public SuggesterConfig Clone()
{
SuggesterConfig temp = new SuggesterConfig();
temp.UseIsoRankSimSuggester = this.UseIsoRankSimSuggester;
temp.UseValueSimSuggester = this.UseValueSimSuggester;
temp.UseTypeSimSuggester = this.UseTypeSimSuggester;
temp.UseStructSimSuggester = this.UseStructSimSuggester;
temp.UseNameSimSuggester = this.UseNameSimSuggester;
temp.UseNeighborSimSuggester = this.UseNeighborSimSuggester;
temp.UseLevDistNameSimSuggester = this.UseLevDistNameSimSuggester;
return temp;
}
private void VisElementCanvas_Drop(object sender, System.Windows.DragEventArgs e)
{
if (!string.IsNullOrEmpty(modelFile) && sourceASTL != null) //sourceASTL was tvvm (before 15/08/2012)
{
System.Windows.Point pos = e.GetPosition(VisElementCanvas);
/*if (e.Data.GetDataPresent("ToolboxItem"))
{
//clear canvas children
VisElementCanvas.Children.Clear();
//get toolbox item
ToolboxItem t = e.Data.GetData("ToolboxItem") as ToolboxItem;
visEl = new VisualElement();
visEl = (t.visualElement.Clone()) as VisualElement;//must be call by value
visEl.Position = pos;
Canvas.SetLeft(visEl, Math.Max(0, pos.X - 100 / 2));
Canvas.SetTop(visEl, Math.Max(0, pos.Y - 100 / 2));
visEl.Content = t.visualElement.Content;
VisElementCanvas.Children.Add(visEl);
//suggestions
visEl.abstractTree.prepare();
this.sourceASTL.prepare();
SuggesterConfig config = new SuggesterConfig();
config.UseNameSimSuggester = true;
config.UseTypeSimSuggester = true;
config.UseIsoRankSimSuggester = false;
config.UseValueSimSuggester = true;
config.UseStructSimSuggester = false;
this.visualiserSuggester = new Suggester(sourceASTL, visEl.abstractTree, config);
this.updateSuggestions(this.visualiserSuggester.getSuggestionsAsStrings(this.visualiserSuggester.imFeelingLucky()));
}
else*/
if (e.Data.GetDataPresent("VisualElement"))
{
//clear canvas children
VisElementCanvas.Children.Clear();
VisualElement temp = new VisualElement();
temp = (e.Data.GetData("VisualElement") as VisualElement).Clone() as VisualElement;
visEl = xrenderer.render(temp.ItemXML) as VisualElement; //render visual elements, no need for return valu, the notation contents will be added to same visual element 6/11/2012
visEl.templateVM.TemplateXmlNode = temp.templateVM.TemplateXmlNode.Clone() as XmlNode;
// visEl.templateVMR.TemplateXmlNode = temp.templateVMR.TemplateXmlNode.Clone() as XmlNode;
visEl.templateVM.TemplateName = temp.templateVM.TemplateName;
visEl.templateVMR.TemplateName = temp.templateVMR.TemplateName;
visEl.Data = temp.Data.Clone() as XmlNode;
//visEl.ReverseData = temp.ReverseData.Clone() as XmlNode;
visEl.Position = pos;
//prepare view box for large items
Viewbox vb = new Viewbox();
vb.MaxHeight = 180;
vb.MaxWidth = 180;
vb.StretchDirection = StretchDirection.DownOnly;
vb.Stretch = System.Windows.Media.Stretch.Fill;
vb.Child = visEl;
Canvas.SetLeft(vb, Math.Max(0, pos.X - 100 / 2));
Canvas.SetTop(vb, Math.Max(0, pos.Y - 100 / 2));
if (visEl != null)
{
VisElementCanvas.Children.Add(vb);
//suggestions
visEl.abstractTree.prepare();
this.sourceASTL.prepare();
SuggesterConfig config = new SuggesterConfig();
config.UseNameSimSuggester = true;
config.UseTypeSimSuggester = true;
config.UseIsoRankSimSuggester = false;
config.UseValueSimSuggester = true;
config.UseStructSimSuggester = false;
