Abstract:
In one embodiment, the present invention is a system and method for loading a web page in a browser application. The method sends a request to retrieve the web page, receives a response to the request that includes the web page, and displays the web page in the browser application. The web page includes a static view portion, a dynamic view portion, and at least one possible action that a user may take from the web page. When the user takes each possible action, the browser application will display a related web page. The method receives a second response to the request that includes the static view portion of the related web page for each possible action, and stores the static view portion of the related web page for each possible action.
Abstract:
A customized user interface is configured to include one or more user interface gadgets provided by one or more user interface gadget providers. Multiple possible user interface gadgets are identified for inclusion in the user interface by comparing a set of required attributes for the user interface to stored attribute data for a plurality of registered user interface gadgets. One or more of the possible user interface gadgets is selected for inclusion in the user interface using stored evaluation data for the possible user interface gadgets. Data related to the selected user interface gadget(s) is provided for use in generating the customized user interface on a computer system.
Abstract:
A system and method for asynchronously updating a web page or web pages displayed on a computer. The method receives from the computer an event message that is generated as a response to an action by a user to change an object displayed on the web page. The method creates a dynamic dependency graph having a root node, and child nodes that depend upon the root node, and adds the object that generated the event message, or a reference to the object, to the dependency graph as the root node. In addition, the child nodes may add other child nodes. The method receives context information for other objects displayed on the web page, when a dependency exists between the object and the other objects. The method adds the other objects, or references to the other objects, to the dependency graph as the child nodes. The method traverses the dependency graph and sends update requests to the web page or web pages displayed on the computer, wherein the update requests are sent to the object associated with the root node, and the other objects associated with the child nodes.
Abstract:
A computer-based system for updating interdependent tasks in a multi-task environment is provided. The system includes one or more processors for processing processor-executable code and an input/output interface communicatively linked to at least one processor. The system further includes a brokering module configured to execute on the at least one processor. The brokering module can be configured to interconnect a plurality of event-responsive interdependent tasks in response to an event generated while one of the tasks is being processed. Different tasks can be provided by different applications. The brokering module is configured to initiate an asynchronous updating of the tasks, wherein the asynchronous updating comprises a background process of the multi-task environment preformed for each task not being currently processed and wherein the updating is performed while the one task is being processed. The brokering module, moreover, is further configured to provide through the interface a status notification of the updating of each of the tasks.
Abstract:
A system and method for managing object relationships in an enterprise is presented. A request manager receives a view request from a user. The request manager retrieves a management definition object (MDO) and a perspective that corresponds to the view request, which the request manager uses to generate a view that includes nodes corresponding to an enterprise's objects. The user analyzes the generated view, and sends a command request to the request manager that corresponds to a plurality of the nodes. The request manager uses the retrieved perspective, and the MDO in order to identify objects that correspond to the command request. Once the objects are identified, the command manager sends a command to the identified objects.
Abstract:
Managing object relationships in an enterprise is presented. A request manager receives a view request from a user. The request manager retrieves a management definition object (MDO) and a perspective that corresponds to the view request, which the request manager uses to generate a view that includes nodes corresponding to an enterprise's objects. The user analyzes the generated view, and sends a command request to the request manager that corresponds to a plurality of the nodes. The request manager uses the retrieved perspective, the MDO, and also may access a backend in order to identify objects that correspond to the command request. Once the objects are identified, the command manager sends a command to the identified objects to the backend through plug-ins.
Abstract:
A system and a method for generating an authorization role associated with a set of access rights and assigning the authorization role to a class of one or more computer users for accessing secured resources are provided.
Abstract:
A system and method is provided for integrating portlets. When viewing portlets within a portal container, a user is presented with a choice of one or more sources of data and, for each source, one or more actions that the user can take regarding the source. When an action is selected, it causes the source data to be transferred to one or more “target” portlets that have also been activated by the user. The set of actions available from a given source is automatically provided given the available target portlets. As each portlet is initialized, it informs a “broker” of the actions that the portlet supports along with the type of data that is used by the action. When a portal page is being constructed, each portlet identifies to the broker the sources of data within the portlet along with the values and data types corresponding to the sources.
Abstract:
Content aggregation is used to build administration consoles. Preferred embodiments enable providing a solution-based approach to information technology (“IT”) administration, whereby content can be flexibly arranged to provide a content view that is adapted for the IT solution deployed in a particular IT environment. In preferred embodiments, portal technology is used for the aggregation framework, and portlets are used for creating content. Alternatively, other approaches such as struts and tiles may be used. Preferred embodiments deploy an administration console as a Web-accessible application, and this console consolidates the administration interfaces for an arbitrary set of management operations, including administration of an arbitrary collection of hardware and/or software resources. Roles/permissions may be used when rendering content for the console, thereby customizing a view to individual end users (or user groups).