public MeasurementToolInstance(MeasurementToolDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.ReferencePoint1 == null)
{
throw new ArgumentException(Name + " doesn't have ReferencePoint1 defined.");
}
mReferencePoint1 = testExecution.ReferencePointRegistry.GetObject(theDefinition.ReferencePoint1.Name);
if (theDefinition.ReferencePoint2 == null)
{
throw new ArgumentException(Name + " doesn't have ReferencePoint2 defined.");
}
mReferencePoint2 = testExecution.ReferencePointRegistry.GetObject(theDefinition.ReferencePoint2.Name);
if (theDefinition.PixelsPerUnit == null)
{
throw new ArgumentException(Name + " doesn't have PixelsPerUnit defined.");
}
mPixelsPerUnit = testExecution.DataValueRegistry.GetObject(theDefinition.PixelsPerUnit.Name);
if (theDefinition.Ensure1Before2 != null)
{
mEnsure1Before2 = testExecution.DataValueRegistry.GetObject(theDefinition.Ensure1Before2.Name);
}
mDistance = new GeneratedValueInstance(theDefinition.Distance, testExecution);
if (theDefinition.Distance_pixels != null)
{
mDistance_pixels = new GeneratedValueInstance(theDefinition.Distance_pixels, testExecution);
}
}
public ImageCropInstance(ImageCropDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.LeftEdge == null)
{
throw new ArgumentException(theDefinition.Name + " doesn't have a value assigned to LeftEdge");
}
mLeftEdge = testExecution.DataValueRegistry.GetObject(theDefinition.LeftEdge.Name);
if (theDefinition.Width == null)
{
throw new ArgumentException(theDefinition.Name + " doesn't have a value assigned to Width");
}
mWidth = testExecution.DataValueRegistry.GetObject(theDefinition.Width.Name);
if (theDefinition.TopEdge == null)
{
throw new ArgumentException(theDefinition.Name + " doesn't have a value assigned to TopEdge");
}
mTopEdge = testExecution.DataValueRegistry.GetObject(theDefinition.TopEdge.Name);
if (theDefinition.Height == null)
{
throw new ArgumentException(theDefinition.Name + " doesn't have a value assigned to Height");
}
mHeight = testExecution.DataValueRegistry.GetObject(theDefinition.Height.Name);
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(theDefinition.Name + " doesn't have a value assigned to SourceImage");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
mCroppedImage = new GeneratedImageInstance(theDefinition.ResultantImage, testExecution);
}
public ImageTestInstance(ImageTestDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
//
// TODO: Add constructor logic here
//
}
public FindBrightestSpotInstance(FindBrightestSpotDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(Name + " doesn't have SourceImage defined.");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
if (theDefinition.ROI == null)
{
throw new ArgumentException(Name + " doesn't have ROI defined.");
}
mROI = testExecution.ROIRegistry.GetObject(theDefinition.ROI.Name);
if (theDefinition.BrightnessThreshold == null)
{
throw new ArgumentException(Name + " doesn't have BrightnessThreshold defined.");
}
mBrightnessThreshold = testExecution.DataValueRegistry.GetObject(theDefinition.BrightnessThreshold.Name);
mBrightSpot_X = new GeneratedValueInstance(theDefinition.BrightSpot_X, testExecution);
mBrightSpot_Y = new GeneratedValueInstance(theDefinition.BrightSpot_Y, testExecution);
mAutoSave = theDefinition.AutoSave;
}
public void CloseFileFromWriting(TestExecution testExecution)
{
// WARNING: testExecution may be null
if (writer != null)
{
try
{
writer.Close();
}
catch (Exception e)
{
string msg = "Unable to close data log file " + mFile + ". Error='" + e.Message + "'";
if (testExecution != null)
{
testExecution.LogErrorWithTimeFromTrigger(msg);
}
TestSequence().LogError(msg);
return;
}
try
{
writer.Dispose(); // can this throw exceptions? if so, it isn't fatal to the test execution, so we catch it here
}
catch (Exception e)
{
string msg = "Unable to dispose data log file " + mFile + ". Error='" + e.Message + "'";
if (testExecution != null)
