Abstract: A system and method of de-duplicating data using a graphical user interface application. The graphical user interface application represents a model of the selected data records in a data tree. The graphical user interface application processes a selected target data record and potential duplicates data records. Nodes representing the potential duplicate data records can be added to the target data record. Nodes representing the potential duplicate data records can also be dragged and dropped into a node of the target data record. Nodes from the target data record can also be removed from the target data record. Differences between data associated with multiple nodes can be graphically presented with the graphical user interface application when multiple nodes are selected. Changes made to the data tree in the graphical user interface are applied to data records stored in a database.

Abstract: The present disclosure involves methods, systems, and devices, including computer programs encoded on a computer storage medium, for providing a generic refresh of displayed content on computing devices, e.g., handheld devices. In one aspect, a method comprises displaying on a screen of the device a content area and a tab area comprising at least one tab. The content area is being refreshed upon receiving an activation of the tab followed by a command associated to a dragging of the tab towards a center of the screen followed by a command associated to a release of the tab, wherein the command associated to a dragging of the tab towards the center of the screen is received while receiving the activation of the tab. In some instances, the refreshing of the content area causes the content area to display updated web content associated to the tab.

Abstract: Various embodiments of systems and methods for integrating redact functionalities in software applications are described herein. In an aspect, the method includes receiving a request to register one or more sniffs related to an entity of the software application. The registration includes assigning a unique identifier and storing the registered stuff. Upon registration, one or more artifacts are accessed to perform operations including at least one of triggering redo and undo for the registered stuff based upon user's action, triggering done when a task related to the registered stuff is completed, assigning one or more information elements to the registered stuff, performing an operation including one of initialize, create, delete, done, and change corresponding to an information element, providing at least one of an action and data related to the performed operation, and handling an undo request and a redo request corresponding to the information element.

Abstract: A system and method of de-duplicating data using a graphical user interface application. The graphical user interface application represents a model of the selected data records in a data tree. The graphical user interface application processes a selected target data record and potential duplicates data records. Nodes representing the potential duplicate data records can be added to the target data record. Nodes representing the potential duplicate data records can also be dragged and dropped into a node of the target data record. Nodes from the target data record can also be removed from the target data record. Differences between data associated with multiple nodes can be graphically presented with the graphical user interface application when multiple nodes are selected. Changes made to the data tree in the graphical user interface are applied to data records stored in a database.

Abstract: In one embodiment, the method includes identifying an incident associated with a scene. The incident is identified through a reporter object associated with the scene. Based upon the identified incident, one or more observer objects related to the scene is determined. The incident is communicated to the one or more observer objects.

Abstract: Various embodiments of systems and methods to provide access to context information in a heterogeneous application environment are described herein. The context information of a source application is received. The context information is based on the execution of the source application. Further, the context information is stored in one or more context vectors of a global context unit, the one or more context vectors corresponding to the source application and one or more target applications. Furthermore, access to the context information of the global context unit is provided for the one or more target applications upon receiving invoking access indication from the one or more target applications. Also, the source application and the one or more target applications are integrated with the global context unit.

Abstract: The present disclosure involves methods, systems, and devices, including computer programs encoded on a computer storage medium, for providing a generic refresh of displayed content on computing devices, e.g., handheld devices. In one aspect, a method comprises displaying on a screen of the device a content area and a tab area comprising at least one tab. The content area is being refreshed upon receiving an activation of the tab followed by a command associated to a dragging of the tab towards a center of the screen followed by a command associated to a release of the tab, wherein the command associated to a dragging of the tab towards the center of the screen is received while receiving the activation of the tab. In some instances, the refreshing of the content area causes the content area to display updated web content associated to the tab.

Abstract: In one embodiment, the method includes identifying an incident associated with a scene. The incident is identified through a reporter object associated with the scene. Based upon the identified incident, one or more observer objects related to the scene is determined. The incident is communicated to the one or more observer objects.

Abstract: Various embodiments of systems and methods to provide access to context information in a heterogeneous application environment are described herein. The context information of a source application is received. The context information is based on the execution of the source application. Further, the context information is stored in one or more context vectors of a global context unit, the one or more context vectors corresponding to the source application and one or more target applications. Furthermore, access to the context information of the global context unit is provided for the one or more target applications upon receiving invoking access indication from the one or more target applications. Also, the source application and the one or more target applications are integrated with the global context unit.