Microsoft Technology Licensing, LLC

Scott Kurtzeborn

Gregory Akselrod

Robert D Donner

Karvell Li

Sanjay Garg

Tianyu Xie

Chad R Shurtz

Aidan T Hughes

Ravipal S Soin

Jay Beavers

Paul Clay Barr

Gareth Alun Jones

Amit Wadhwa

Danny R Amirault

Allison Gallant

Gordon Hardy

Donald Gordon Hardy

Christopher H Moffatt

Eun Ju Nam

Ignacio Omar Venado Estrada

Daniel Robert Amirault

Bharathwaj Raam Sampathkumar

Koushik Bhattacharjee

Nicholas Jordan Barnwell

Mark L Epstein

Terri V Cheff-Goldade

William Joseph Bishop

Systems and techniques are disclosed for enabling structured data to be associated with visual content in a manner that preserves the ability to edit the visual content using a content application such as a notebook application. Techniques and systems enable semantic notation to be introduced into selected regions of the visual content that indicate the visual content's structured data, allowing the content to be searched and accessed more easily by common search technologies and search engines. The semantic notation is assigned to the visual content so that the introduction of the semantic notation does not hinder the user's viewing or editing of the visual content with a content application. The inclusion of the semantic notation does not cause existing visual editing tools that do not understand the semantic notation to cease to function properly.

Storage and retrieval of structured content in unstructured user-editable content stores

A method, system, and computer-readable storage media for providing user based licensing of an application are provided herein. The method includes receiving user log-in information from a computing device at a licensing service in response to an input by a user and providing a license for an application to the computing device, wherein the license includes device specific information associated with the user. The method also includes activating the application on the computing device using the device specific information.

User based licensing for applications

Systems, methods, and software are disclosed herein for licensing applications using a preferred authorization process dynamically identified based on conditions associated with an initiation of an application. Authorization is then attempted using the preferred authorization process. In some examples, the preferred authorization process is selected from at least a keyless authorization process and a key-based authorization process.

Dynamic selection of authorization processes

Embodiments of methods and systems of providing contextual discovery of value-added components or add-ins of an application are disclosed. In conjunction with a startup of the application, indicators for each available value-added component for the application may be contextually displayed on a user interface of a first computing device, where the indicators are undifferentiated based on installation status of the value-added components. Upon a user selection of a particular value-added component that is not currently installed, the value-added component may be obtained from a second computing device and may be installed. The end-user is thus provided with an integrated seamless, contextual discovery and installation of desired value-added components on an as-needed basis. The methods and systems may be based on varying levels of permission, and may be performed for sub-components of value-added components.

Contextual discovery of value-added components

Retroactive verbose error logging may be provided. Loggable event entries associated with software installation during installation may be saved. Each of the loggable event entries may have a first level or a second level. In addition, the loggable event entries associated with the first level and the second level may be saved to a log file if an error occurs during the software installation. Furthermore, the loggable event entries associated only with the first level may be saved to the log file if a milestone occurs during the software installation and the error has not occurred before the milestone occurs. The software installation may be stopped if the error occurs during the software installation and the software installation may continue if the milestone occurs during the software installation.

Retroactive verbose logging

Described herein are one or more implementations for facilitating the installation and/or maintenance of software products from a cached software-installation source. With at least one implementation, an installation-source manager loads installation-source components of an already-installed software product into an installation-source cache of a computer. The manager then enables the loaded installation-source components in the installation-source cache so that the computer is configured to acquire installation source components of the already-installed product from the loaded installation-source components in the installation-source cache. The manager does these things without re-installing the already-installed software product. With at least one implementation, an enterprise installation-source manager obtains installation-source components of a software product. The manger then loads, over a computer communications network, the obtained the installation-source components into an installation-source cache of each of multiple network-coupled computers.

Installation source management

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Redmond, WA, United States of America

Scott Kurtzeborn