Examples of org.openbp.core.model.item.process.NodeSocket

Package org.openbp.core.model.item.process

Examples of org.openbp.core.model.item.process.NodeSocket

org.openbp.core.model.item.process.NodeSocket
A node socket constitutes an entry or an exit of a node. The node parameter contains the same data as an activity parameter, but may have a control link connected to it. The socket may have a number of parameters.
An exit socket can be designated as default socket. If the node is not implemented yet, the engine will use this socket as output path of the node. @author Heiko Erhardt

  public static void addParamMenu(InteractionEvent ie, final Modeler modeler, final SocketFigure socketFigure)
  {
    // Popup menu item group
    JaspiraAction group = null;


    NodeSocket socket = socketFigure.getNodeSocket();
    for (Iterator it = socket.getParams(); it.hasNext();)
    {
      final NodeParam param = (NodeParam) it.next();


      // Create an action that toggles the parameter visibility
      JaspiraAction action = new JaspiraAction(modeler, "modeler.edit.paramvisibility.prototype")

View Full Code Here

        }


        if (flavor [i].equals(ModelerFlavors.SOCKET_FIGURE))
        {
          final SocketFigure socketFigure = (SocketFigure) ie.getSafeTransferData(flavor [i]);
          final NodeSocket socket = socketFigure.getNodeSocket();


          // Add the 'Parameter visibility' sub menu if appropriate
          ParamVisibilityHelper.addParamMenu(ie, modeler, socketFigure);


          // 'Parameter Value Wizard' popup
          final NodeFigure nodeFigure = (NodeFigure) socketFigure.getParent();
          if (ParamValueWizard.isParameterValueWizardApplyable(modeler, nodeFigure, socket.getName()))
          {
            JaspiraAction wizardGroup = new JaspiraAction("popupwizard", null, null, null, null, 2, JaspiraAction.TYPE_GROUP);


            wizardGroup.addMenuChild(new JaspiraAction(modeler, "modeler.edit.paramvaluewizard")
            {
              public void actionPerformed(ActionEvent e)
              {
                // Display parameter value wizard if appropriate
                ParamValueWizard.displayParameterValueWizard(modeler, nodeFigure, socket.getName(), null);
              }
            });


            ie.add(wizardGroup);
          }

View Full Code Here

  /**
   * @see org.openbp.cockpit.plugins.toolbox.ToolBoxPlugin#addStandardToolBoxItems()
   */
  protected void addStandardToolBoxItems()
  {
    NodeSocket socket = new NodeSocketImpl();


    // Add entry socket
    socket = new NodeSocketImpl();
    socket.setEntrySocket(true);
    addToolBoxItem(socket, "toolboxitem.socketentry.tooltip");


    // Add exit socket
    socket = new NodeSocketImpl();
    socket.setEntrySocket(false);
    addToolBoxItem(socket, "toolboxitem.socketexit.tooltip");
  }

View Full Code Here

  private static NodeFigure createNodeFromSocket(SingleSocketNode node, SocketFigure patternSocketFigure, int offset)
  {
    // Create a node figure for the new node
    ProcessDrawing drawing = patternSocketFigure.getDrawing();


    NodeSocket patternSocket = patternSocketFigure.getNodeSocket();


    // Copy name and parameters from the given socket to the node
    copySocketPropertiesToNode(node, patternSocket);


    // Add the node to the process
    patternSocket.getProcess().addNode(node);


    // Create a node figure for the new node
    NodeFigure nodeFigure = drawing.createNodeFigure(node);


    // Position the new node

View Full Code Here

    node.setDescription(patternSocket.getDescription());


    // Make sure it has a name unique among all nodes of the process
    NamedObjectCollectionUtil.createUniqueName(node, process.getNodeList());


    NodeSocket socket = node.getSocket();


    // Copy the parameters of the given socket to the socket of the node
    for (Iterator it = patternSocket.getParams(); it.hasNext();)
    {
      NodeParam param = (NodeParam) it.next();


      try
      {
        param = (NodeParam) param.clone();
      }
      catch (CloneNotSupportedException e)
      {
        param = null;
      }


      if (param != null)
      {
        socket.addParam(param);
      }
    }
  }

View Full Code Here

  public InitialNodeImpl createStandardInitialNode()
  {
    InitialNodeImpl node = new InitialNodeImpl();
    node.setName(CoreConstants.DEFAULT_INITIAL_NODE_NAME);


