Abstract: A method and apparatus for the automatic completion of a computer generated screen including a plurality of fields. As the user completes each field in the screen with an alphanumeric string, the alphanumeric string is associated with an identification number. The alphanumeric string entries in the fields of the screen can be represented as a sequence of identification strings. As each screen is completed by the user, the present invention generates a sequence of identification strings representative of the screen. The rows are stored in memory and are used to automatically complete later screens at the user's command. When a user wishes to automatically complete the screen, the fields of the current screen that contain alphanumeric strings are analyzed. Once all of the fields have been analyzed and a sequence of identification numbers formed, the sequence of identification numbers for the current screen is compared to the plurality of sequences of identification numbers for prior screens.

Abstract: A graphical user interface designed as a notebook with tabs used to control operation of multiple applications and multiple operations within the applications. Each page of a notebook represents a different application all within an Object Linking and Embedding (OLE 2.0.TM.) environment. Each page has an associated tab that is used to access the application by clicking on it. A dragging feature allows a user to drag an entire application from one notebook to a second notebook without closing that application. Also this application can be dragged to the desktop and placed in new folder or thrown away. There also are design features which allow the user to change the look of the notebook.