{
testExecution.LogErrorWithTimeFromTrigger(msg);
}
TestSequence().LogError(msg);
}
writer = null;
}
}
public CircleDecorationInstance(CircleDecorationDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.CenterX() == null)
{
throw new ArgumentException("CircleDecoration " + Name + " doesn't have anything assigned to CenterX");
}
mCenterX = testExecution.DataValueRegistry.GetObject(theDefinition.CenterX().Name);
if (theDefinition.CenterY() == null)
{
throw new ArgumentException("CircleDecoration " + Name + " doesn't have anything assigned to CenterY");
}
mCenterY = testExecution.DataValueRegistry.GetObject(theDefinition.CenterY().Name);
if (theDefinition.Radius() == null)
{
throw new ArgumentException("CircleDecoration " + Name + " doesn't have anything assigned to Radius");
}
mRadius = testExecution.DataValueRegistry.GetObject(theDefinition.Radius().Name);
mColor = theDefinition.Color;
testExecution.CircleDecorationRegistry.RegisterObject(this);
}
public ColorMatchCountInstance(ColorMatchCountDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(Name + " doesn't have SourceImage defined.");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
if (theDefinition.ColorMatchDefinition == null)
{
throw new ArgumentException(Name + " doesn't have ColorMatchDefinition defined.");
}
mColorMatcher = testExecution.GetColorMatcher(theDefinition.ColorMatchDefinition.Name);
if (theDefinition.ROI == null)
{
throw new ArgumentException(Name + " doesn't have ROI defined.");
}
mROI = testExecution.ROIRegistry.GetObject(theDefinition.ROI.Name);
mResult = new GeneratedValueInstance(theDefinition.Result, testExecution);
mCreateMarkedImage = theDefinition.CreateMarkedImage;
mMarkColor = theDefinition.MarkColor;
if (theDefinition.ImageToMark != null)
{
mImageToMark = testExecution.ImageRegistry.GetObject(theDefinition.ImageToMark.Name);
}
}
public override void CreateInstance(TestExecution theExecution)
{
if (mCommonValueDefinition.ReadStyle == CommonValueDefinition.DataReadStyle.AtTrigger)
{
new AtTriggerValueGetterToolInstance(this, theExecution);
}
}
public CommonValueInstance(CommonValueDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.GlobalValue == null)
{
throw new ArgumentException(Name + " doesn't have GlobalValue defined.");
}
switch (theDefinition.ReadStyle)
{
case CommonValueDefinition.DataReadStyle.AtTrigger:
if (theDefinition.mHelperTool == null)
{
throw new ArgumentException("askjdkljsdhf");
}
theDefinition.mHelperTool.CurrentInstance.ValueGetter = new AtTriggerValueGetter(theDefinition.GlobalValue);
mValueGetter = theDefinition.mHelperTool.CurrentInstance.ValueGetter;
break;
case CommonValueDefinition.DataReadStyle.Live:
mValueGetter = new LiveValueGetter(theDefinition.GlobalValue);
break;
default:
throw new ArgumentException("CommonValue '" + Name + "' has an unsupported ReadStyle. ReadStyle=" + theDefinition.ReadStyle);
break;
}
}
public PointDecorationInstance(PointDecorationDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
mX = testExecution.DataValueRegistry.GetObject(theDefinition.GetX().Name);
mY = testExecution.DataValueRegistry.GetObject(theDefinition.GetY().Name);
mColor = theDefinition.Color();
}
public LineDecorationInstance(LineDecorationDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
mColor = theDefinition.Color;
testExecution.LineDecorationRegistry.RegisterObject(this);
testExecution.ReferencePointRegistry.RegisterObject(this);
}
public OrColorMatchInstance(OrColorMatchDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
foreach (ColorMatchDefinition def in theDefinition.SubMatchers)
{
mReferencedColorMatchers.Add(testExecution.GetColorMatcher(def.Name));
}
}
void mParentForm_TestSelectionChange(TestExecution testExecution)
{
if (propertyGrid.SelectedObject == null)
{
return;
}
((FavoriteValues)propertyGrid.SelectedObject).UpdateTestExecution(testExecution);
RefreshValues(); //needed?
