List of usage examples for javax.swing.tree DefaultTreeModel DefaultTreeModel
@ConstructorProperties({ "root" })
public DefaultTreeModel(TreeNode root)
From source file:src.gui.ItSIMPLE.java
/** * Creates the project selection panel in the main analysis panel * @return // w w w .ja va2 s . c o m */ private JPanel getProjectPDDLSelectionPane() { JPanel anPanel = new JPanel(new BorderLayout()); //TOP panel Domain/problem selection ItFramePanel projectSelPanel = new ItFramePanel(":: Domain/Problem Selection", ItFramePanel.NO_MINIMIZE_MAXIMIZE); projectSelPanel.setPreferredSize(new Dimension(screenSize.width / 4 - 20, screenSize.height)); //Instanciate project selection tree ItTreeNode root = new ItTreeNode("Projects"); root.setIcon(new ImageIcon("resources/images/projects.png")); pddlTranslationTreeModel = new DefaultTreeModel(root); pddlTranslationTree = new JTree(pddlTranslationTreeModel); pddlTranslationTree.setShowsRootHandles(true); pddlTranslationTree.setCellRenderer(new ItTreeCellRenderer()); pddlTranslationTree.getSelectionModel().setSelectionMode(TreeSelectionModel.SINGLE_TREE_SELECTION); pddlTranslationTree.addTreeSelectionListener(new javax.swing.event.TreeSelectionListener() { public void valueChanged(javax.swing.event.TreeSelectionEvent e) { ItTreeNode selectedNode = (ItTreeNode) pddlTranslationTree.getLastSelectedPathComponent(); //if(selectedNode != null && selectedNode.getLevel() == 3){ //} //else{ //} } }); // create a main pane for putting the tree inside JPanel mainTreePanel = new JPanel(new BorderLayout()); mainTreePanel.add(new JScrollPane(pddlTranslationTree), BorderLayout.CENTER); //Translate button translateDomainProblemButton = new JButton("Translate", new ImageIcon("resources/images/play.png")); //solveProblemButton.setEnabled(false); translateDomainProblemButton.setActionCommand("translate"); translateDomainProblemButton.addActionListener(new ActionListener() { public void actionPerformed(ActionEvent e) { ItTreeNode selectedNode = (ItTreeNode) pddlTranslationTree.getLastSelectedPathComponent(); if (selectedNode != null) { if (selectedNode.getLevel() == 2 && selectedNode.getData().getName().equals("domain")) { Element domain = selectedNode.getData(); translateDomainToPddl(domain); } else if (selectedNode.getLevel() == 3 && selectedNode.getData().getName().equals("problem")) { Element problem = selectedNode.getData(); translateProblemToPddl(problem); } else { JOptionPane.showMessageDialog(ItSIMPLE.this, "<html>Please chose a domain or problem node (from a UML project)<br> in the Domain/Problem Selection tree.</html>"); } } } }); mainTreePanel.add(translateDomainProblemButton, BorderLayout.SOUTH); projectSelPanel.setContent(mainTreePanel, false); //projectSelPanel.setParentSplitPane(petriEditorSplitPane); anPanel.add(projectSelPanel, BorderLayout.CENTER); //BOTTOM panels (pddl version settings) ItFramePanel pddlSettingFramePanel = new ItFramePanel(":: PDDL Version Settings", ItFramePanel.NO_MINIMIZE_MAXIMIZE); //pddlSettingPanel.setPreferredSize(new Dimension(screenSize.width/4 - 20, screenSize.height)); JPanel bottonPanel = new JPanel(new BorderLayout()); bottonPanel.setBorder(BorderFactory.createEmptyBorder(10, 20, 10, 20)); bottonPanel.add(getPddlVersionSettingsPanel(), BorderLayout.CENTER); pddlSettingFramePanel.setContent(bottonPanel, false); anPanel.add(pddlSettingFramePanel, BorderLayout.SOUTH); return anPanel; }
From source file:src.gui.ItSIMPLE.java
/** * Creates the project selection panel in the main analysis panel * @return //from w w w.j av a 2s. co m */ private JPanel getProjectAnalysisSelectionPane() { JPanel anPanel = new JPanel(new BorderLayout()); ItFramePanel projectSelPanel = new ItFramePanel(":: Project Selection", ItFramePanel.NO_MINIMIZE_MAXIMIZE); projectSelPanel.setPreferredSize(new Dimension(screenSize.width / 4 - 20, screenSize.height)); //Instanciate project selectio tree ItTreeNode root = new ItTreeNode("Projects"); root.setIcon(new ImageIcon("resources/images/projects.png")); projectAnalysisTreeModel = new DefaultTreeModel(root); projectAnalysisTree = new JTree(projectAnalysisTreeModel); projectAnalysisTree.setShowsRootHandles(true); projectAnalysisTree.setCellRenderer(new