Microsoft Technology Licensing, LLC

David Anthony Sobeski

Felix G T I Andrew

Matthew A Shulman

Martin Cibulka

Matthew James Curland

Lisa G Post

Michael D Smith

Jules S Cohen

Joseph H Matthews, Iii

Attila Narin

J Andrew Goossen

Ian Michael Ellison-Taylor

Daryl B Olander

Tracy Sharpe

Suzan Andrew

Cecil J Juanarena

Keith A Kegley

Kate Seekings

Philippe P Nicolle

Felix G T J Andrew

An intelligent real time tool to assist a computer programmer during the writing and/or maintenance of a computer program. The tool generates assist windows that contain program related information that the programmer can use to construct a programming language statement and/or to obtain real time information about a programming language statement. An assist window can be automatically displayed as determined by the tool itself, and/or manually displayed on demand in response to a user input command. An assist window displays two general categories of information including but not limited to selection menu information based on a partial compilation of all programming language statements, and informational displays based on a partial compilation and a reverse parse of an immediate programming language statement. The statement generating tool assist windows are non-intrusive to programmer input and can be ignored by the programmer by merely continuing to type an immediate programming language statement without interacting with the assist windows that are proximate the programming language statement being constructed by the programmer.

Computer programming language statement building and information tool

Systems and methods for enabling users at a plurality of client computers to share a common browsing experience are provided. A server computer according to the invention includes an interface to a communications network for establishing a first link between the server and the host client computer and a second link between the server and the slave client computer. The server has a shared view engine for receiving from the host client computer, an identifier that identifies the slave client computer and a locator corresponding to content on the server. The shared view engine causes the server to deliver the content corresponding to the locator to both the host client computer and the slave client computer. Thus, the host client computer and the slave client computer are enabled to share browsing of the content received from the server. To enable the slave clients to share in the browsing experience, the host client can send information such as URL and cookie data to the slave clients. Using the information from the host client, the slave clients can request the same Web pages being viewed by the host client. Alternatively, the host client can request the content not only for itself, but for the slave clients as well.

Shared views for browsing content

A system and process for providing adaptable controls to computing applications to facilitate interaction by an operator with computing application content is provided. The present invention provides a system to update the control parameters remote to the computing application to reflect changes in operator's preferences. In an illustrative implementation, these dynamic controls may take the form of an add-on toolbar having drop down menus that have the form of panes. In operation, the computing application launches and retrieves the parameters of these controls through messaging from a remote server computer. When launched, the computing application will display the add-on toolbar, maintaining Web-in-Web panes, having the latest updated parameters (i.e. content, look, and feel of the toolbar and panes) as found on the remote server computer. These parameters may be changed by the operator to reflect changes in their content or feature preference.

Dynamic controls for use in computing applications

An intelligent real time tool to assist a computer programmer during the writing and/or maintenance of a computer program. The tool generates assist windows that contain program related information that the programmer can use to construct a programming language statement and/or to obtain real time information about a programming language statement. An assist window can be automatically displayed as determined by the tool itself, and/or manually displayed on demand in response to a user input command. An assist window displays two general categories of information including but not limited to selection menu information based on a partial compilation of all programming language statements, and informational displays based on a partial compilation and a reverse parse of an immediate programming language statement. The statement generating tool assist windows are non-intrusive to programmer input and can be ignored by the programmer by merely continuing to type.

Computer programming language statement building and information tool with non obstructing passive assist window

A notification component that is shared between all applications that provides notifications to users without interrupting the task that the user is working and allows users to manage the notifications from one location. The user can globally set preferences as to how the notifications should be rendered. These preferences include enabling or disabling notification classifications, which rendering type they want to use for each notification classification, and priority of notifications within each notification classification. The notification component allows the user to indicate what notifications the user want to sees and how the notifications are rendered. Rendering types include audio, visual, and pager styles. An application uses an application programming interface to send notification using schema based or text based notifications. The system parses the notification and provides the user the notification through notification classifications in accordance with the user preferences.

Method and system for displaying transient notifications

A system and process for tracking users' usage of content in computer systems. The tracking and accumulation of content usage information allows content providers to understand more about their user base. In a computer system having numerous users, it is advantageous to provide relevant customized content in addition to any specifically requested content. By storing and processing content usage information for users in a computer system, customized content may be provided to a user based on the user's previous usage of similar content. In operation, a computer system hosting various content creates a unique identifier, having data storage space, for a given user of the computer system. When a user sends a request for content to the computer system, a unique identifier is created and/or updated with information relevant to a user's content request. The identifier is passed back to the user with the specifically desired content. When processing subsequent requests for content, the computer system updates the unique identifier with most recent usage information. In addition, the computer system processes the unique identifier for previous usage information in an effort to provide customized relevant content, in addition to the specifically desired content.

