public void ExecuteInteractiveDiagnosticsButNoTestsEnabled()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Controller.Key", diag.Details);
}
// This test is for testing the instrument's battery charging, so dock expects instrument to be present
public void ExecuteInteractiveDiagnosticsForBatteryChargingWhenInstrumentNotDocked()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseBatteryCharging = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Instrument present: FAILED", diag.Details);
}
public void ExecuteInteractiveDiagnosticsForBatteryChargingForNonRechargableBatteries()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.TX1);
action.DiagnoseBatteryCharging = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Controller.Key", diag.Details);
}
public void ExecuteInteractiveDiagnosticsForTestInstrumentCommunicationWithoutInstrument()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseInstrumentCommunication = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Instrument present: FAILED", diag.Details);
}
// For docking stations with no lid switches, there's no need to perform the test.
public void ExecuteInteractiveDiagnosticsForTestiGas()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX6);
action.DiagnoseIGas = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Pressure switch #3 pressure: PASSED", diag.Details);
}
// For docking stations with no lid switches, there's no need to perform the test.
public void ExecuteInteractiveDiagnosticsForTestLidSwitches()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX6);
action.DiagnoseLidSwitches = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Pump adapter present:", diag.Details);
}
// For docking stations with no lid switches, there's no need to perform the test.
public void SkipInteractiveDiagnosticsForTestLidSwitchesForDiffusionOnlyDocks()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.GBPRO);
action.DiagnoseLidSwitches = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Pump adapter present:", diag.Details);
}
public void ExecuteInteractiveDiagnosticsForTestBuzzer()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX6);
action.DiagnoseBuzzer = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Buzzer works correctly: PASSED", diag.Details);
}
public void ExecuteInteractiveDiagnosticsForTestCradleGasFlowForSC()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.SC);
action.DiagnoseCradleGasFlow = true;
InitializeForTest(action);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Cradle flow through hose: PASSED", diag.Details);
Assert.DoesNotContain("Cradle routes flow to lid:", diag.Details);
}
// For new Ventis Cradle docking station, there's no need to perform the test.
public void SkipInteractiveDiagnosticsForTestLidSwitchesForNewVentisCradle()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseLidSwitches = true;
InitializeForTest(action);
Configuration.DockingStation.HasNewVentisCradle = true;
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Pump adapter present:", diag.Details);
}
// This test is for testing the instrument's battery charging, so dock expects instrument to be present
// This calls discoverdocked instrument and thereby throws exception, however is exception is NOT thrown
public void ExecuteInteractiveDiagnosticsForBatteryChargingWhenInstrumentIsDockedAndFetchInstrumentBatteryDetails() // TODO
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseBatteryCharging = true;
InitializeForTest(action);
controllerWrapper.Setup(x => x.IsDocked()).Returns(true);
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Battery installed: PASSED", diag.Details);
}
public void SkipInteractiveDiagnosticsForTestCradleGasFlowForVentisLS()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseCradleGasFlow = true;
InitializeForTest(action);
Configuration.DockingStation.PartNumber = Configuration.VENTISLS_PARTNUMBER;
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Cradle routes flow to lid:", diag.Details);
Assert.DoesNotContain("Cradle routes flow to hose:", diag.Details);
}
// For docking stations with no lid switches, there's no need to perform the test.
public void ExecuteInteractiveDiagnosticsForTestLidSwitchesOnlyForDiffusionLidForVentisLS()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseLidSwitches = true;
InitializeForTest(action);
Configuration.DockingStation.PartNumber = Configuration.VENTISLS_PARTNUMBER;
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.DoesNotContain("Pump adapter present:", diag.Details);
Assert.Contains("Diffusion lid raised: PASSED", diag.Details);
}
public void ExecuteInteractiveDiagnosticsForTestFlowRateForDSX()
{
// arrange
InteractiveDiagnosticAction action = Helper.GetInteractiveDiagnosticAction(DeviceType.MX4);
action.DiagnoseFlowRate = true;
InitializeForTest(action);
controllerWrapper.SetupSequence(x => x.GetKeyPress())
.Returns(new KeyPress(Key.Left, new TimeSpan(0, 0, 5)))
.Returns(new KeyPress(Key.Right, new TimeSpan(0, 0, 5)))
.Returns(new KeyPress(Key.Middle, new TimeSpan(0, 0, 5)));
InteractiveDiagnosticOperation interactiveDiagOperation = new InteractiveDiagnosticOperation(action);
InteractiveDiagnosticEvent diag = (InteractiveDiagnosticEvent)interactiveDiagOperation.Execute();
Assert.Contains("Flow Offset: PASSED", diag.Details);
}
/// <summary>
/// Executes a docking station interactive diagnostic operation.
/// </summary>
/// <returns>Docking station event</returns>
public DockingStationEvent Execute()
{
// Initialize resource manager's culture to be same as current configuration culture.
DiagnosticResources.Culture = Configuration.DockingStation.Language.Culture;
// Make the return event.
