public void run(DataLayer pnmlData) {
// Build interface
JDialog guiDialog = new JDialog(CreateGui.getApp(), MODULE_NAME, true);
// 1 Set layout
Container contentPane = guiDialog.getContentPane();
contentPane.setLayout(new BoxLayout(contentPane, BoxLayout.PAGE_AXIS));
// 2 Add file browser
contentPane.add(sourceFilePanel = new PetriNetChooserPanel("Source net", pnmlData));
// 3 Add results pane
contentPane.add(results = new ResultsHTMLPane(pnmlData.getURI()));
// 4 Add button
contentPane.add(new ButtonBar("Analyse", analyseButtonClick));
// 5 Make window fit contents' preferred size
guiDialog.pack();
// 6 Move window to the middle of the screen
guiDialog.setLocationRelativeTo(null);
guiDialog.setVisible(true);
// warnUser(pnmlData.getURI(), guiFrame);
// StateSpace stateSpace = new StateSpace(pnmlData);
}
public void actionPerformed(ActionEvent arg0) {
DataLayer sourceDataLayer = sourceFilePanel.getDataLayer();
int[] markup = sourceDataLayer.getCurrentMarkingVector();
int[][] forwards = sourceDataLayer.getForwardsIncidenceMatrix();
int[][] backwards = sourceDataLayer.getBackwardsIncidenceMatrix();
myTree tree = null;
String s = "<h2>Petri net state space analysis results</h2>";
if ((sourceDataLayer == null) || !sourceDataLayer.getPetriNetObjects().hasNext())
s += "No Petri net objects defined!";
else if (markup != null && forwards != null && backwards != null)
try {
tree = new myTree(markup, new PNMatrix(forwards), new PNMatrix(backwards));
boolean bounded = !tree.Found_An_Omega;
boolean safe = !tree.more_Than_One_Token;
boolean deadlock = tree.no_Enabled_Transitions;
if (tree.tooBig)
s +=
"<div class=warning>State space tree expansion aborted because it grew too large. Results will be incomplete.</div>";
s +=
ResultsHTMLPane.makeTable(
new String[] {
"Bounded", "" + bounded,
"Safe", "" + safe,
"Deadlock", "" + deadlock
},
2,
false,
true,
false,
true);
if (deadlock) {
s += "<b>Shortest path to deadlock:</b> ";
if (tree.pathToDeadlock.length == 0) s += "Initial state is deadlocked";
else
for (int i = 0; i < tree.pathToDeadlock.length; i++)
if (sourceDataLayer.getTransition(tree.pathToDeadlock[i] - 1) != null
&& sourceDataLayer.getTransition(tree.pathToDeadlock[i] - 1).getName()
!= null) {
s +=
sourceDataLayer.getTransition(tree.pathToDeadlock[i] - 1).getName() + " ";
}
}
} catch (TreeTooBigException e) {
s += e.getMessage();
}
else {
s += "Error performing analysis";
}
results.setText(s);
}