Abstract: A metal framing layout square of substantially flat unitary construction and a method for using the same is provided. The square preferably includes an elongated blade, an elongated slot defined in the blade and parallel to the edges of the blade to provide two additional edges for the marking of measurement scales. The tool provides a tongue joined at a right angle to the blade. The metal framing layout square is preferably used with the layout phase of interior metal framed walls, and is directed to a metal framing layout square for use in constructing compound metal framing systems comprising a plurality of predetermined lengths and widths, and has slots which are to allow a user to readily mark a series of layout marks from a starting point to efficiently complete a set of markings for an entire framing structure with minimal need for secondary measuring devices.

Abstract: Techniques are described for providing information about installation states of software components using an interactive object. Information regarding one or more classifications is received. Each of the classifications indicates a different installation state. At least a portion of the information is displayed in a first area of the interactive object. A selectable element is included in the interactive object which, when selected, causes performance of an action.

Abstract: Techniques are described for providing information about installation states of software components using an interactive object. Information regarding one or more classifications is received. Each of the classifications indicates a different installation state. At least a portion of the information is displayed in a first area of the interactive object. A selectable element is included in the interactive object which, when selected, causes performance of an action.

Abstract: Techniques are described for providing information about installation states of software components using an interactive object. Information regarding one or more classifications is received. Each of the classifications indicates a different installation state. At least a portion of the information is displayed in a first area of the interactive object. A selectable element is included in the interactive object which, when selected, causes performance of an action.

Abstract: Multiple options, techniques, and procedures can be provided for navigating, accessing, and displaying tasks, task templates, or instances of task templates. Two options can be presented for navigating to a task template using a user interface. One option can comprise selecting a task from a contextual task list, and the other option can comprise selecting a context-free task. A user can visually switch between two procedures for providing access to a task template. A first procedure can comprise invoking the task template by selecting a task from a context-free task list. A second procedure can comprise invoking the task template by selecting a contextual task from a contextual task list that displayed as a result of a selection of an entity from a topology view. Other techniques for task navigation can comprise displaying a topology view and a contextual task list, and displaying a list of context-free tasks.