Examples of org.woped.core.model.ModelElementContainer

org.woped.core.model.ModelElementContainer
@author Simon Landes

The ModelElementContainer stores the whole Model of an Petri-Net. In the frist view it is an HashMap, containing for each PetriNetModelElement an Entry with its ID as key. This Entry is again an HashMap containing the Element itselfs with the ID ModelElementContainer.SELF_ID. Additionally it contains all Elements of which this PetriNetModelElement is Source. The Methods of the ModelElementContainer offer a secure and comfort handling with the Model. Therefore the getIdMap() Method should not be used.

Created on 29.04.2003

    for(String arcID:arcIDs)
      mec.getArcById(arcID).setHighlighted(true);
  }
  
  public void removeHighlights(){
    ModelElementContainer mec = editor.getModelProcessor().getElementContainer();
    mec.removeAllHighlighting();
  }

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            return false;
        }
    }


    private boolean isBranchingOk(EditorVC editor) {
        ModelElementContainer mec = editor.getModelProcessor().getElementContainer();
        boolean branchingOk = true;
        String[] param = { "", "", "" };
        Iterator<AbstractPetriNetElementModel> transes = (mec.getElementsByType(AbstractPetriNetElementModel.TRANS_OPERATOR_TYPE)).values()
                .iterator();
        IQualanalysisService qualanService = QualAnalysisServiceFactory.createNewQualAnalysisService(editor);
        Iterator<AbstractPetriNetElementModel> places = qualanService.getPlaces().iterator();
        AbstractPetriNetElementModel end = (AbstractPetriNetElementModel) qualanService.getSinkPlaces().iterator().next();


        while (transes.hasNext()) {
            AbstractPetriNetElementModel trans = (AbstractPetriNetElementModel) transes.next();
            Map<String, Object> outArcs = mec.getOutgoingArcs(trans.getId());
            int sum = 0;
            for (Object v : outArcs.values()) {
                double p = ((ArcModel) v).getProbability();
                sum += (Double.valueOf(p * 100)).intValue();
            }


            int type = ((OperatorTransitionModel) trans).getOperatorType();
            if ((type == OperatorTransitionModel.XOR_SPLIT_TYPE || type == OperatorTransitionModel.XOR_SPLITJOIN_TYPE || type == OperatorTransitionModel.ANDJOIN_XORSPLIT_TYPE)
                    & sum != 100) {
                branchingOk = false;
                param[0] = Messages.getString("QuantAna.Transition");
                param[1] = trans.getNameValue();
                param[2] = sum + "";
            }
        }


        while (places.hasNext()) {
            AbstractPetriNetElementModel place = (AbstractPetriNetElementModel) places.next();
            if (!place.equals(end)) {
                Map<String, Object> outArcs = mec.getOutgoingArcs(place.getId());
                int sum = 0;
                for (Object v : outArcs.values()) {
                    double p = ((ArcModel) v).getProbability();
                    sum += (Double.valueOf(p * 100)).intValue();
                }

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   * 
   * @author Martin Meitz
   * 
   */
  public void setPnmlString(){
    ModelElementContainer elementContainer = editor.getModelProcessor().getElementContainer();
        PetriNetModelProcessor petrinetModel = (PetriNetModelProcessor) editor.getModelProcessor();
        pnmlDoc = PnmlDocument.Factory.newInstance();
        PnmlType iPnml = pnmlDoc.addNewPnml();
        NetType iNet = iPnml.addNewNet();
        iNet.setType(petrinetModel.getType());

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        // its an ordinary Model Element
        super(map);
        setOperatorType(map.getOperatorType());


        simpleTransContainer = new ModelElementContainer();
        // The simple transition container
        // is owned by the operator
        simpleTransContainer.setOwningElement(this);
        // Setting Toolspecific
        this.getToolSpecific().setOperatorId(this.getId());

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                    if (subProcessNets.length > 1)
                      warnings
                          .add("- SKIP SUBPROCESS NET: Only one sub-process net may be defined per sub-process.");


