Package org.richfaces.model

Examples of org.richfaces.model.StackingTreeModel$Argument

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                    }

                    // TODO: why do we iterate over all anonymous arguments?
                    // canProcess will always return true?
                    for (final Iterator i = anonymous.iterator(); i.hasNext();) {
                        final Argument argument = (Argument) i.next();

                        if (argument.canProcess(commandLine, arguments)) {
                            argument.process(commandLine, arguments);
                        }
                    }
                } // [END argument is NOT anonymous
            } // [END option NOT found
        } // [END process each command line token
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     *
     * @return A new Argument instance using the options specified in this
     * ArgumentBuilder.
     */
    public final Argument create() {
        final Argument argument =
            new ArgumentImpl(
                name,
                description,
                minimum,
                maximum,
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    private void createOption(
        final char type,
        final boolean required,
        final char opt) {
        final Argument argument;
        if (type != ' ') {
            abuilder.reset();
            abuilder.withValidator(validator(type));
            if (required) {
                abuilder.withMinimum(1);
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    }
  }
 
  private Option createOption(String name, String desc,
                              String argName, int max, boolean required){
    Argument argument = argBuilder.
      withName(argName).
      withMinimum(1).
      withMaximum(max).
      create();
    return builder.
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  }
 
  private Option createOption(String name, String desc,
                              String argName, int max, boolean required, Validator validator){
   
    Argument argument = argBuilder.
      withName(argName).
      withMinimum(1).
      withMaximum(max).
      withValidator(validator).
      create();
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        GroupBuilder gBuilder = new GroupBuilder();

        /**
         *  OUTPUT Option
         */
        Argument outputPath = aBuilder.withName("output path").withMinimum(1).withMaximum(1).create();
        Option outputOption = oBuilder.withLongName("output")
                                      .withDescription("Path to generated output file")
                                      .withArgument(outputPath).create();

        /**
         *  GCP Option
         */
        Argument GCPPath = aBuilder.withName("path").withMinimum(1).withMaximum(1).create();
        Option inputOption = oBuilder.withLongName("input").withDescription("File with GCPs")
                                     .withArgument(GCPPath).create();

        /**
         * Set skew option
         */
        Argument skewArg = aBuilder.withName("skew").withMinimum(1).withMaximum(1).create();
        Option setSkew = oBuilder.withLongName("skew")
                                 .withDescription("Sets exlipcitly the value of skew parameter ")
                                 .withArgument(skewArg).create();

        /**
         * Set rotation option
         */
        Argument phiArg = aBuilder.withName("rotation").withMinimum(1).withMaximum(1).create();
        Option setPhi = oBuilder.withLongName("phi")
                                .withDescription("Sets exlipcitly the value of rotation parameter (in radians)")
                                .withArgument(phiArg).create();

        Option statistics = oBuilder.withLongName("s")
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        return swingTreeDataModel;
      }
    } else {
      //TODO implement request caching
      StackingTreeModel stackingTreeModel = new VisualStackingTreeModel(null);
      if (getChildCount() > 0) {
        Iterator children = getChildren().iterator();
        while (children.hasNext()) {
          UIComponent component = (UIComponent) children.next();
          if (component instanceof StackingTreeModelProvider) {
            StackingTreeModelProvider provider = (StackingTreeModelProvider) component;
            stackingTreeModel.addStackingModel(provider.getStackingModel());
          }
        }
      }
     
      return stackingTreeModel;
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  protected boolean includeNode() {
    return isIncludedNode();
  }
 
  protected StackingTreeModel createStackingTreeModel() {
    StackingTreeModel treeModel = new VisualStackingTreeModel(getId(), getVar(), new StackingTreeModelDataProvider() {

      public Object getData() {
        return UITreeNodesAdaptor.this.getData();
      }
     
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        return swingTreeDataModel;
      }
    } else {
      //TODO implement request caching
      StackingTreeModel stackingTreeModel = new VisualStackingTreeModel(null);
      if (getChildCount() > 0) {
        Iterator children = getChildren().iterator();
        while (children.hasNext()) {
          UIComponent component = (UIComponent) children.next();
          if (component instanceof StackingTreeModelProvider) {
            StackingTreeModelProvider provider = (StackingTreeModelProvider) component;
            stackingTreeModel.addStackingModel(provider.getStackingModel());
          }
        }
      }
     
      return stackingTreeModel;
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  public abstract String getVar();
  public abstract void setVar(String var);
 
  public StackingTreeModel getStackingModel() {
    StackingTreeModel stackingModel = super.getStackingModel();
   
    StackingTreeModel recursiveModel = new VisualStackingTreeModel(getId(), getVar(), new StackingTreeModelDataProvider() {

      public Object getData() {
        return UIRecursiveTreeNodesAdaptor.this.getNodes();
      }
     
    }, UIRecursiveTreeNodesAdaptor.this) {

      public StackingTreeModel getModelById(String id) {
        StackingTreeModel model = super.getModelById(id);
        if (model == null) {
          model = this.getParent().getModelById(id);
        }
       
        return model;
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