}
public WriteValueToTNDInstance(WriteValueToTNDDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.ValueToWrite == null)
{
throw new ArgumentException("'" + theDefinition.Name + "' doesn't have a value assigned to ValueToWrite");
}
mValueToWrite = TestExecution().DataValueRegistry.GetObject(theDefinition.ValueToWrite.Name);
}
public void CleanupActiveTestExecution()
{
mTestExecutionTimeoutTimer.Enabled = false;
if (mActiveExecution != null)
{
mActiveExecution.PerformPostExecutionCleanup();
mActiveExecution = null;
}
}
public CalculationToolInstance(CalculationToolDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.RootOperation == null)
{
throw new ArgumentException(theDefinition.Name + " does not seem to have a calculation defined.");
}
mRootOperation = testExecution.GetMathOperation(theDefinition.RootOperation.Name);
mCalculationDef = theDefinition.Calculation;
}
public ToolInstance(ToolDefinition theDefinition, TestExecution theExecution)
: base(theDefinition, theExecution)
{
if (theDefinition.Prerequisite != null)
{
mPrerequisite = theExecution.DataValueRegistry.GetObject(theDefinition.Prerequisite.Name);
}
theExecution.RegisterWorker(this);
}
public ReadValueFromTNDInstance(ReadValueFromTNDDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
mDataValueInstance = new GeneratedValueInstance(theDefinition.DataValue, testExecution);
if (mDataValueInstance.Type == DataType.NotDefined)
{
// we shouldn't get here since this should be trapped in the GeneratedValueInstance ctor
throw new ArgumentException("Data Type for '" + mDataValueInstance.Name + "' is not defined. Can't copy value from TND.");
}
}
public AddNumbersInstance(AddNumbersDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
//
// TODO: Add constructor logic here
//
mValue1 = testExecution.DataValueRegistry.GetObject(theDefinition.Value1.Name);
mValue2 = testExecution.DataValueRegistry.GetObject(theDefinition.Value2.Name);
mResult = new GeneratedValueInstance(theDefinition.Result, testExecution);
}
public CopyValueInstance(CopyValueDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceValue == null)
{
throw new ArgumentException(Name + " doesn't have SourceValue defined.");
}
mSourceValue = testExecution.DataValueRegistry.GetObject(theDefinition.SourceValue.Name);
mDestinationValue = new GeneratedValueInstance(theDefinition.DestinationValue, testExecution);
}
public FindTransitionInstance(FindTransitionDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(Name + " doesn't have SourceImage defined.");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
if (theDefinition.SearchArea == null)
{
throw new ArgumentException(Name + " doesn't have SearchArea defined.");
}
ROIInstance theROI = testExecution.ROIRegistry.GetObject(theDefinition.SearchArea.Name);
if (!(theROI is IRectangleROIInstance))
{
throw new ArgumentException(Name + " requires a rectangle ROI for its SearchArea. " + theROI.Name + " isn't a rectangle.");
}
mSearchArea = (IRectangleROIInstance)theROI;
if (theDefinition.SearchDirection == Direction.NotDefined)
{
throw new ArgumentException(Name + " doesn't have SearchDirection defined.");
}
mSearchDirection = theDefinition.SearchDirection;
//if (theDefinition.TransitionDetectionMode == FindTransitionDefinition.TransitionDetectionModes.NotDefined) throw new ArgumentException(Name + " doesn't have TransitionDetectionMode defined.");
//mTransitionDetectionMode = theDefinition.TransitionDetectionMode;
mTransitionTypeSelectionFilter = theDefinition.TransitionTypeSelectionFilter;
if (theDefinition.TransitionThreshold_Min == null)
{
throw new ArgumentException(Name + " doesn't have SurfaceNoiseThreshold_Min defined.");
}
mSurfaceNoiseThreshold_Min = testExecution.DataValueRegistry.GetObject(theDefinition.TransitionThreshold_Min.Name);
//if (theDefinition.SurfaceNoiseThreshold_PercentOfSharpestTransition == null) throw new ArgumentException(Name + " doesn't have SurfaceNoiseThreshold_PercentOfSharpestTransition defined.");
//mSurfaceNoiseThreshold_PercentOfSharpestTransition = testExecution.DataValueRegistry.GetObject(theDefinition.SurfaceNoiseThreshold_PercentOfSharpestTransition.Name);
mTransitionMarker = new ValueBasedLineDecorationInstance(theDefinition.TransitionMarker, testExecution);
mTransitionLocation = new GeneratedValueInstance(theDefinition.TransitionLocation, testExecution);