                    NetType subProcessNet = subProcessNets[0];
                    ModelElementContainer container = ((SubProcessModel) element)
                        .getSimpleTransContainer();


                    importNet(subProcessNet, container);


                    // Now see whether we have any
                    // tool-specific information
                    // attached to the sub-net
                    // This might contain layout information
                    // for the sub-process editor
                    for (int j = 0; j < subProcessNet
                        .getToolspecificArray().length; ++j)
                      if (subProcessNet
                          .getToolspecificArray(j)
                          .getTool().equals("WoPeD")) {
                        if (subProcessNet
                            .getToolspecificArray(j)
                            .isSetBounds()) {
                          Dimension dim = new Dimension(
                              subProcessNet
                                  .getToolspecificArray(
                                      j)
                                  .getBounds()
                                  .getDimension()
                                  .getX()
                                  .intValue(),
                              subProcessNet
                                  .getToolspecificArray(
                                      j)
                                  .getBounds()
                                  .getDimension()
                                  .getY()
                                  .intValue());
                          Point location = new Point(
                              subProcessNet
                                  .getToolspecificArray(
                                      j)
                                  .getBounds()
                                  .getPosition()
                                  .getX()
                                  .intValue(),
                              subProcessNet
                                  .getToolspecificArray(
                                      j)
                                  .getBounds()
                                  .getPosition()
                                  .getY()
                                  .intValue());
                          EditorLayoutInfo layout = new EditorLayoutInfo();


                          layout.setSavedSize(dim);
                          layout
                              .setSavedLocation(location);
                          // Only if also the
                          // remaining information is
                          // available,
                          // try to import the width
                          // of the tree view
                          if (subProcessNet.getToolspecificArray(j).isSetTreeWidth()){
                            layout.setTreeViewWidthRight(subProcessNet.getToolspecificArray(j).getBounds()
                                    .getDimension().getX().intValue() - subProcessNet.getToolspecificArray(j).getTreeWidth());
                          }
                          
                          if (subProcessNet.getToolspecificArray(j).isSetTreeWidthRight()){
                            layout.setTreeViewWidthRight(subProcessNet.getToolspecificArray(j).getTreeWidthRight());
                          }
                            
                          if(subProcessNet.getToolspecificArray(j).isSetOverviewPanelVisible()){
                            layout.setOverviewPanelVisible(subProcessNet.getToolspecificArray(j).getOverviewPanelVisible());
                          }else{
                            layout.setOverviewPanelVisible(true);
                          }
                          
                          if(subProcessNet.getToolspecificArray(j).isSetTreeHeightOverview()){
                            layout.setTreeHeightOverview(subProcessNet.getToolspecificArray(j).getTreeHeightOverview());
                        
                          }
                          
                          if(subProcessNet.getToolspecificArray(j).isSetTreePanelVisible()){
                            layout.setTreePanelVisible(subProcessNet.getToolspecificArray(j).getTreePanelVisible());
                          }else{
                            layout.setTreePanelVisible(true);
                          }
                          
                          container.setEditorLayoutInfo(layout);
                        }
                      }
                  }
                }
              }

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    }




    private void createJavaBeansInstances(EditorVC editor)
    {
        ModelElementContainer elementContainer = editor.getModelProcessor().getElementContainer();
        PetriNetModelProcessor petrinetModel = (PetriNetModelProcessor) editor.getModelProcessor();
        pnmlDoc = PnmlDocument.Factory.newInstance();
        PnmlType iPnml = pnmlDoc.addNewPnml();


        // Initialisieren der Statusbar
        int resources = petrinetModel.getResources().size();
        int roles = petrinetModel.getRoles().size();
        int orgaUnits = petrinetModel.getOrganizationUnits().size();
        int resourcesMapping = petrinetModel.getResourceMapping().size();
        int rootElements = elementContainer.getRootElements().size();
        int arcs = elementContainer.getArcMap().size();
        // TODO (blackfox) - extend statusbars for simulations


        for (int i = 0; i < statusBars.length; i++)
            statusBars[i].startProgress("Save to File", resources + roles + resourcesMapping + orgaUnits + rootElements + arcs);