this.visualiserSuggester = new Suggester(sourceASTL, visEl.abstractTree, config);
this.updateSuggestions(this.visualiserSuggester.getSuggestionsAsStrings(this.visualiserSuggester.imFeelingLucky()));
//log event
logger.log("Visual Element \"" + visEl.VEName + "\" droppped on Visualisation canvas.");
}
else
{
reportMessage("Unable to render visual", ReportIcon.Error);
}
}
else if (e.Data.GetDataPresent("VisualFunction"))
{
VisualFunction vf = e.Data.GetData("VisualFunction") as VisualFunction;
if (VisElementCanvas.Children.Count > 0)//if there exists visual element, match functions header node with the element header node
{
foreach (UIElement u in VisElementCanvas.Children)//assign same header node to the function as well
if (u is Viewbox)
{
if (((u as Viewbox).Child as VisualElement).templateVM.HeaderNode != null)//header node has been set
{
//set visualfunction's target metamodel as this visual element
vf.targetASTL = new AbstractLattice(((u as Viewbox).Child as VisualElement).abstractTree.Root.duplicate());
//set visualfunction's source abstraction from source model
vf.sourceASTL = new AbstractLattice(this.sourceASTL.getAbstractNodeAtAddress(((u as Viewbox).Child as VisualElement).templateVM.TemplateAddress).duplicate());
vf.sourceRootNode = ((u as Viewbox).Child as VisualElement).templateVM.HeaderNode;
Canvas.SetLeft(vf, Math.Max(0, pos.X - 100 / 2));
Canvas.SetTop(vf, Math.Max(0, pos.Y - 100 / 2));
VisElementCanvas.Children.Add(vf);
//log event
logger.log("Visual Finction droppped on Visualisation canvas.", ReportIcon.Info);
break;
}
else
{
reportMessage("Set header node for visual Element first", ReportIcon.Error);
}
}
}
else
reportMessage("No visual element has been set yet", ReportIcon.Error);
}
else if (e.Data.GetDataPresent("VisualCondition"))
{
VisualCondition vc = e.Data.GetData("VisualCondition") as VisualCondition;
if (VisElementCanvas.Children.Count > 0)//if there exists visual element, match functions header node with the element header node
{
foreach (UIElement u in VisElementCanvas.Children)//assign same header node to the condition as well
if (u is Viewbox)
{
if (((u as Viewbox).Child as VisualElement).templateVM.HeaderNode != null)//header node has been set
{
//set visualfunction's target metamodel as this visual element
vc.targetASTL = new AbstractLattice(((u as Viewbox).Child as VisualElement).abstractTree.Root.duplicate());
//set visualfunction's source abstraction from source model
vc.sourceASTL = new AbstractLattice(this.sourceASTL.getAbstractNodeAtAddress(((u as Viewbox).Child as VisualElement).templateVM.TemplateAddress).duplicate());
vc.sourceRootNode = ((u as Viewbox).Child as VisualElement).templateVM.HeaderNode;
Canvas.SetLeft(vc, Math.Max(0, pos.X - 100 / 2));
Canvas.SetTop(vc, Math.Max(0, pos.Y - 100 / 2));
VisElementCanvas.Children.Add(vc);
//log event
logger.log("Visual Condition droppped on Visualisation canvas.", ReportIcon.Info);
break;
}
else
{
reportMessage("Set header node for visual Element first", ReportIcon.Error);
}
}
}
else
reportMessage("No visual element has been set yet", ReportIcon.Error);
}
}
else
reportMessage("Please open input model first!", ReportIcon.Error);
}
/// <summary>
/// prepare suggestion for suggesting based on whole input models
/// A pretty CPU intensive task!