if (theDefinition.TransitionScore != null)
{
mTransitionScore = new GeneratedValueInstance(theDefinition.TransitionScore, testExecution);
}
mAutoSave = theDefinition.AutoSave;
mVerboseOutput = theDefinition.VerboseOutput;
}
public FindColorOnLineInstance(FindColorOnLineDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.ColorMatchDefinition == null)
{
throw new ArgumentException(Name + " doesn't have ColorMatchDefinition defined.");
}
mColorMatcher = testExecution.GetColorMatcher(theDefinition.ColorMatchDefinition.Name);
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(Name + " doesn't have SourceImage defined.");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
if (theDefinition.StartX == null)
{
throw new ArgumentException(Name + " doesn't have StartX defined.");
}
mStartX = testExecution.DataValueRegistry.GetObject(theDefinition.StartX.Name);
if (theDefinition.StartY == null)
{
throw new ArgumentException(Name + " doesn't have StartY defined.");
}
mStartY = testExecution.DataValueRegistry.GetObject(theDefinition.StartY.Name);
if (theDefinition.SlopeRise == null)
{
throw new ArgumentException(Name + " doesn't have SlopeRise defined.");
}
mSlopeRise = testExecution.DataValueRegistry.GetObject(theDefinition.SlopeRise.Name);
if (theDefinition.SlopeRun == null)
{
throw new ArgumentException(Name + " doesn't have SlopeRun defined.");
}
mSlopeRun = testExecution.DataValueRegistry.GetObject(theDefinition.SlopeRun.Name);
if (theDefinition.RequiredConsecutivePixels == null)
{
throw new ArgumentException(Name + " doesn't have RequiredConsecutivePixels defined.");
}
mRequiredConsecutivePixels = testExecution.DataValueRegistry.GetObject(theDefinition.RequiredConsecutivePixels.Name);
mResultX = new GeneratedValueInstance(theDefinition.ResultX, testExecution);
mResultY = new GeneratedValueInstance(theDefinition.ResultY, testExecution);
mSearchEndX = new GeneratedValueInstance(theDefinition.SearchEndX, testExecution);
mSearchEndY = new GeneratedValueInstance(theDefinition.SearchEndY, testExecution);
mSearchPath = new ObjectBasedLineDecorationInstance(theDefinition.SearchPath, testExecution);
}
public ImageDuplicatorInstance(ImageDuplicatorDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceImage == null)
{
throw new ArgumentException("'" + theDefinition.Name + "' doesn't have a value assigned to SourceImage");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
mEnabled = theDefinition.Enabled;
mDuplicateImage = new GeneratedImageInstance(theDefinition.ResultantImage, testExecution);
}
public ButtonTriggerInstance(ButtonTriggerDefinition theDefinition, TestExecution testExecution) : base(theDefinition, testExecution)
{
mButtonTriggerDef = theDefinition;
// iterate through test collections, get button, register as listener
foreach (TestExecutionCollection collection in theDefinition.TestSequence().mTestCollections)
{
OperationForm opForm = collection.OperationForm;
if (opForm != null)
{
RegisterAsListenerOnControl(opForm);
}
}
}
public FindEdgeOriginalInstance(FindEdgeOriginalDefinition theDefinition, TestExecution testExecution)
: base(theDefinition, testExecution)
{
if (theDefinition.SourceImage == null)
{
throw new ArgumentException(Name + " doesn't have SourceImage defined.");
}
mSourceImage = testExecution.ImageRegistry.GetObject(theDefinition.SourceImage.Name);
if (theDefinition.SearchArea == null)
{
throw new ArgumentException(Name + " doesn't have SearchArea defined.");
}
ROIInstance theROI = testExecution.ROIRegistry.GetObject(theDefinition.SearchArea.Name);
if (!(theROI is IRectangleROIInstance))
{
throw new ArgumentException(Name + " requires a rectangle ROI for its SearchArea. " + theROI.Name + " isn't a rectangle.");
}
mSearchArea = (IRectangleROIInstance)theROI;
if (theDefinition.SearchDirection == Direction.NotDefined)
{
throw new ArgumentException(Name + " doesn't have SearchDirection defined.");
}
mSearchDirection = theDefinition.SearchDirection;
if (theDefinition.EdgeDetectionMode == FindEdgeOriginalDefinition.EdgeDetectionModes.NotDefined)
{
throw new ArgumentException(Name + " doesn't have EdgeDetectionMode defined.");
}
mEdgeDetectionMode = theDefinition.EdgeDetectionMode;
if (theDefinition.SurfaceNoiseThreshold == null)
{
throw new ArgumentException(Name + " doesn't have SurfaceNoiseThreshold defined.");
