Abstract: A method, system, and computer-usable medium are disclosed for providing navigation assistance within a user interface. A request for look-ahead navigation assistance is received and the user's current location within the application is determined. Application state data associated with the user's current location within the application is processed to generate possible destination locations within the application. The resulting possible location destinations within the application are then contextually displayed to the user within a user interface as graphical elements.

Abstract: Embodiments of the present invention address deficiencies of the art in respect to content layout in a pervasive device display and provide a method, system and computer program product for the dynamic selection of a content layout for content in a pervasive device display. In one embodiment of the invention, a dynamic content layout method for pervasive devices can include obtaining display characteristics for a host pervasive device, locating a layout mode corresponding to the obtained display characteristics, and arranging panels of a graphical user interface for an application in the host pervasive device according to the located layout mode.

Abstract: Systems and methods for user interface (UI) flagging. The methods involve setting a first visual indicator on or adjacent to a first UI element of a UI when code that generates the first UI element has been added to an application or modified so as to change at least one functional characteristic of the first UI element. The methods also involve setting a second visual indicator on a first UI object of the application when code that generates the first UI object has been modified so as to remove a second UI element therefrom. The visual indicators are set by adding UI flagging code to the code that generates the first UI element and/or first UI object. Also, third visual indicators can be set on or adjacent to second UI objects that have “trails” to the first UI element and/or the first UI object.

Abstract: A search tool determines a plurality of sub-queries from a query submitted to the search tool. For each of the plurality of sub-queries, the search tool determines dependencies among the plurality of sub-queries using dependency information. The dependency information indicates dependencies among the plurality of sub-queries based on structure of a plurality of data sources and/or structures of a plurality of data views provided by the search tool. Placeholders for expected results of at least a subset of the plurality of sub-queries that are dependent sub-queries are created. The placeholders are registered with a distribution service using the placeholder identifiers. For each of the subset of the plurality of sub-queries, a modified sub-query that indicates the identifier for the placeholder that corresponds to the sub-query is generated. The modified sub-queries are submitted to the plurality of data sources in accordance with the dependencies.

Abstract: A method, system, and computer-usable medium are disclosed for providing navigation assistance within a user interface. A request for look-ahead navigation assistance is received and the user's current location within the application is determined. Application state data associated with the user's current location within the application is processed to generate possible destination locations within the application. The resulting possible location destinations within the application are then contextually displayed to the user within a user interface as graphical elements.

Abstract: Systems and methods for user interface (UI) flagging. The methods involve setting a first visual indicator on or adjacent to a first UI element of a UI when code that generates the first UI element has been added to an application or modified so as to change at least one functional characteristic of the first UI element. The methods also involve setting a second visual indicator on a first UI object of the application when code that generates the first UI object has been modified so as to remove a second UI element therefrom. The visual indicators are set by adding UI flagging code to the code that generates the first UI element and/or first UI object. Also, third visual indicators can be set on or adjacent to second UI objects that have “trails” to the first UI element and/or the first UI object.