/// </summary>
private void prepareSuggestions()
{
if (sourceASTL != null && targetASTL != null)
{
SuggesterConfig config = new SuggesterConfig();
config.UseIsoRankSimSuggester = true;
config.UseNameSimSuggester = true;
config.UseStructSimSuggester = true;
config.UseValueSimSuggester = true;
config.UseTypeSimSuggester = true;
this.sourceASTL.prepare();
this.targetASTL.prepare();
mapperSuggester = new Suggester(sourceASTL, targetASTL, config);
//this.updateSuggestions(this.mapperSuggester.getOrderedSuggestionsAsStrings(this.mapperSuggester.getSuggestions()));
//this.updateSuggestions(this.mapperSuggester.getSuggestionsAsStrings(this.mapperSuggester.getRankedSuggestions(1)));
this.updateSuggestions(this.mapperSuggester.getSuggestionsAsStrings(this.mapperSuggester.imFeelingLucky()), true);
ReportStatusBar.ShowStatus("Suggestions updated.", ReportIcon.Info);
}
}
public void evaluateCombination()
{
List<SuggesterConfig> MaxPrecisionConfigurations = new List<SuggesterConfig>();
List<SuggesterConfig> MaxRecallConfigurations = new List<SuggesterConfig>();
List<SuggesterConfig> MaxFMeasureConfigurations = new List<SuggesterConfig>();
double maxPrecision = 0;
double maxRecall = 0;
double maxFMeasure = 0;
if (sourceASTL != null && targetASTL != null)
{
this.sourceASTL.prepare();
this.targetASTL.prepare();
SuggesterConfig config = new SuggesterConfig();
//use different combintions
for (int i = 0; i < 2; i++)
{
config.UseIsoRankSimSuggester = !config.UseIsoRankSimSuggester;
for (int j = 0; j < 2; j++)
{
config.UseNameSimSuggester = !config.UseNameSimSuggester;
for (int k = 0; k < 2; k++)
{
config.UseStructSimSuggester = !config.UseStructSimSuggester;
for (int l = 0; l < 2; l++)
{
config.UseTypeSimSuggester = !config.UseTypeSimSuggester;
for (int m = 0; m < 2; m++)
{
config.UseValueSimSuggester = !config.UseValueSimSuggester;
for (int p = 0; p < 2; p++)
{
config.UseNeighborSimSuggester = !config.UseNeighborSimSuggester;
//create suggester and test it
mapperSuggester = new Suggester(sourceASTL, targetASTL, config);
mapperSuggester.imFeelingLucky();
//apperSuggester.getRankedSuggestions(2);
SuggesterEvaluator eval = new SuggesterEvaluator(mapperSuggester);
//get max precision
if (eval.Precision > maxPrecision)
{
MaxPrecisionConfigurations.Clear();
MaxPrecisionConfigurations.Add(config.Clone());
maxPrecision = eval.Precision;
}
else if (eval.Precision == maxPrecision)
MaxPrecisionConfigurations.Add(config.Clone());
//get best recalls
if (eval.Recall > maxRecall)
{
MaxRecallConfigurations.Clear();
MaxRecallConfigurations.Add(config.Clone());
maxRecall = eval.Recall;
}
else if (eval.Recall == maxRecall)
MaxRecallConfigurations.Add(config.Clone());
//get best FMeasures
if (eval.FMeasure > maxFMeasure)
{
MaxFMeasureConfigurations.Clear();
MaxFMeasureConfigurations.Add(config.Clone());
maxFMeasure = eval.FMeasure;
}
else if (eval.FMeasure == maxFMeasure)
MaxFMeasureConfigurations.Add(config.Clone());
//SuggesterEvaluator eval = new SuggesterEvaluator(mapperSuggester);//evaluation is included in imFeelingLucky
}
}
}
}
}
}
StreamWriter writer = new StreamWriter("Eval.csv");
//write best precisions
writer.WriteLine("Max precision of: " + maxPrecision + " Achieved by:");
writer.WriteLine("");
string header = "ISO, Name, Struct, Type, Value, Neighbors, Precision, Recall, FMeasure";