ItTreeCellRenderer()); projectAnalysisTree.getSelectionModel().setSelectionMode(TreeSelectionModel.SINGLE_TREE_SELECTION); projectAnalysisTree.addTreeSelectionListener(new javax.swing.event.TreeSelectionListener() { public void valueChanged(javax.swing.event.TreeSelectionEvent e) { ItTreeNode selectedNode = (ItTreeNode) projectAnalysisTree.getLastSelectedPathComponent(); //if(selectedNode != null && selectedNode.getLevel() == 3){ //} //else{ //} } }); // create a main pane for putting the tree inside JPanel mainTreePanel = new JPanel(new BorderLayout()); mainTreePanel.add(new JScrollPane(projectAnalysisTree), BorderLayout.CENTER); projectSelPanel.setContent(mainTreePanel, false); //projectSelPanel.setParentSplitPane(petriEditorSplitPane); anPanel.add(projectSelPanel, BorderLayout.CENTER); return anPanel; }
From source file:net.sourceforge.pmd.util.designer.Designer.java
private void loadASTTreeData(TreeNode rootNode) { astTreeWidget.setModel(new DefaultTreeModel(rootNode)); astTreeWidget.setRootVisible(true);/* w w w. j a v a2 s .c om*/ astTreeWidget.expandAll(true); }
From source file:net.sourceforge.pmd.util.designer.Designer.java
private void loadSymbolTableTreeData(TreeNode rootNode) { if (rootNode != null) { symbolTableTreeWidget.setModel(new DefaultTreeModel(rootNode)); symbolTableTreeWidget.expandAll(true); } else {// ww w . jav a 2 s. c o m symbolTableTreeWidget.setModel(null); } }
From source file:net.sourceforge.squirrel_sql.client.gui.HelpViewerWindow.java
/** * Create a tree each node being a link to a document. * /*from www . j a va 2 s .c om*/ * @return The contents tree. */ private JScrollPane createContentsTree() throws IOException { // i18n[HelpViewerWindow.help=Help] final FolderNode root = new FolderNode(s_stringMgr.getString("HelpViewerWindow.help")); _tree = new JTree(new DefaultTreeModel(root)); _tree.setShowsRootHandles(true); _tree.addTreeSelectionListener(new ObjectTreeSelectionListener()); // Renderer for tree. DefaultTreeCellRenderer renderer = new DefaultTreeCellRenderer(); SquirrelResources rsrc = _app.getResources(); renderer.setLeafIcon(rsrc.getIcon(SquirrelResources.IImageNames.HELP_TOPIC)); renderer.setOpenIcon(rsrc.getIcon(SquirrelResources.IImageNames.HELP_TOC_OPEN)); renderer.setClosedIcon(rsrc.getIcon(SquirrelResources.IImageNames.HELP_TOC_CLOSED)); _tree.setCellRenderer(renderer); // First put the Welcome to SQuirreL node. FileWrapper file = applicationFiles.getWelcomeFile(); try { // i18n[HelpViewerWindow.welcome=Welcome] DocumentNode dn = new DocumentNode(s_stringMgr.getString("HelpViewerWindow.welcome"), file); root.add(dn); _nodes.put(dn.getURL().toString(), dn); } catch (MalformedURLException ex) { // i18n[HelpViewerWindow.error.loadwelcomefile=Error retrieving Welcome file URL for {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadwelcomefile", file.getAbsolutePath()); s_log.error(msg, ex); } // Add Help, Licence and Change Log nodes to the tree. // i18n[HelpViewerWindow.help=Help] final FolderNode helpRoot = new FolderNode(s_stringMgr.getString("HelpViewerWindow.help")); root.add(helpRoot); _nodes.put(helpRoot.getURL().toString(), helpRoot); // i18n[HelpViewerWindow.licences=Licences] final FolderNode licenceRoot = new FolderNode(s_stringMgr.getString("HelpViewerWindow.licences")); root.add(licenceRoot); _nodes.put(licenceRoot.getURL().toString(), licenceRoot); // i18n[HelpViewerWindow.changelogs=Change Logs] final FolderNode changeLogRoot = new FolderNode(s_stringMgr.getString("HelpViewerWindow.changelogs")); root.add(changeLogRoot); _nodes.put(changeLogRoot.getURL().toString(), changeLogRoot); // Add SQuirreL help to the Help node. file = applicationFiles.getQuickStartGuideFile(); try { // i18n[HelpViewerWindow.squirrel=SQuirreL] DocumentNode dn = new DocumentNode(s_stringMgr.getString("HelpViewerWindow.squirrel"), file); helpRoot.add(dn); _homeURL = dn.getURL(); _nodes.put(_homeURL.toString(), dn); } catch (MalformedURLException ex) { // i18n[HelpViewerWindow.error.loadwelcomefile=Error retrieving Help file URL for {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadhelpfile", file.getAbsolutePath()); s_log.error(msg, ex); } // Add SQuirreL Licence to the Licence node. file = applicationFiles.getLicenceFile(); try { // i18n[HelpViewerWindow.squirrel=SQuirreL] DocumentNode dn = new DocumentNode(s_stringMgr.getString("HelpViewerWindow.squirrel"), file); licenceRoot.add(dn); _nodes.put(dn.getURL().toString(), dn); } catch (MalformedURLException ex) { // i18n[HelpViewerWindow.error.loadlicencefile=Error retrieving Licence file URL for {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadlicencefile", file.getAbsolutePath()); s_log.error(msg, ex); } // Add SQuirreL Change Log to the Licence node. file = applicationFiles.getChangeLogFile(); try { // i18n[HelpViewerWindow.squirrel=SQuirreL] DocumentNode dn = new DocumentNode(s_stringMgr.getString("HelpViewerWindow.squirrel"), file); changeLogRoot.add(dn); _nodes.put(dn.getURL().toString(), dn); } catch (MalformedURLException ex) { // i18n[HelpViewerWindow.error.loadchangelogfile=Error retrieving Change Log file URL for {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadchangelogfile", file.getAbsolutePath()); s_log.error(msg, ex); } // Add plugin help, licence and change log documents to the tree. PluginInfo[] pi = _app.getPluginManager().getPluginInformation(); for (int i = 0; i < pi.length; ++i) { try { final FileWrapper dir = pi[i].getPlugin().getPluginAppSettingsFolder(); final String title = pi[i].getDescriptiveName(); // Help document. try { final String fn = pi[i].getHelpFileName(); if (fn != null && fn.length() > 0) { DocumentNode dn = new DocumentNode(title, fileWrapperFactory.create(dir, fn)); helpRoot.add(dn); _nodes.put(dn.getURL().toString(), dn); } } catch (IOException ex) { // i18n[HelpViewerWindow.error.loadpluginhelp=Error generating Help entry for plugin {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadpluginhelp", pi[i].getDescriptiveName()); s_log.error(msg, ex); } // Licence document. try { final String fn = pi[i].getLicenceFileName(); if (fn != null && fn.length() > 0) { DocumentNode dn = new DocumentNode(title, fileWrapperFactory.create(dir, fn)); licenceRoot.add(dn); _nodes.put(dn.getURL().toString(), dn); } } catch (IOException ex) { // i18n[HelpViewerWindow.error.loadpluginlicence=Error generating Licence entry for plugin {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadpluginlicence", pi[i].getDescriptiveName()); s_log.error(msg, ex); } try { // Change log. final String fn = pi[i].getChangeLogFileName(); if (fn != null && fn.length() > 0) { DocumentNode dn = new DocumentNode(title, fileWrapperFactory.create(dir, fn)); changeLogRoot.add(dn); _nodes.put(dn.getURL().toString(), dn); } } catch (IOException ex) { // i18n[HelpViewerWindow.error.loadchangelog=Error generating Change Log entry for plugin {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadchangelog", pi[i].getDescriptiveName()); s_log.error(msg, ex); } } catch (IOException ex) { // i18n[HelpViewerWindow.error.loadpluginsettings=Error retrieving app settings folder for plugin // {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadpluginsettings", pi[i].getDescriptiveName()); s_log.error(msg, ex); } } // FAQ. file = applicationFiles.getFAQFile(); try { // i18n[HelpViewerWindow.faq=FAQ] DocumentNode dn = new DocumentNode(s_stringMgr.getString("HelpViewerWindow.faq"), file); root.add(dn); _nodes.put(dn.getURL().toString(), dn); } catch (MalformedURLException ex) { // i18n[HelpViewerWindow.error.loadfaqfile=Error retrieving FAQ from URL = {0}] String msg = s_stringMgr.getString("HelpViewerWindow.error.loadfaqfile", file.getAbsolutePath()); s_log.error(msg, ex); } // generate contents file. helpRoot.generateContentsFile(); licenceRoot.generateContentsFile(); changeLogRoot.generateContentsFile(); JScrollPane sp = new JScrollPane(_tree); sp.setPreferredSize(new Dimension(200, 200)); return sp; }
From source file:op.care.med.structure.PnlMed.java
private void initDialog() { prepareSearchArea();//from ww w.j a va2s. co m product = null; treeMed.setModel(new DefaultTreeModel(new DefaultMutableTreeNode())); treeMed.setVisible(false); }
From source file:op.care.med.structure.PnlMed.java
