrumentDatalogDownloadEvent)datalogDownloadOperation.Execute();
Assert.True(datalogDownloadEvent.InstrumentSessions.Count == 1);
}
public void ExecuteDatalogDownload()
{
// arrange
InstrumentDatalogDownloadAction action = Helper.GetDatalogDownloadAction(DeviceType.MX4);
InitializeForTest(action);
InstrumentDatalogDownloadOperation datalogDownloadOperation = new InstrumentDatalogDownloadOperation(action);
InstrumentDatalogDownloadEvent datalogDownloadEvent = (InstrumentDatalogDownloadEvent)datalogDownloadOperation.Execute();
Assert.True(datalogDownloadEvent.InstrumentSessions.Count == 0);
}
public void GetInstrumentDatalogClearActionAsFollowUpActionForInstrumentDatalogDownloadToClearErrors()
{
// arrange
InstrumentDatalogDownloadEvent dsEvent = new InstrumentDatalogDownloadEvent();
dsEvent.Errors.Add(new DockingStationError("Test Error!"));
Initialize();
CreateMasterForTest();
// act
nextAction = scheduler.GetNextAction(dsEvent);
// assert
Xunit.Assert.True(nextAction is InstrumentDatalogClearAction);
}
public void GetInstrumentDatalogClearActionAsFollowUpActionForInstrumentDatalogDownloadToClearInstrumentSessions()
{
// arrange
InstrumentDatalogDownloadEvent dsEvent = new InstrumentDatalogDownloadEvent();
dsEvent.InstrumentSessions.Add(new DatalogSession());
Initialize();
CreateMasterForTest();
// act
nextAction = scheduler.GetNextAction(dsEvent);
// assert
Xunit.Assert.True(nextAction is InstrumentDatalogClearAction);
}
public void ExecuteCorruptDatalogDownload()
{
// arrange
InstrumentDatalogDownloadAction action = Helper.GetDatalogDownloadAction(DeviceType.MX6);
InitializeForTest(action);
DateTime sessionTime = DateTime.Now;
instrumentController.Setup(x => x.GetDatalog(out corruptDatalogDetected))
.Returns(new List <DatalogSession> {
new DatalogSession()
{
BaseUnitSerialNumber = string.Empty, Comments = string.Empty,
RecordingInterval = 60, SerialNumber = action.Instrument.SerialNumber, SessionNumber = 1, TWATimeBase = 10
, User = string.Empty, Session = sessionTime, CorruptionException = new Exception("Corrupt Datalog Exception")
, SensorSessions = new List <DatalogSensorSession>()
{
new DatalogSensorSession("SENSORTST123", new ComponentType(SensorCode.O2))
}
}
});
InstrumentDatalogDownloadOperation datalogDownloadOperation = new InstrumentDatalogDownloadOperation(action);
InstrumentDatalogDownloadEvent datalogDownloadEvent = (InstrumentDatalogDownloadEvent)datalogDownloadOperation.Execute();
Assert.True(datalogDownloadEvent.InstrumentSessions.Count == 1 &&
datalogDownloadEvent.InstrumentSessions[0].BaseUnitSerialNumber == string.Empty &&
datalogDownloadEvent.InstrumentSessions[0].Comments == string.Empty &&
datalogDownloadEvent.InstrumentSessions[0].RecordingInterval == 60 &&
datalogDownloadEvent.InstrumentSessions[0].SerialNumber == action.Instrument.SerialNumber &&
datalogDownloadEvent.InstrumentSessions[0].SessionNumber == 1 &&
datalogDownloadEvent.InstrumentSessions[0].TWATimeBase == 10 &&
datalogDownloadEvent.InstrumentSessions[0].User == string.Empty &&
datalogDownloadEvent.InstrumentSessions[0].Session == sessionTime &&
datalogDownloadEvent.InstrumentSessions[0].CorruptionException.Message == "Corrupt Datalog Exception");
}
private void Init()
{
_returnEvent = new InstrumentDatalogDownloadEvent( this );
}
/// <summary>
/// Determines if some specific action needs to be performed based
/// on the event passed to it. (Some events require a specific
/// followup action to be executed.)
/// </summary>
/// <param name="dsEvent"></param>
/// <returns></returns>
internal DockingStationAction GetFollowupAction(DockingStationEvent dsEvent)
{
// A SettingsUpdate is ALWAYS followed by a SettingsRead.
if (dsEvent is SettingsUpdateEvent)
{
// If the SettingsUpdate was Scheduled, we want to inject a CylinderPressureReset before the SettingsRead.
if (dsEvent.Trigger == TriggerType.Scheduled)
{
Log.Trace("EventProcessor returning CylinderPressureReset as followup to SettingsUpdate");
CylinderPressureResetAction cylPressureResetAction = new CylinderPressureResetAction();
// These values will be propogated to a followup SettingsRead.
cylPressureResetAction.PostUpdate = true;
cylPressureResetAction.SettingsRefId = ((SettingsUpdateEvent)dsEvent).DockingStation.RefId;
return(cylPressureResetAction);
}
Log.Trace("EventProcessor returning SettingsRead as followup to SettingsUpdate");
SettingsReadAction settingsReadAction = new SettingsReadAction();
// Set the refId to indicate that this Read is occurring due to an Update that was just performed.