writer.WriteLine(header);
writer.WriteLine("");
foreach (SuggesterConfig sc in MaxPrecisionConfigurations)
{
string rl = (sc.UseIsoRankSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNameSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseStructSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseTypeSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseValueSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNeighborSimSuggester ? "1" : "0");
writer.WriteLine(rl);
}
writer.WriteLine("");
writer.WriteLine("");
//write best recalls
writer.WriteLine("Max Recall of: " + maxRecall + " Achieved by:");
writer.WriteLine("");
writer.WriteLine(header);
writer.WriteLine("");
foreach (SuggesterConfig sc in MaxRecallConfigurations)
{
string rl = (sc.UseIsoRankSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNameSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseStructSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseTypeSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseValueSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNeighborSimSuggester ? "1" : "0");
writer.WriteLine(rl);
}
writer.WriteLine("");
writer.WriteLine("");
//write best FMeasures
writer.WriteLine("Max FMeasure of: " + maxFMeasure + " Achieved by:");
writer.WriteLine("");
writer.WriteLine(header);
writer.WriteLine("");
foreach (SuggesterConfig sc in MaxFMeasureConfigurations)
{
string rl = (sc.UseIsoRankSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNameSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseStructSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseTypeSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseValueSimSuggester ? "1" : "0") + ", ";
rl += (sc.UseNeighborSimSuggester ? "1" : "0");
writer.WriteLine(rl);
}
writer.Flush();
writer.Close();
ReportStatusBar.ShowStatus("Suggestor valuation complete!", ReportIcon.Info);
}
}
private void Test_Click(object sender, RoutedEventArgs e)
{
//AbstractLattice sabs = new AbstractLattice(@"C:\Users\iavazpour\Desktop\CitationsEndNote.xml");
//AbstractLattice tabs = new AbstractLattice(@"C:\Users\iavazpour\Desktop\FromJobRefDocBook.xml");
AbstractLattice tabs = new AbstractLattice("real_estate_nky.xml");
//AbstractLattice sabs = new AbstractLattice("real_estate_texas.xml");
//AbstractLattice tabs = new AbstractLattice("real_estate_yahoo.xml");
//AbstractLattice tabs = new AbstractLattice("real_estate_homeseeker.xml");
AbstractLattice sabs = new AbstractLattice("real_estate_windermere.xml");
Suggester testSugg;
SuggesterConfig scP = new SuggesterConfig();
SuggesterConfig scR = new SuggesterConfig();
double prec = 0;
double reca = 1;
SuggesterConfig sct = new SuggesterConfig();
sct.UseIsoRankSimSuggester = true;
sct.UseNameSimSuggester = true;
sct.UseNeighborSimSuggester = true;
sct.UseStructSimSuggester = true;
sct.UseTypeSimSuggester = true;
sct.UseValueSimSuggester = true;
testSugg = new Suggester(sabs, tabs, sct);
testSugg.imFeelingLucky();
String test1 = "Evaluation Results for test1 " + testSugg.evaluator.printAnalysisResults();
//MessageBox.Show(test1);
SuggesterConfig sc = new SuggesterConfig();
sc.UseIsoRankSimSuggester = false;
sc.UseNameSimSuggester = false;
sc.UseNeighborSimSuggester = false;
