Abstract: A system receives an identification of an electronic form that contains a set of objects. At least one object allows a user, via a graphical user interface, to provide input to the object. The system identifies a set of objects from the electronic form to be included within a panel used by a wizard to complete the electronic form. The system generates the panel for presentation by the wizard. The panel allows the user to provide input to those objects on that panel.

Abstract: A system receives an identification of an electronic form that contains a set of objects. At least one object allows a user, via a graphical user interface, to provide input to the object. The system identifies a set of objects from the electronic form to be included within a panel used by a wizard to complete the electronic form. The system generates the panel for presentation by the wizard. The panel allows the user to provide input to those objects on that panel.

Abstract: A system and method for facilitating distributed form processing is disclosed. The system ma deploy a form to both a client and a server, wherein the form is consistent with a common object model supported by both the client and the server. Scripts associated with the form may be marked to run on the client or on the server. When a script fires, if it is marked to run on the client, the script executes on the client. When the client fires a script marked to run on the server, the client sends the state of the form to the server, the server runs the script and returns the new state of the form to the client. The client updates the state of its form to reflect the changes made by the server.