Microsoft Technology Licensing, LLC

Shashidhar P Jade

Peter A Thompson

Terry Farrell

David Ahs

Jan Anders Nelson

Jordi Mola Marti

Jason Kepner

Ramakrishna Pamarthi

Leanne Brodzinski

Methods, apparatus, and computer-readable media employing computer-readable components for localization of data included in software programs are described. The computer-readable components comprise data elements defined based on a software data schema; and an owned comment data element comprising information about the localization of the data included in the software programs and an associated owner with permission to create, access, and manipulate the owned comment data element. The owned comment data element is included in other data elements. The owned comment data element may also be included in a list of owned comment elements comprising at least one owned comment data element.

Comment processing

Methods, apparatus, and computer-readable media including computer-readable components for the localization of data included in software programs are described. The computer-readable components comprise data elements defined by a software data schema; a property repository data element for storing a plurality of data properties about the data elements; and an owned comment data element comprising information about the localization of the data included in software programs and an owner with permission to create, access, and manipulate the owned comment data element.

Extensible XML format and object model for localization data

The present invention provides a mechanism for capturing the one or more graphics primitives drawn to a user interface by an application in execution is presented. A calling process invokes an injection component to inject a spy component into a target process. Once the spy component is injected, it installs patches and hook functions into the executable code of the operating system API's that relate to the output of graphics primitives to the graphical user interface. The hook functions monitor operating system messages generated during the execution of the target process/application, while the patches allow for the capture of graphics primitives and attributes associated with such graphics primitives. Whenever a display object is rendered to an interface screen as a result of an invoked action within the target process, the hook functions are called to capture the operating system messages passed, and the patches capture the graphics primitives that are drawn to the screen to render the display object. This information is then packaged and delivered to the calling process for processing. Because the graphics primitives and attributes associated with such graphics primitives are captured in connection with the operating system messages passed during process execution, the calling process is able to obtain complete information about any viewable or executable object displayed by the target process.

Capturing graphics primitives associated with any display object rendered to a graphical user interface

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Kirkland, WA, United States of America

Shashidhar P Jade