sc.UseStructSimSuggester = false;
sc.UseTypeSimSuggester = false;
sc.UseValueSimSuggester = false;
for (int i = 1; i < 2; i++)
{
sc.UseIsoRankSimSuggester = !sc.UseIsoRankSimSuggester;
for (int j = 1; j < 2; j++)
{
sc.UseNameSimSuggester = !sc.UseNameSimSuggester;
for (int t = 0; t < 2; t++)
{
sc.UseNeighborSimSuggester = !sc.UseNeighborSimSuggester;
for (int a = 0; a < 2; a++)
{
sc.UseStructSimSuggester = !sc.UseStructSimSuggester;
for (int b = 0; b < 2; b++)
{
sc.UseTypeSimSuggester = !sc.UseTypeSimSuggester;
for (int d = 0; d < 2; d++)
{
sc.UseValueSimSuggester = !sc.UseValueSimSuggester;
testSugg = new Suggester(sabs, tabs, sc);
testSugg.imFeelingLucky();
if (testSugg.evaluator.Precision > prec)
{
scP = sc;
prec = testSugg.evaluator.Precision;
}
if (testSugg.evaluator.Recall < reca)
{
scR = sc;
reca = testSugg.evaluator.Recall;
}
}
}
}
}
}
}
testSugg = new Suggester(sabs, tabs, scP);
testSugg.imFeelingLucky();
//MessageBox.Show(scP.ToString() + testSugg.evaluator.printAnalysisResults(), "Evaluation Results for precision");
string test2 = "Evaluation Results for precision" + testSugg.evaluator.printAnalysisResults();
testSugg = new Suggester(sabs, tabs, scR);
testSugg.imFeelingLucky();
//MessageBox.Show(scR.ToString() + testSugg.evaluator.printAnalysisResults(), "Evaluation Results for recall");
string test3 = "Evaluation Results for recall" + testSugg.evaluator.printAnalysisResults();
MessageBox.Show(test1 + test2 + test3);
//AbstractLattice sabsR = new AbstractLattice(@"C:\Users\iavazpour\Desktop\CitationsEndNote.xml");
//AbstractLattice tabsR = new AbstractLattice(@"C:\Users\iavazpour\Desktop\FromJobRefDocBook.xml");
//First Create the instance of Stopwatch Class
//Stopwatch sw = new Stopwatch();
// Start The StopWatch ...From 000
//sw.Start();
//testSugg.imFeelingLucky();
//sw.Stop();
//this.updateSuggestions(testSugg.getSuggestionsAsStrings(testSugg.LastResults));
//MessageBox.Show(string.Format("Minutes :{0}\nSeconds :{1}\n Mili seconds :{2}", sw.Elapsed.Minutes,
// sw.Elapsed.Seconds, sw.Elapsed.TotalMilliseconds));
//testSugg = new Suggester(sabs, tabs, sc);
//sw = new Stopwatch();
// Start The StopWatch ...From 000
//sw.Start();
//testSugg.imFeelingLucky();
//sw.Stop();
//this.updateSuggestions(testSugg.getSuggestionsAsStrings(testSugg.LastResults));
//MessageBox.Show(string.Format("Minutes :{0}\nSeconds :{1}\n Mili seconds :{2}", sw.Elapsed.Minutes,
// sw.Elapsed.Seconds, sw.Elapsed.TotalMilliseconds));
/*Object obj = TestVisual.Resources["sourceData"];
MessageBox.Show(obj.GetType().ToString());
if ((obj as XmlDataProvider) != null)
{
XmlNode xnode = (obj as XmlDataProvider).Document.DocumentElement.Clone();
if (xnode != null)
{
XElement xmlDocumentWithoutNs = RemoveAllNamespaces(XElement.Parse(xnode.OuterXml));
MessageBox.Show(xmlDocumentWithoutNs.ToString());
XmlDocument xdoc = new XmlDocument();
xdoc.LoadXml(xmlDocumentWithoutNs.ToString());
TestVisual.Data = xdoc.DocumentElement;
}
}*/
//string test = @"javasource/class_declarations/class_declaration/properties/java_property/identifier";
//MyLogicalTreeHelper helper = new MyLogicalTreeHelper();
//Collection<object> results = helper.getVisualElementsByName(SourceCanvas, QualifiedNameString.Convert("javasource"));
//foreach (var obj in results)
//{