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                // so it can be assigned back later on when importing the net
                newPage.setId(currentModel.getId());
                // Create a new XMLBean representing the sub-net
                NetType newNet = newPage.addNewNet();
                
                ModelElementContainer subProcessContainer =                 
                  ((SubProcessModel)currentModel).getSimpleTransContainer();
                
                EditorLayoutInfo subProcessLayout =subProcessContainer.getEditorLayoutInfo();
                if (subProcessLayout!=null)
                {
                  // This sub-process model stores some information about
                  // the layout of the subprocessor editor
                  // Convert it to XMLBeans information and store it

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  }


  private LinkedList<TransitionModel> getTransModels() {
    LinkedList<TransitionModel> lst = new LinkedList<TransitionModel>();
    ArrayList<String> ids = new ArrayList<String>();
    ModelElementContainer mec = editor.getModelProcessor().getElementContainer();
    Node[] nodes = graph.getNodeArray();


    for (int i = 0; i < nodes.length; i++)
      if (graph.isTransition(nodes[i].getId()))
        ids.add(nodes[i].getId());


    for (int i = 0; i < ids.size(); i++) {
      lst.add((TransitionModel) mec.getElementById(ids.get(i)));
    }


    return lst;
  }

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    this.fillVariableToComboBox(this.toVariableComboBox);
    this.toVariableComboBox.setSelectedItem(o);


    if (Assign.class.isInstance(this.transition.getBpelData())) {
      Assign assign = (Assign) this.transition.getBpelData();
      ModelElementContainer model = this.t_editor.getEditor()
          .getModelProcessor().getElementContainer();
      BpelVariable var = model.findBpelVariableByName(assign
          .getFromVariable());
      this.fromVariableComboBox.setSelectedItem(var);
      var = model.findBpelVariableByName(assign.getToVariable());
      this.toVariableComboBox.setSelectedItem(var);
    }
    this.repaint();
  }

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   private void gettingElements(HashMap<String, SGYElement> vertices) {
    HashMap<String, SGYElement> potentialSources;
    AbstractPetriNetElementModel ele;
    ArcModel arc;
    String sSource, sTarget;
    ModelElementContainer mec = editor.getModelProcessor()
        .getElementContainer();


    // getting Elements and Arcs
    for (String elementId : mec.getIdMap().keySet()) {
      ele = mec.getElementById(elementId);
      selectElements.add(ele.getParent());
      if (lineType != 2) {
        if (ele instanceof TransitionModel) {
          TransitionModel transitionModel = (TransitionModel) ele;
          if (transitionModel.hasTrigger()) {
            lineType = 1;
          }
          if (transitionModel.hasResource()) {
            lineType = 2;
          }
        }
      }
      vertices.put(ele.getId(), new SGYElement(ele));
    }


    // building relationships, defines the source
    potentialSources = (HashMap<String, SGYElement>) vertices.clone();
    for (String arcId : mec.getArcMap().keySet()) {
      arc = mec.getArcById(arcId);
      selectElements.add(arc);
      sSource = null;
      sTarget = null;
      if (arc != null) {
        sSource = arc.getSourceId();

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Related Classes of org.woped.core.model.ModelElementContainer

org.woped.core.model.petrinet.AbstractPetriNetElementModel

org.woped.core.model.petrinet.OperatorTransitionModel

org.woped.core.model.petrinet.SubProcessModel

org.woped.core.model.petrinet.XORJoinOperatorTransitionModel

org.woped.core.model.petrinet.XORSplitOperatorTransitionModel

org.woped.editor.controller.bpel.BPELassignPanel

org.woped.editor.controller.vc.SubprocessEditorVC

org.woped.editor.graphbeautifier.SGYGraph

org.woped.editor.orientation.EditorSize

org.woped.file.controller.vep.FileEventProcessor

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