settingsReadAction.PostUpdate = true;
settingsReadAction.SettingsRefId = ((SettingsUpdateEvent)dsEvent).DockingStation.RefId;
// Explicitly set the ChangedSmartCards to all falses so that no smart cards are read.
settingsReadAction.ChangedSmartCards = new bool[Configuration.DockingStation.NumGasPorts];
return(settingsReadAction);
}
if (dsEvent is CylinderPressureResetEvent)
{
Log.Trace("EventProcessor returning SettingsRead as followup to CylinderPressureReset");
SettingsReadAction settingsReadAction = new SettingsReadAction();
// Copy the PostUpdate and SettingsRefId so it can be determined if the SettingsRead is
// being run due to a SettingsUpdate that would have occurred before the CylinderPressureReset.
settingsReadAction.PostUpdate = ((CylinderPressureResetEvent)dsEvent).PostUpdate;
settingsReadAction.SettingsRefId = ((CylinderPressureResetEvent)dsEvent).SettingsRefId;
// Explicitly set the ChangedSmartCards to null so all positions are read similar to startup.
settingsReadAction.ChangedSmartCards = null;
return(settingsReadAction);
}
// After downloading datalog, we clear it.
if (dsEvent is InstrumentDatalogDownloadEvent)
{
InstrumentDatalogDownloadEvent datalogEvent = (InstrumentDatalogDownloadEvent)dsEvent;
// D2G: Only clear the log if there is something to clear, or corruption was detected.
if (datalogEvent.InstrumentSessions.Count > 0 || datalogEvent.Errors.Count > 0)
{
Log.Trace("EventProcessor returning InstrumentHygieneClearAction as followup to InstrumentHygieneDownloadEvent");
return(new InstrumentDatalogClearAction());
}
else
{
Log.Debug("NO DATALOG TO CLEAR");
return(null);
}
}
// After downloading alarm events, we clear them.
if (dsEvent is InstrumentAlarmEventsDownloadEvent)
{
InstrumentAlarmEventsDownloadEvent alarmsEvent = (InstrumentAlarmEventsDownloadEvent)dsEvent;
// D2G: Only clear the log if there is something to clear, or corruption was detected.
if (alarmsEvent.AlarmEvents.Length > 0 || alarmsEvent.Errors.Count > 0)
{
Log.Trace("EventProcessor returning InstrumentAlarmEventsClearAction as followup to InstrumentAlarmEventsDownloadEvent");
return(new InstrumentAlarmEventsClearAction());
}
else
{
Log.Debug("NO ALARM EVENTS TO CLEAR");
return(null);
}
}
// After downloading alarm events, we clear them.
if (dsEvent is InstrumentManualOperationsDownloadEvent)
{
InstrumentManualOperationsDownloadEvent manualOpsEvent = (InstrumentManualOperationsDownloadEvent)dsEvent;
// D2G: Only clear the log if there is something to clear, or corruption was detected.
if (manualOpsEvent.GasResponses.Count > 0 || manualOpsEvent.Errors.Count > 0)
{
Log.Trace("EventProcessor returning InstrumentManualOperationsDownloadAction as followup to InstrumentManualOperationsDownloadEvent");
return(new InstrumentManualOperationsClearAction());
}
else
{
Log.Debug("NO MANUAL GAS OPERATIONS TO CLEAR");
return(null);
}
}
if (dsEvent is InstrumentFirmwareUpgradeEvent)
{
if (((InstrumentFirmwareUpgradeEvent)dsEvent).UpgradeFailure)
{
Log.Trace("EventProcessor returning NothingAction as followup to InstrumentFirmwareUpgradeEvent due to an upgrade failure");
// Setting this to true will cause the docking station to go
// into its UpgradingInstrumentError state.
Master.Instance.SwitchService.InstrumentUpgradeError = true;
// Return an action just to prevent further processing (there's no use
// next letting the scheduler figure out what needs to be done next since
// we know we're about to into the UpgradingInstrumentError state.)
return(new NothingAction());
}
}
//Suresh 06-FEB-2012 INS-2622
//Check whether instrument is in critical error.
if (dsEvent is InstrumentDiagnosticEvent)
{
InstrumentDiagnosticEvent diagnosticEvent = (InstrumentDiagnosticEvent)dsEvent;
if (diagnosticEvent.InstrumentInCriticalError == true)
{
Log.Trace("EventProcessor returning NothingAction as followup to InstrumentDiagnosticEvent due to instrument having a critical error");
Master.Instance.SwitchService.Instrument.InstrumentInCriticalError = true;
// INS-8446 RHP v7.6 - Set the SwitchService's InstrumentCriticalErrorCode to display the critical error code on LCD
Log.Trace("EventProcessor identfied InstrumentDiagnosticEvent having a critical error code of " + diagnosticEvent.InstrumentCriticalErrorCode);
Master.Instance.SwitchService.Instrument.InstrumentCriticalErrorCode = diagnosticEvent.InstrumentCriticalErrorCode;
return(new NothingAction());
}
}
return(null);
}