private void txtSucheActionPerformed(java.awt.event.ActionEvent evt) {//GEN-FIRST:event_txtSucheActionPerformed // treeMed.setCellRenderer(new DefaultTreeCellRenderer()); treeMed.setModel(new DefaultTreeModel(new DefaultMutableTreeNode())); // treeMed.setVisible(false); if (txtSuche.getText().isEmpty()) { lstPraep.setModel(new DefaultListModel()); } else {/*from w w w . j a v a 2s. c o m*/ EntityManager em = OPDE.createEM(); Query query = em .createQuery("SELECT m FROM MedProducts m WHERE m.text LIKE :bezeichnung ORDER BY m.text"); query.setParameter("bezeichnung", "%" + txtSuche.getText() + "%"); lstPraep.setModel(SYSTools.list2dlm(query.getResultList())); em.close(); } }
From source file:op.care.med.structure.PnlMed.java
private void createTree() { if (product == null) return;// w w w . ja v a 2s . c o m treeMed.setVisible(true); tree = new DefaultTreeModel(getRoot()); treeMed.setModel(tree); treeMed.setCellRenderer(new TreeRenderer()); SYSTools.expandAll(treeMed); }
From source file:op.controlling.PnlQMSSchedule.java
private void initPanel() { i18n();/*from w w w.j av a 2s.c om*/ txtDueDays.setText(Integer.toString(qmssched.getDuedays())); spinTaeglich.setModel(new SpinnerNumberModel(1, 1, 365, 1)); spinWoche.setModel(new SpinnerNumberModel(1, 1, 52, 1)); spinMonat.setModel(new SpinnerNumberModel(1, 1, 12, 1)); spinYearly.setModel(new SpinnerNumberModel(1, 1, 10, 1)); spinDayInMonth.setModel(new SpinnerNumberModel(1, 1, 31, 1)); spinTaeglich.setValue(Math.max(qmssched.getDaily(), 1)); spinWoche.setValue(Math.max(qmssched.getWeekly(), 1)); spinMonat.setValue(Math.max(qmssched.getMonthly(), 1)); spinDayInMonth.setValue(Math.max(qmssched.getDayinmonth(), 1)); spinYearly.setValue(Math.max(qmssched.getYearly(), 1)); cbMon.setSelected(true); cmbMonth.setSelectedIndex(qmssched.isYearly() ? qmssched.getMonthinyear() - 1 : 0); spinDayInMonthInYear.setModel(new SpinnerNumberModel(qmssched.isYearly() ? qmssched.getDayinmonth() : 1, 1, maxdays[cmbMonth.getSelectedIndex()], 1)); cmbMonth.addItemListener(new ItemListener() { @Override public void itemStateChanged(ItemEvent e) { if (e.getStateChange() == ItemEvent.SELECTED) { spinDayInMonthInYear .setModel(new SpinnerNumberModel(1, 1, maxdays[cmbMonth.getSelectedIndex()], 1)); } } }); if (qmssched.isDaily()) { tabWdh.setSelectedIndex(TAB_DAILY); } else if (qmssched.isWeekly()) { cbMon.setSelected(qmssched.getWeekday() == DateTimeConstants.MONDAY); cbDie.setSelected(qmssched.getWeekday() == DateTimeConstants.TUESDAY); cbMit.setSelected(qmssched.getWeekday() == DateTimeConstants.WEDNESDAY); cbDon.setSelected(qmssched.getWeekday() == DateTimeConstants.THURSDAY); cbFre.setSelected(qmssched.getWeekday() == DateTimeConstants.FRIDAY); cbSam.setSelected(qmssched.getWeekday() == DateTimeConstants.SATURDAY); cbSon.setSelected(qmssched.getWeekday() == DateTimeConstants.SUNDAY); tabWdh.setSelectedIndex(TAB_WEEKLY); } else if (qmssched.isMonthly()) { spinDayInMonth.setValue(qmssched.getDayinmonth()); cmbTag.setSelectedIndex(qmssched.getWeekday()); tabWdh.setSelectedIndex(TAB_MONTHLY); } else if (qmssched.isYearly()) { spinYearly.setValue(qmssched.getYearly()); spinDayInMonthInYear.setValue(qmssched.getDayinmonth()); cmbMonth.setSelectedIndex(qmssched.getMonthinyear() - 1); tabWdh.setSelectedIndex(TAB_YEARLY); } jdcStartingOn.setMinSelectableDate(new Date()); jdcStartingOn.setDate(qmssched.getStartingOn()); ArrayList<Date> timelist = SYSCalendar.getTimeList(); DefaultComboBoxModel dcbm = new DefaultComboBoxModel(timelist.toArray()); dcbm.insertElementAt(null, 0); txtBemerkung.setText(qmssched.getText()); txtQMS.setText(qmssched.getMeasure()); cmbLocation.setTreeModel(new DefaultTreeModel(StationTools.getCompleteStructure())); Object userObject = null; if (qmssched.getHome() != null) { userObject = qmssched.getHome(); } else if (qmssched.getStation() != null) { userObject = qmssched.getStation(); } int row = 0; if (userObject == null) { cmbLocation.setSelectedItem(null); } else { DefaultMutableTreeNode root = (DefaultMutableTreeNode) cmbLocation.getTreeModel().getRoot(); DefaultMutableTreeNode theNode = null; for (Enumeration e = root.depthFirstEnumeration(); e.hasMoreElements() && theNode == null;) { DefaultMutableTreeNode node = (DefaultMutableTreeNode) e.nextElement(); if (userObject.equals(node.getUserObject())) { cmbLocation.setSelectedItem(node); break; } row++; } } }