// AdornerLayer myAdornerLayer = AdornerLayer.GetAdornerLayer(this);
// FrameworkElement found = (obj) as FrameworkElement;
// FrameworkElementAdorner fea = new FrameworkElementAdorner(found);
// if (myAdornerLayer != null)
// {
// myAdornerLayer.Add(fea);
// }
//}
//var foundTextBox = LogicalTreeHelper.FindLogicalNode(SourceCanvas, "type");
//if (foundTextBox != null)
//{
// AdornerLayer myAdornerLayer = AdornerLayer.GetAdornerLayer(this);
// FrameworkElementAdorner fea = new FrameworkElementAdorner(foundTextBox as FrameworkElement);
// if (myAdornerLayer != null)
// {
// myAdornerLayer.Add(fea);
// //(foundTextBox as Label).Background = Brushes.Red;
// }
//}
//else
// ReportStatusBar.ShowMessage("not found", ReportIcon.Error);
//evaluateCombination();
}
public void processVisual_TreeNodeDrop(TreeNodeViewModel treeN, String FullAddress)
{
//set header for template XSLT
templateVM.HeaderNode = treeN; // I do not think these will be used, they have been used in visualiser to check and set visualfunction abstraction
//set address Id for template XSLT
templateVM.TemplateAddress = FullAddress; // I do not think these will be used
AbstractTreeLatticeNode matchingNode = (ParentWindow as Visualiser).sourceASTL.getAbstractNodeAtAddress(FullAddress);
//define correspondence
if (matchingNode != null)//if you have found the node
{
if (matchingNode.ruleIndex == -1)
{
sourceLatticeNodeToMatch = matchingNode;
}
else if (matchingNode.parent != null)
{
//create a duplicate****************************** duplicate not implemented yet
sourceLatticeNodeToMatch = matchingNode.duplicate();
matchingNode.parent.Children.Add(sourceLatticeNodeToMatch);
}
sourceLatticeNodeToMatch.isMatched = true;
sourceLatticeNodeToMatch.ruleIndex = RULEINDEX;//assign an index for current rule
//assign same rule index for this.abstractTree
this.abstractTree.Root.ruleIndex = sourceLatticeNodeToMatch.ruleIndex;
this.abstractTree.Root.isMatched = true;
//increment index for other correspondences
RULEINDEX++;
//go for reverse, the top part will be obsolete
//this.abstractTreeReverse = new AbstractLattice(matchingNode);//might not need abstract tree for reverse, as one way suggestion will eb shown
this.ReverseData = matchingNode.ToXML();// treeNode.ToXML();//matchingNode might have worked as well but the signature problems might get in the way
this.templateVMR.TemplateName = this.Data.Name;
}
//suggester initiation
AbstractLattice sourceAST = new AbstractLattice(matchingNode);
this.abstractTree.prepare();
SuggesterConfig config = new SuggesterConfig();
config.UseNameSimSuggester = true;
config.UseTypeSimSuggester = true;
config.UseIsoRankSimSuggester = true;
config.UseValueSimSuggester = true;
config.UseStructSimSuggester = true;
(ParentWindow as Visualiser).visualiserSuggester = new Suggester(sourceAST, this.abstractTree, config);
(ParentWindow as Visualiser).updateSuggestions((ParentWindow as Visualiser).visualiserSuggester.getSuggestionsAsStrings((ParentWindow as Visualiser).visualiserSuggester.imFeelingLucky()));
//log event
(ParentWindow as Visualiser).logger.log("\"" + FullAddress + "\" was dropped on \"" + this.VEName + "\"", ReportIcon.OK);
(ParentWindow as Visualiser).ReportStatusBar.ShowStatus("Mapping " + treeN.Name + " to " + this.Data.Name, ReportIcon.Info);
}