}
mSurfaceNoiseThreshold = testExecution.DataValueRegistry.GetObject(theDefinition.SurfaceNoiseThreshold.Name);
if (theDefinition.MinSurfaceSize == null)
{
throw new ArgumentException(Name + " doesn't have MinSurfaceSize defined.");
}
mMinSurfaceSize = testExecution.DataValueRegistry.GetObject(theDefinition.MinSurfaceSize.Name);
mEdgeMarker = new ValueBasedLineDecorationInstance(theDefinition.EdgeMarker, testExecution);
mEdgeLocation = new GeneratedValueInstance(theDefinition.EdgeLocation, testExecution);
mAutoSave = theDefinition.AutoSave;
}
public ROIWithHoleInstance(ROIWithHoleDefinition theDefinition, TestExecution theExecution)
: base(theDefinition, theExecution)
{
if (theDefinition.MainROI == null)
{
throw new ArgumentException("ROI '" + theDefinition.Name + "' doesn't have a value assigned to MainROI");
}
if (theDefinition.HoleROI == null)
{
throw new ArgumentException("ROI '" + theDefinition.Name + "' doesn't have a value assigned to HoleROI");
}
mMainROI = theExecution.ROIRegistry.GetObject(theDefinition.MainROI.Name);
mHoleROI = theExecution.ROIRegistry.GetObject(theDefinition.HoleROI.Name);
}
public ROIInstance(ROIDefinition theDefinition, TestExecution theExecution)
: base(theDefinition, theExecution)
{
if (theDefinition.ReferencePoint_X != null)
{
mReferencePoint_X = theExecution.ReferencePointRegistry.GetObject(theDefinition.ReferencePoint_X.Name);
}
if (theDefinition.ReferencePoint_Y != null)
{
mReferencePoint_Y = theExecution.ReferencePointRegistry.GetObject(theDefinition.ReferencePoint_Y.Name);
}
theExecution.ROIRegistry.RegisterObject(this);
}
public JoinedROIInstance(JoinedROIDefinition theDefinition, TestExecution theExecution)
: base(theDefinition, theExecution)
{
if (theDefinition.FirstROI == null)
{
throw new ArgumentException("ROI '" + theDefinition.Name + "' doesn't have a value assigned to FirstROI");
}
if (theDefinition.SecondROI == null)
{
throw new ArgumentException("ROI '" + theDefinition.Name + "' doesn't have a value assigned to SecondROI");
}
mFirstROI = theExecution.ROIRegistry.GetObject(theDefinition.FirstROI.Name);
mSecondROI = theExecution.ROIRegistry.GetObject(theDefinition.SecondROI.Name);
}
public void OpenFileForWriting(TestExecution testExecution)
{
// WARNING: testExecution may be null
try
{
if (writer != null)
{
CloseFileFromWriting(testExecution);
}
}
catch (Exception e)
{
string msg = "Unable to successfully close the data log file before re-opening. Error='" + e.Message + "'";
if (testExecution != null)
{
testExecution.LogErrorWithTimeFromTrigger(msg);
}
TestSequence().LogError(msg);
}
string filePath = FileHelper.ExpandPath(this, mFile);
string fileName = Path.GetFileName(filePath);
filePath = Path.GetDirectoryName(filePath);
if (!Directory.Exists(filePath))
{
try
{
Directory.CreateDirectory(filePath);
}
catch (Exception e)
{
throw new ArgumentException("Unable to open data log file '" + filePath + "'. Reason=Unable to create path. Low-level message=" + e.Message);
}
}
try
{
writer = new StreamWriter(filePath + "\\" + fileName, true); // true=append
}
catch (Exception e)
{
string msg = "Unable to open the data log file " + mFile + ". Error='" + e.Message + "'";
if (testExecution != null)
{
testExecution.LogErrorWithTimeFromTrigger(msg);
}
TestSequence().LogError(msg);
}
}
public void AddLine(TestExecution testExecution)
{
DateTime now = DateTime.Now;
String seperator = ", ";
String theEntry = now.ToShortDateString() + seperator + now.ToLongTimeString();
try
{
foreach (DataValueDefinition value in mValuesToLog)
{
theEntry += seperator + testExecution.DataValueRegistry.GetObject(value.Name).Value;
}
}
catch (Exception e)
{
string msg = "Unable to build data log entry for " + mFile + ". Error='" + e.Message + "'";
testExecution.LogErrorWithTimeFromTrigger(msg);
TestSequence().LogError(msg);
}
testExecution.LogMessageWithTimeFromTrigger(Name + " is logging '" + theEntry + "'");
if (writer == null)
{
OpenFileForWriting(testExecution);
}
if (writer != null)
{
try
{
writer.WriteLine(theEntry);
}
catch (Exception e)
{
string msg = "Unable to write entry to data log file " + mFile + ". Error='" + e.Message + "'";
testExecution.LogErrorWithTimeFromTrigger(msg);
TestSequence().LogError(msg);
}
if (mFlushAfterEachLine)
{
writer.Flush();
}
if (mCloseAfterEachLine)
{
CloseFileFromWriting(testExecution);
}
}
}