From source file:org.adl.sequencer.impl.ADLSequencer.java
/** * Method added 8/24/2007 JLR// w w w .j a va 2 s . com * * This is an attempt to more efficiently generate the TreeModel object that we pass around * instead of the ADLTOC List that ADL uses in their reference implementation. * */ private DefaultTreeModel getTreeModel(SeqActivity iStart) { List<ActivityNode> nodes = new ArrayList<ActivityNode>(); log.debug("Generating the table of contents tree model"); boolean done = false; // Make sure we have an activity tree if (mSeqTree == null) { log.warn("No activity tree found"); done = true; } // Perform a breadth-first walk of the activity tree. SeqActivity walk = iStart; int depth = 0; int parentTOC = -1; List<SeqActivity> lookAt = new ArrayList<SeqActivity>(); List<SeqActivity> flatTOC = new ArrayList<SeqActivity>(); // Tree traversal status indicators boolean next = false; // Make sure the activity has been associated with this sequencer // If not, build the TOC from the root if (walk == null) { walk = mSeqTree.getRoot(); } if (!done) { if (log.isDebugEnabled()) { log.debug(" ::--> Building TOC from: " + walk.getID()); } } SeqActivity cur = (mSeqTree != null ? mSeqTree.getFirstCandidate() : null); int curIdx = -1; if (cur == null) { cur = mSeqTree.getCurrentActivity(); } while (!done) { next = false; ActivityNode node = new ActivityNode(walk); node.setParentLocation(parentTOC); node.setEnabled(!checkActivity(walk)); node.setHidden(!walk.getIsVisible()); node.setLeaf(!walk.hasChildren(false)); // Check to see if this activity can be included -- JLR if (canBeIncluded(walk, cur, node)) { ISeqActivity parent = walk.getParent(); node.setIncluded(true); // Not sure why we're checking this twice... but I'm sticking with the ADL template here -- JLR if (parent != null) { node.setInChoice(parent.getControlModeChoice()); } else { node.setInChoice(true); } node.setDepth(depth); // Check if we looking at the 'current' cluster if (cur != null) { if (walk.getID().equals(cur.getID())) { node.setCurrent(true); curIdx = nodes.size(); } } } else { node.setDepth(-depth); node.setSelectable(false); } // Doesn't really matter if it's included or not, we still add it... strangely enough nodes.add(node); // Add this activity to the "flat TOC" flatTOC.add(walk); // If this activity has children, look at them later... if (walk.hasChildren(false)) { // Remember where we are at and look at the children now, // unless we are at the root if (walk.getParent() != null) { lookAt.add(walk); } // Go to the first child walk = (walk.getChildren(false)).get(0); parentTOC = nodes.size() - 1; depth++; next = true; } if (!next) { // Move to its sibling walk = walk.getNextSibling(false); ActivityNode tempNode = nodes.get(nodes.size() - 1); parentTOC = tempNode.getParentLocation(); while (walk == null && !done) { if (lookAt.size() > 0) { // Walk back up the tree to the parent's next sibling walk = lookAt.get(lookAt.size() - 1); lookAt.remove(lookAt.size() - 1); depth--; // Find the correct parent tempNode = nodes.get(parentTOC); String tempNodeId = tempNode.getActivity().getID(); walk.getID(); while (!tempNodeId.equals(walk.getID())) { parentTOC = tempNode.getParentLocation(); tempNode = nodes.get(parentTOC); tempNodeId = tempNode.getActivity().getID(); } walk = walk.getNextSibling(false); } else { done = true; } } if (walk != null) { parentTOC = tempNode.getParentLocation(); } } } log.debug(" ::--> Completed first pass"); // After the TOC has been created, mark activites unselectable // if the Prevent Activation prevents them being selected, // and mark them invisible if they are descendents of a hidden // from choice activity int hidden = -1; int prevented = -1; for (int i = 0; i < nodes.size(); i++) { SeqActivity tempAct = flatTOC.get(i); ActivityNode tempNode = nodes.get(i); if (log.isDebugEnabled()) { log.debug(" ::--> Evaluating --> " + tempAct.getID()); log.debug(" --> " + tempAct.getTitle()); } int