Tracking usage behavior in computer systems

A system and process for providing adaptable controls to computing applications to facilitate interaction by an operator with computing application content is provided. The present invention provides a system to update the control parameters remote to the computing application to reflect changes in operator's preferences. In an illustrative implementation, these dynamic controls may take the form of an add-on toolbar having drop down menus that have the form of panes. In operation, the computing application launches and retrieves the parameters of these controls through messaging from a remote server computer. When launched, the computing application will display the add-on toolbar, maintaining Web-in-Web panes, having the latest update parameters (i.e. content, look, and feel of the toolbar and panes) as found on the remote server computer. These parameters may be changed by the operator to reflect changes in their content or feature preference.

Dynamic object behavior for object-oriented environments. In one embodiment, a system having an object, a data store, and application. The object has a plurality of dynamic behaviors. The data store data regarding the plurality of dynamic behaviors. The application instantiates the object from data stored in the data store regarding the plurality of dynamic behaviors.

Dynamic object behavior for object-oriented-computing environments

Methods and systems for building context-based user interfaces are provided. According to the present invention, a contextual engine residing on a host computer system provides a user interface based on a predefined set of user interface (UI) elements that are selected on the basis of a set of prescribed conditions being satisfied. The computer system includes a data store having a plurality of contexts, wherein each context is defined by a set of prescribed conditions and is associated with a predefined set of UI elements. The contextual engine determines, for each context, whether the set of prescribed conditions that defines the context is satisfied, and, if so, provides a user interface based on the predefined set of UI elements associated with the context. The contextual engine provides the user interface by identifying for an application program residing on the host computer system, the predefined set of UI elements associated with the context. The application builds the user interface based on the predefined set of UI elements associated with the context. The contextual engine continues running in the background on the host computer system and dynamically updates the user interface as long as the user is logged onto the host computer system.

Context-based dynamic user interface elements

Methods and systems for providing user interfaces that include content selected based on when the user interface is being provided are disclosed. A temporal engine residing on a host computer system provides a user interface that includes content selected based on when the user interface is being provided. The computer system includes a data store having one or more predefined time periods, each of which is defined, at least in part, by a span of time or by a set of conditions being satisfied, and is associated with a predefined set of user interface elements. The temporal engine determines, for each predefined time period, whether the set of conditions that defines the time period is satisfied. If so, the temporal engine causes a user interface to be provided that is based on the set of user interface elements associated with the time period. The temporal engine continues running in the background on the host computer system and dynamically updates the user interface whenever one predefined time period ends and another begins.

Time-based dynamic user interface elements

Hosting objects within a windowed environment is disclosed. In one embodiment, a computerized system includes a first object and a second object. The first object is of a first type, and requires siting within a windowed environment. The second object is of a second type, and sites the first object within the windowed environment. The first object may be a Component Object Model (COM)-type object typically utilized with versions of the Microsoft&reg; Windows&reg; operating system, the windowed environment may be a Java windowed environment, and the second object may be a Java object, such as a Java bean.

Hosting objects in a windowed environment

The licensing of Java objects is in disclosed. In one embodiment, a computerized system includes a Java object, a license file, and a license manager. The license file is in associated with the Java object. The license manager validates the Java object, based on the license file.

Licensing java objects

Coalescing properties, methods and events is disclosed. One embodiment of the invention is a computerized system having an ActiveX control, a Java object, and an engine. The engine, which may be a computer program running on a computer, converts types of the ActiveX control to corresponding types of the Java object. In different embodiments of the invention, the engine may be compile-time or run-time.

Coalescing properties, methods and events

Property linking for object-oriented computing environments. In one embodiment, a computer-implemented method including first linking a second property of a second object to a first property of a first object, according to a predetermined criteria. When an event occurs regarding a change in the first property, the change is examined in relation to the predetermined criteria, to determine whether the change in this property necessitates a change in the second property. If it does, then the second property is changed in accordance with the predetermined criteria.

Growing community of inventors

Redmond, WA, United States of America

David Anthony Sobeski