    NodeSocket socket = createExitSocket(CoreConstants.SOCKET_OUT, true);
    socket.setGeometry(ProcessUtil.createSocketGeometry("s"));
    node.setSocket(socket);


    return node;
  }

View Full Code Here

  public FinalNodeImpl createStandardFinalNode()
  {
    FinalNodeImpl node = new FinalNodeImpl();
    node.setName(CoreConstants.DEFAULT_FINAL_NODE_NAME);


    NodeSocket socket = createEntrySocket(CoreConstants.SOCKET_IN, true);
    socket.setGeometry(ProcessUtil.createSocketGeometry("n"));
    node.setSocket(socket);


    return node;
  }

View Full Code Here

  public DecisionNodeImpl createStandardDecisionNode()
  {
    DecisionNodeImpl node = new DecisionNodeImpl();
    createStandardName(node);


    NodeSocket inSocket = createEntrySocket(CoreConstants.DEFAULT_INITIAL_NODE_NAME, true);
    NodeSocket yesSocket = createExitSocket(CoreConstants.SOCKET_YES, true);
    NodeSocket noSocket = createExitSocket(CoreConstants.SOCKET_NO, false);


    inSocket.setGeometry(ProcessUtil.createSocketGeometry("n"));
    yesSocket.setGeometry(ProcessUtil.createSocketGeometry("s"));
    noSocket.setGeometry(ProcessUtil.createSocketGeometry("e"));


    node.addSocket(inSocket);
    node.addSocket(yesSocket);
    node.addSocket(noSocket);

View Full Code Here

  public ForkNodeImpl createStandardForkNode()
  {
    ForkNodeImpl node = new ForkNodeImpl();
    createStandardName(node);


    NodeSocket inSocket = createEntrySocket(CoreConstants.DEFAULT_INITIAL_NODE_NAME, true);
    NodeSocket outSocket = createExitSocket(CoreConstants.DEFAULT_FINAL_NODE_NAME, true);


    createNodeParam(CoreConstants.FORK_COLLECTION_PARAM, "Collection", "If present, for each element in the collection, a separate token will be created. The element can be retrieved at the outgoing token of the fork node using the CollectionElement parameter.", SYSTEM_TYPE_OBJECT, false, true, inSocket);
    createNodeParam(CoreConstants.FORK_COLLECTION_ELEMENT_PARAM, "Collection element", "Collection element that spawned the token.\nNote that the leaving token can run in non-interactive mode only. No visuals may be displayed here.", SYSTEM_TYPE_OBJECT, false, true, outSocket);


    node.addSocket(inSocket);

View Full Code Here

  {
    WorkflowNodeImpl node = new WorkflowNodeImpl();


    createStandardName(node);


    NodeSocket inSocket = createEntrySocket(CoreConstants.DEFAULT_INITIAL_NODE_NAME, true);
    NodeSocket publishedSocket = createExitSocket(CoreConstants.SOCKET_TASK_PUBLISHED, false);
    NodeSocket acceptedSocket = createExitSocket(CoreConstants.SOCKET_TASK_ACCEPTED, true);


    // Create some (by default hidden and optional) workflow parameters at the 'In' socket
    createNodeParam("StepName", "Step name", "System name of this workflow step for dynamic assignment", SYSTEM_TYPE_STRING, false, true, inSocket);
    createNodeParam("StepDisplayName", "Step title", "Title of this workflow step for dynamic assignment", SYSTEM_TYPE_STRING, false, true, inSocket);
    createNodeParam("StepDescription", "Step description", "Detailled description of this workflow step for dynamic assignment", SYSTEM_TYPE_STRING, false, true, inSocket);

View Full Code Here

0 1 2 3 4 5 6 7

TOP

Related Classes of org.openbp.core.model.item.process.NodeSocket

org.openbp.cockpit.modeler.AutoConnector

org.openbp.cockpit.modeler.ClipboardSupport

org.openbp.cockpit.modeler.drawing.ProcessDrawing

org.openbp.cockpit.modeler.figures.process.MultiSocketNodeFigure

org.openbp.cockpit.modeler.figures.process.NodeFigure

org.openbp.cockpit.modeler.figures.process.ParamConnection

org.openbp.cockpit.modeler.ModelerInteractionModule

org.openbp.cockpit.modeler.paramvaluewizard.ParamValueWizard

org.openbp.cockpit.modeler.paramvaluewizard.ParamVisibilityHelper

org.openbp.cockpit.modeler.util.ModelerUtil

All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.