Abstract: An interactive graphical user interface (GUI) to guide configuration of an application is disclosed. A GUI receives user input comprising dragging and dropping an icon representing a particular configurable option into a configuration region of the GUI. The drag-and-drop user input indicates a selection of the particular configurable option. The GUI receives, through one or more interface elements, user input configuring the particular configurable option. The user input provides a context for which additional configurable options are presented to the user. Based on the context, a configuration engine selects only a subset of configurable options that are associated with the particular configurable option for presentation to a user. A GUI displays icons representing the selected subset of configurable options, but not icons representing the non-selected subset of configurable options.

Abstract: An interactive graphical user interface (GUI) to guide configuration of an application is disclosed. A GUI receives user input comprising dragging and dropping an icon representing a particular configurable option into a configuration region of the GUI. The drag-and-drop user input indicates a selection of the particular configurable option. The GUI receives, through one or more interface elements, user input configuring the particular configurable option. The user input provides a context for which additional configurable options are presented to the user. Based on the context, a configuration engine selects only a subset of configurable options that are associated with the particular configurable option for presentation to a user. A GUI displays icons representing the selected subset of configurable options, but not icons representing the non-selected subset of configurable options.

Abstract: An interactive graphical user interface (GUI) to guide configuration of an application is disclosed. A GUI receives user input comprising dragging and dropping an icon representing a particular configurable option into a configuration region of the GUI. The drag-and-drop user input indicates a selection of the particular configurable option. The GUI receives, through one or more interface elements, user input configuring the particular configurable option. The user input provides a context for which additional configurable options are presented to the user. Based on the context, a configuration engine selects only a subset of configurable options that are associated with the particular configurable option for presentation to a user. A GUI displays icons representing the selected subset of configurable options, but not icons representing the non-selected subset of configurable options.

Abstract: A mobile application enables employees to manage their goals and track their performance at any time, and from any place. A mobile device such as a tablet computer or a smart phone can download goal information over the Internet from a remote server. The mobile device can provide user interfaces through which its user can work on the goal. The mobile device can upload the result of the work performed on the mobile device to the remote server. The mobile application also enables an employee to augment his or her goal and performance data using data from third-party systems. The data from the third party systems can be incorporated into the goal and performance data as evidence of the employee progressing toward his goals. For example, such data from a third-party system might include tweets from a Twitter feed, or stock prices from a NASDAQ ticker feed.

Abstract: An interactive graphical user interface (GUI) to guide configuration of an application is disclosed. A GUI receives user input comprising dragging and dropping an icon representing a particular configurable option into a configuration region of the GUI. The drag-and-drop user input indicates a selection of the particular configurable option. The GUI receives, through one or more interface elements, user input configuring the particular configurable option. The user input provides a context for which additional configurable options are presented to the user. Based on the context, a configuration engine selects only a subset of configurable options that are associated with the particular configurable option for presentation to a user. A GUI displays icons representing the selected subset of configurable options, but not icons representing the non-selected subset of configurable options.

Abstract: A method, system, and computer program product for decision-support tools (e.g., for merger, acquisition, and spin-off decision support) within an enterprise software suite for forming a relative location graph based on user-specified decision criteria. The method commences by selecting a subject user-specified managed location comprising at least a location data structure, and receiving user-specified criteria (e.g., number of employees, departments, etc.), the criteria having corresponding values retrieved using the data structure. One or more additional user-specified managed locations are selected, and relationships between the subject location and the additional locations are determined for use in a graphical representation (e.g., a visual aid to display on a display surface in a graphical user interface). A graph is formed with nodes representing managed locations, and edges representing the relationships of the additional locations to the subject location based on the user-specified criteria.

Abstract: A mobile application enables employees to manage their goals and track their performance at any time, and from any place. A mobile device such as a tablet computer or a smart phone can download goal information over the Internet from a remote server. The mobile device can provide user interfaces through which its user can work on the goal. The mobile device can upload the result of the work performed on the mobile device to the remote server. The mobile application also enables an employee to augment his or her goal and performance data using data from third-party systems. The data from the third party systems can be incorporated into the goal and performance data as evidence of the employee progressing toward his goals. For example, such data from a third-party system might include tweets from a Twitter feed, or stock prices from a NASDAQ ticker feed.

Abstract: A method, system, and computer program product for decision-support tools (e.g., for merger, acquisition, and spin-off decision support) within an enterprise software suite for forming a relative location graph based on user-specified decision criteria. The method commences by selecting a subject user-specified managed location comprising at least a location data structure, and receiving user-specified criteria (e.g., number of employees, departments, etc.), the criteria having corresponding values retrieved using the data structure. One or more additional user-specified managed locations are selected, and relationships between the subject location and the additional locations are determined for use in a graphical representation (e.g., a visual aid to display on a display surface in a graphical user interface). A graph is formed with nodes representing managed locations, and edges representing the relationships of the additional locations to the subject location based on the user-specified criteria.