tempDepth = tempNode.getDepth(); // Flipping the cardinality of the hidden depths, apparently -- JLR int checkDepth = ((tempDepth >= 0) ? tempDepth : (-tempDepth)); if (hidden != -1) { // Check to see if we are done hiding activities if (checkDepth <= hidden) { hidden = -1; } else { // This must be a descendent tempNode.setDepth(-depth); tempNode.setSelectable(false); tempNode.setHidden(true); } } // Evaluate hide from choice rules if we are not hidden if (hidden == -1) { // Attempt to get rule information from the activity ISeqRuleset hiddenRules = tempAct.getPreSeqRules(); String result = null; if (hiddenRules != null) { result = hiddenRules.evaluate(SeqRuleset.RULE_TYPE_HIDDEN, tempAct, false); } // If the rule evaluation did not return null, the activity // must be hidden. if (result != null) { // The depth we are looking for should be positive hidden = -tempNode.getDepth(); prevented = -1; } else { if (log.isDebugEnabled()) { log.debug(" ::--> Prevented ??" + prevented); } if (prevented != -1) { // Check to see if we are done preventing activities if (checkDepth <= prevented) { // Reset the check until we find another prevented prevented = -1; } else { // This must be a prevented descendent tempNode.setDepth(-1); tempNode.setSelectable(false); } } else { // Check if this activity is prevented from activation if (tempAct.getPreventActivation() && !tempAct.getIsActive()) { if (cur != null) { if (tempAct != cur && cur.getParent() != tempAct) { if (log.isDebugEnabled()) { log.debug(" ::--> PREVENTED !!"); log.debug(" " + tempAct.getID() + " != " + cur.getParent().getID()); } // Not sure why we need to check this again -- JLR tempNode.setIncluded(false); // Flipping the cardinality of the hidden depths, apparently -- JLR int td = tempNode.getDepth(); prevented = (td > 0) ? td : -td; // The activity cannot be selected tempNode.setDepth(-1); tempNode.setSelectable(false); } } } } } } } if (log.isDebugEnabled()) { log.debug(" ::--> Completed post-1 pass"); } // After the TOC has been created, mark activites unselectable // if the Choice Exit control prevents them being selected SeqActivity noExit = null; if (mSeqTree.getFirstCandidate() != null) { walk = mSeqTree.getFirstCandidate().getParent(); } else { walk = null; } // Walk up the active path looking for a non-exiting cluster while (walk != null && noExit == null) { // We cannot choose any target that is outside of the activiy tree, // so choice exit does not apply to the root of the tree if (walk.getParent() != null) { if (!walk.getControlModeChoiceExit()) { noExit = walk; } } // Move up the tree walk = walk.getParent(); } if (noExit != null) { depth = -1; if (log.isDebugEnabled()) { log.debug(" ::--> Found NoExit Cluster -- " + noExit.getID()); } // Only descendents of this activity can be selected. for (int i = 0; i < nodes.size(); i++) { ActivityNode tempNode = nodes.get(i); int td = tempNode.getDepth(); // When we find the the 'non-exiting' activity, remember its // depth if (tempNode.getActivity().getID().equals(noExit.getID())) { depth = (td > 0) ? td : -td; // The cluster activity cannot be selected tempNode.setDepth(-1); tempNode.setSelectable(false); } // If we haven't found the the 'non-exiting' activity yet, then // the // activity being considered cannot be selected. else if (depth == -1) { tempNode.setDepth(-1); tempNode.setSelectable(false); } // When we back out of the depth-first-walk and encounter a // sibling // or parent of the 'non-exiting' activity, start making // activity // unselectable else if (((td > 0) ? td : -td) <= depth) { depth = -1; tempNode.setDepth(-1); tempNode.setSelectable(false); } } } // Boundary Condition -- evaluate choice exit on root ActivityNode tempNode = nodes.get(0); SeqActivity root = mSeqTree.getRoot(); if (!root.getControlModeChoiceExit()) { tempNode.setSelectable(false); } log.debug(" ::--> Completed second pass"); // Look for constrained activities relative to the current activity and // mark activites unselectable if they are outside of the avaliable set SeqActivity con = null; if (mSeqTree.getFirstCandidate() != null) { walk = mSeqTree.getFirstCandidate().getParent(); } else { walk = null; } // Walk up the tree to the root while (walk != null && con == null) { if (walk.getConstrainChoice()) { con = walk; } walk = walk.getParent(); } // Evaluate constrained choice set if (con != null) { if (log.isDebugEnabled()) { log.debug(" ::--> Constrained Choice Activity Found"); log.debug(" ::--> Stopped at --> " + con.getID()); } int forwardAct = -1; int backwardAct = -1; List<SeqActivity> list = null; Walk walkCon = new Walk(); walkCon.at = con; // Find the next activity relative to the constrained activity. processFlow(FLOW_FORWARD, false, walkCon, true); if (walkCon.at == null) { if (log.isDebugEnabled()) { log.debug(" ::--> Walked forward off the tree"); } walkCon.at = con; } String lookFor = ""; list = walkCon.at.getChildren(false); if (list != null) { int size = list.size(); lookFor = list.get(size - 1).getID(); } else { lookFor = walkCon.at.getID(); } for (int j = 0; j < nodes.size(); j++) { tempNode = nodes.get(j); if (tempNode.getActivity().getID().equals(lookFor)) { forwardAct = j; break; } } // Find the previous activity relative to the constrained activity. walkCon.at = con; processFlow(FLOW_BACKWARD, false, walkCon, true); if (walkCon.at == null) { log.debug(" ::--> Walked backward off the tree"); walkCon.at = con; } lookFor = walkCon.at.getID(); for (int j = 0; j < nodes.size(); j++) { tempNode = nodes.get(j); if (tempNode.getActivity().getID().equals(lookFor)) { backwardAct = j; break; } } // If the forward activity on either end of the range is a cluster, // we need to include its descendents tempNode = nodes.get(forwardAct); if (!tempNode.isLeaf()) { int idx = forwardAct; boolean foundLeaf = false; while (!foundLeaf) { for (int i = nodes.size() - 1; i > idx; i--) { tempNode = nodes.get(i); if (tempNode.getParentLocation() == idx) { idx = i; foundLeaf = tempNode.isLeaf(); break; } } } if (idx != nodes.size()) { forwardAct = idx; } } if (log.isDebugEnabled()) { log.debug(" ::--> Constrained Range == [ " + backwardAct + " , " + forwardAct + " ]"); } // Disable activities outside of the avaliable range for (int i = 0; i < nodes.size(); i++) { tempNode = nodes.get(i); if (i < backwardAct || i > forwardAct) { tempNode.setSelectable(false); if (log.isDebugEnabled()) { log.debug(" ::--> Turn off -- " + tempNode.getActivity().getID()); } } } } log.debug(" ::--> Completed third pass"); // Walk the TOC looking for disabled activities... if (nodes != null) { depth = -1; for (int i = 0; i < nodes.size(); i++) { tempNode = nodes.get(i); if (depth != -1) { int td = tempNode.getDepth(); if (depth >= ((td > 0) ? td : -td)) { depth = -1; } else { tempNode.setEnabled(false); tempNode.setSelectable(false); } } if (!tempNode.isEnabled() && depth == -1) { int td = tempNode.getDepth(); // Remember where the disabled activity is depth = (td > 0) ? td : -td; if (log.isDebugEnabled()) { log.debug(" ::--> [" + i + "] " + "Found Disabled --> " + tempNode.getActivity().getID() + " <<" + tempNode.getDepth() + ">>"); } } } } log.debug(" ::--> Completed fourth pass"); // If there is a current activity, check availablity of its siblings // This pass corresponds to Case #2 of the Choice Sequencing Request if (nodes != null && curIdx != -1) { log.debug(" ::--> Checking Current Activity Siblings"); int par = (nodes.get(curIdx)).getParentLocation(); int idx; // Check if the current activity is in a forward only cluster if (cur.getParent() != null && cur.getParent().getControlForwardOnly()) { idx = curIdx - 1; tempNode = nodes.get(idx); while (tempNode.getParentLocation() == par) { tempNode.setSelectable(false); idx--; tempNode = nodes.get(idx); } } // Check for Stop Forward Traversal Rules idx = curIdx; boolean blocked = false; while (idx < nodes.size()) { tempNode = nodes.get(idx); if (tempNode.getParentLocation() == par) { if (!blocked) { ISeqRuleset stopTrav = tempNode.getActivity().getPreSeqRules(); String result = null; if (stopTrav != null) { result = stopTrav.evaluate(SeqRuleset.RULE_TYPE_FORWARDBLOCK, tempNode.getActivity(), false); } // If the rule evaluation did not return null, the // activity is blocked blocked = (result != null); } else { tempNode.setSelectable(false); } } idx++; } } log.debug(" ::--> Completed fifth pass"); // Evaluate Stop Forward Traversal Rules -- this pass cooresponds to // Case #3 and #5 of the Choice Sequencing Request Subprocess. In these // cases, we need to check if the target activity is forward in the // Activity Tree relative to the commen ancestor and cuurent activity if (nodes != null && curIdx != -1) { log.debug(" ::--> Checking Stop Forward Traversal"); int curParent = (nodes.get(curIdx)).getParentLocation(); int idx = nodes.size() - 1; tempNode = nodes.get(idx); // Walk backward from last available activity, // checking each until we get to a sibling of the current activity while (tempNode.getParentLocation() != -1 && tempNode.getParentLocation() != curParent) { tempNode = nodes.get(tempNode.getParentLocation()); ISeqRuleset stopTrav = tempNode.getActivity().getPreSeqRules(); String result = null; if (stopTrav != null) { result = stopTrav.evaluate(SeqRuleset.RULE_TYPE_FORWARDBLOCK, tempNode.getActivity(), false); } // If the rule evaluation did not return null, // then all of its descendents are blocked if (result != null) { if (log.isDebugEnabled()) { log.debug(" ::--> BLOCKED SOURCE --> " + tempNode.getActivity().getID() + " [" + tempNode.getDepth() + "]"); } // The depth of the blocked activity int blocked = tempNode.getDepth(); for (int i = idx; i < nodes.size(); i++) { ActivityNode tempAN = nodes.get(i); int td = tempAN.getDepth(); int checkDepth = ((td >= 0) ? td : (-td)); // Check to see if we are done blocking activities if (checkDepth <= blocked) { break; } // This activity must be a descendent tempAN.setSelectable(false); } } idx--; tempNode = nodes.get(idx); } } log.debug(" ::--> Completed sixth pass"); // Boundary condition -- if there is a TOC make sure all "selectable" // clusters actually flow into content for (int i = 0; i < nodes.size(); i++) { tempNode = nodes.get(i); if (!tempNode.isLeaf()) { if (log.isDebugEnabled()) { log.debug(" ::--> Process 'Continue' request from " + tempNode.getActivity().getID()); } SeqActivity from = tempNode.getActivity(); // Confirm 'flow' is enabled from this cluster if (from.getControlModeFlow()) { // Begin traversing the activity tree from the root Walk treeWalk = new Walk(); treeWalk.at = from; boolean success = processFlow(ADLSequencer.FLOW_FORWARD, true, treeWalk, false); if (!success) { tempNode.setSelectable(false); if (log.isDebugEnabled()) { log.debug(" :+: CONTINUE FAILED :+: --> " + treeWalk.at.getID()); } } } else { // Cluster does not have flow == true tempNode.setSelectable(false); } } } log.debug(" ::--> Completed seventh pass"); for (int i = nodes.size() - 1; i >= 0; i--) { tempNode = nodes.get(i); if (tempNode.isCurrent() && tempNode.isInChoice()) { if (tempNode.getDepth() < 0) { tempNode.setDepth(-tempNode.getDepth()); } } if (tempNode.getDepth() >= 0) { while (tempNode.getParentLocation() != -1) { tempNode = nodes.get(tempNode.getParentLocation()); if (tempNode.getDepth() < 0) { tempNode.setDepth(-tempNode.getDepth()); } } } else if (!tempNode.isHidden()) { tempNode.setDepth(-1); } } for (int i = 0; i < nodes.size(); i++) { tempNode = nodes.get(i); if (tempNode.isHidden()) { tempNode.setDepth(-1); List<Integer> parents = new ArrayList<Integer>(); for (int j = i + 1; j < nodes.size(); j++) { tempNode = nodes.get(j); if (tempNode.getParentLocation() == i && tempNode.getDepth() > 0) { tempNode.setDepth(tempNode.getDepth() - 1); parents.add(Integer.valueOf(j)); } else { if (tempNode.getDepth() != -1) { int idx = parents.indexOf(Integer.valueOf(tempNode.getParentLocation())); if (idx != -1) { tempNode.setDepth(tempNode.getDepth() - 1); parents.add(Integer.valueOf(j)); } } } } } } log.debug(" ::--> Completed TOC walk up"); log.debug(" :: ADLSequencer --> END - getTOC"); ActivityNode rootNode = null; for (int i = 0; i < nodes.size(); i++) { ActivityNode node = nodes.get(i); if (node.getParentLocation() == -1) { rootNode = node; } else if (node.getDepth() >= 0) { ActivityNode parentNode = nodes.get(node.getParentLocation()); parentNode.add(node); } } DefaultTreeModel treeModel = new DefaultTreeModel(rootNode); return treeModel; }