Abstract: Disclosed herein are system, method, and computer program product embodiments for implementing facet components and facet collection components for dynamic switching between display contexts. An embodiment operates by presenting, via a first rendering component, a first graphical representation of a numeric component in a first display context within a graphical user interface, determining a second display context associated with the numeric component, and loading a second rendering component associated with the second display context into the numeric component. Further, the embodiment presents, via the second rendering component, a second graphical representation of the numeric component in the second display context within the graphical user interface.

Abstract: Disclosed herein are system, method, and computer program product embodiments for implementing facet components and facet collection components for dynamic switching between display contexts. An embodiment operates by presenting, via a first rendering component, a first graphical representation of a numeric component in a first display context within a graphical user interface, determining a second display context associated with the numeric component, and loading a second rendering component associated with the second display context into the numeric component. Further, the embodiment presents, via the second rendering component, a second graphical representation of the numeric component in the second display context within the graphical user interface.

Abstract: Systems and techniques for deep hierarchy navigation include instantiating user interface (UI) components of an application in an application view on a computing device, where each of the UI components is represented by an application (app) model. For each of the UI components, dependencies on other objects are mapped including paths to the other objects. In response to an action to submit data contained in the UI components, each of the UI components is checked against validation rules. In response to one of the UI components violating one of the validation rules, an error in the UI component violating the rule is identified in a popover window using the mapped dependencies to identify the error. In response to a selection of the error in the popover window, the application is focused on the UI component containing the error.

Abstract: Systems and techniques for deep hierarchy navigation include instantiating user interface (UI) components of an application in an application view on a computing device, where each of the UI components is represented by an application (app) model. For each of the UI components, dependencies on other objects are mapped including paths to the other objects. In response to an action to submit data contained in the UI components, each of the UI components is checked against validation rules. In response to one of the UI components violating one of the validation rules, an error in the UI component violating the rule is identified in a popover window using the mapped dependencies to identify the error. In response to a selection of the error in the popover window, the application is focused on the UI component containing the error.