InteractiveDiagnosticEvent dsEvent = new InteractiveDiagnosticEvent( this );
// Retrieve the docking station's complete information.
dsEvent.DockingStation = Master.Instance.ControllerWrapper.GetDockingStation();
// Print to log the selections made by the user
Log.Debug( Name + ": DiagnoseKeypad = " + DiagnoseKeypad.ToString() ); // SGF 03-Jun-2011 INS-1730
Log.Debug( Name + ": DiagnoseLcd = " + DiagnoseLcd.ToString() ); // SGF 03-Jun-2011 INS-1730
Log.Debug( Name + ": DiagnoseLeds = " + DiagnoseLeds.ToString() );
Log.Debug( Name + ": DiagnoseBuzzer = " + DiagnoseBuzzer.ToString() );
Log.Debug( Name + ": DiagnoseLidSwitches = " + DiagnoseLidSwitches.ToString() );
Log.Debug( Name + ": DiagnoseIGas = " + DiagnoseIGas.ToString() );
Log.Debug( Name + ": DiagnoseCradleGasFlow = " + DiagnoseCradleGasFlow.ToString() ); // SGF 03-Jun-2011 INS-1730
Log.Debug( Name + ": DiagnoseFlowRate = " + DiagnoseFlowRate.ToString() ); // SGF 03-Jun-2011 INS-1730
Log.Debug( Name + ": DiagnoseInstrumentDetection = " + DiagnoseInstrumentDetection.ToString() );
Log.Debug( Name + ": DiagnoseInstrumentCommunication = " + DiagnoseInstrumentCommunication.ToString() );
Log.Debug( Name + ": DiagnoseBatteryCharging = " + DiagnoseBatteryCharging.ToString() );
_details.AddDockingStation( dsEvent.DockingStation );
// SGF 23-May-2011 INS-1741
ReportDiagnosticDate();
Pump.DoCheckFlow = false;
for ( int valve = 1; valve <= Configuration.DockingStation.NumGasPorts; valve++ )
{
Master.Instance.PumpWrapper.OpenValve( valve, false );
Thread.Sleep( 500 );
Master.Instance.PumpWrapper.CloseValve( valve, false );
}
Master.Instance.PumpWrapper.Stop();
Master.Instance.ControllerWrapper.TurnLEDsOff();
Master.Instance.LCDWrapper.Backlight(true);
Master.Instance.LCDWrapper.Display( "<a> <a>" );
if (Master.Instance.ControllerWrapper.IsDocked() )
{
Log.Debug( "ERROR: Remove the instrument from the cradle." );
// Pause for the tech to remove the instrument.
Thread.Sleep( 5000 );
}
Log.Debug( "Beginning interactive diagnostics." );
// SGF NEW CODE FOR INTERACTIVE DIAGNOSTIC CONTROL
bool continueTesting = true;
// SGF 03-Jun-2011 INS-1730 -- split keypad testing from LCD testing
// Keypad
if ( continueTesting && DiagnoseKeypad )
{
Log.Debug( "Interactive Diagnostics: Testing Keypad" );
continueTesting = TestKeypad();
}
// SGF 03-Jun-2011 INS-1730 -- split keypad testing from LCD testing
// LCD
if ( continueTesting && DiagnoseLcd )
{
Log.Debug( "Interactive Diagnostics: Testing LCD" );
continueTesting = TestLCD();
}
// LEDs
if ( continueTesting && DiagnoseLeds )
{
Log.Debug( "Interactive Diagnostics: Testing LEDs" );
TestLEDs();
}
// Buzzer
if ( continueTesting && DiagnoseBuzzer )
{
Log.Debug( "Interactive Diagnostics: Testing Buzzer" );
TestBuzzer();
}
// Lid Switches
if ( continueTesting && DiagnoseLidSwitches )
{
Log.Debug( "Interactive Diagnostics: Testing Lid Switches" );
TestLidSwitches();
}
// iGas Connections
if ( continueTesting && DiagnoseIGas )
{
Log.Debug( "Interactive Diagnostics: Testing iGas Connections" );
TestiGas();
}
// SGF 03-Jun-2011 INS-1730 -- split cradle solenoid testing from flow rate testing
// Cradle Solenoid
if ( continueTesting && DiagnoseCradleGasFlow )
{
Log.Debug( "Interactive Diagnostics: Testing Cradle Gas Flow" );
TestCradleGasFlow();
}
// SGF 03-Jun-2011 INS-1730 -- split cradle solenoid testing from flow rate testing
// Flow Rate
if ( continueTesting && DiagnoseFlowRate )
{
Log.Debug( "Interactive Diagnostics: Testing Flow Rate" );
TestFlowRate();
}
// Instrument Detection
if ( continueTesting && DiagnoseInstrumentDetection )
{
Log.Debug( "Interactive Diagnostics: Testing Instrument Detection" );
TestInstrumentDetect();
}
// Instrument Communication
if ( continueTesting && DiagnoseInstrumentCommunication )
{
Log.Debug( "Interactive Diagnostics: Testing Instrument Communication" );
continueTesting = TestInstrumentCommunication();
}
// Battery Charging.
if ( continueTesting && DiagnoseBatteryCharging )
{
Log.Debug( "Interactive Diagnostics: Testing Battery Charging" );
TestBatteryCharging();
}
Master.Instance.LCDWrapper.Display( GetMessage( DiagnosticResources.DONE ) );
Pump.DoCheckFlow = true;
Master.Instance.PumpWrapper.Stop();
for ( int valve = 1; valve <= Configuration.DockingStation.NumGasPorts; valve++ )
{
Master.Instance.PumpWrapper.OpenValve( valve, false );
Thread.Sleep( 500 );
Master.Instance.PumpWrapper.CloseValve( valve, false );
}
Log.Debug( "Finished interactive diagnostics." );
// Retrieve the details.
dsEvent.Details = _details.ToString();
// Write the details to a log file.
FlashCard.WriteTextFile( LAST_RUN_DETAILS_FILE_NAME, dsEvent.Details );
return dsEvent; // Return the event.
}
