Microsoft Technology Licensing, LLC

Emmanuel Jose Miranda-Steiner

Aladdin Aly Nassar

Greg Edmiston

Michael Paul Mastrangelo

Tze Meng Lee

David M Alongi

Eric W Hebenstreit

Nai Wen Shih

Ryan Gordon Zacher

Jorge Pozas Trevino

Robert Zachary Nisco

Christopher Steven Wolf

Arnold Neil Blinn

David A Nichols

Omar H Shahine

Daron Spektor

Jerry K Koh

Can Mehmet Comertoglu

Ryan D Parsell

David Zearing

Oliver Wallace

Chia-Jiun Tan

Elizabeth J Gentile

Mark Kramer

Brion Stone

Brad Dodson

Dhaval Shah

Gary Anderson

Jeff Ferreira

Kathleen Ewing

Anthony Charles DiCola

Lucius B C A Fleuchaus

Mary Angelo

Scott D Stacey

Non-limiting examples of the present application are directed to automatic adjustment and sharing of content. In one example, a distributed storage service may access content and automatically execute recognition processing for the content. The distributed storage service may automatically execute a clean-up operation on the content based on a result of execution of the recognition processing. A version of the cleaned-up content may be automatically transmitted to a distributed storage associated with a user account of the distributed storage service. As the distributed storage service is executing automatic operations on behalf of a user, the distributed storage service automatically generates a push notification indicating that the content is cleaned-up and ready to be shared with other user accounts of the distributed storage service. In some examples, the push notification may comprise the cleaned-up content. The push notification may be displayed on a client computing device.

Automatic clean-up and sharing of image content

The present disclosure describes a system and method to manage image file storage that includes a memory device to store instructions and at least one processing device to execute the instructions stored in the memory device to determine a blur indication or a burst characteristic for each of a plurality of files stored on a storage medium, automatically identify candidate image files to delete based at least in part on the blur indication or the burst characteristic, and delete at least some of the candidate image files based on receiving a delete indication.

Suggesting image files for deletion based on image file parameters

A service assigns session identifiers to usage sessions of a program on a computing device, and maintains records in a log of received page requests and associated session identifiers, as well as received cached data detection requests and associated session identifiers. This log can be used to determine how many usage sessions existed over a particular amount of time, and how many of the usage sessions used data from a local cache rather than from the service. The service also returns, in response to a received cached data detection request, a response including an indication that the response is from the service. The program can determine that the response was received from the service if the indication is included in the response, and that the response was received from a local cache of the computing device if the indication is not included in the response.

Cached data detection

When files or other objects are to be shared, a storage system creates a bundle object that identifies the objects to be shared, and the permissions associated with objects in that bundle object. Each object is marked as being associated with a bundle object. When the object is accessed, the storage system determines if the object is associated with a bundle object. The bundle object in turn is accessed to determine the permissions to be associated with that object for the entity accessing the object. Files and other objects can be shared without copying or moving them. Any collection of files or other objects, however selected or identified, can be shared through this mechanism. Using this mechanism, a user can select several files, and then share those files in one operation without copying or moving those files or creating a new folder for those files.

Bundling file permissions for sharing files

Objects in a shared storage system can be marked as including prohibited content. Incidents that result in objects being so marked can be stored in an incident history associated with a user responsible for those objects. The incident history can be processed to identify repeat offenders and modify access privileges of those users. However, when objects are shared by one user with another user, prohibited content is blocked from being shared, while the remainder of the shared objects can be accessed by the other user. Functions that allow sharing of content are implemented so as prevent sharing of prohibited content with another user, while allowing other content to be shared. If a group of files or objects is shared, then the presence of prohibited content in one object in the group results in that prohibited content not being shared, but the remaining files or objects are still shared.

Disabling prohibited content and identifying repeat offenders in service provider storage systems

When objects are shared by one user with another user, objectionable content, if identified as such, can be blocked from being shared, while the remainder of the shared objects can be accessed by the other user. Functions that allow sharing of content are implemented so as prevent sharing of objectionable content with another user, while allowing other content to be shared. If a group of files or objects is shared, then the presence of objectionable content in one object in the group results in that objectionable content not being shared, but the remaining files or objects are still shared. A graphical user interface for accessing the storage system, whether by providers or recipients of shared content, can selectively render information about objects with objectionable content.

Blocking objectionable content in service provider storage systems

One or more techniques and/or systems are disclosed for efficiently organizing one or more images in a display. The display may comprise one or more display lines, such as display rows or display columns. Images can be selected sequentially from an image database and scaled to fill into a display line, at least until a selected image does not fit. If the selected image does not fit, a cropping amount can be determined for the images in the display line, including the image that does not fit, and the images can be proportionally cropped accordingly. The cropping amount can comprise merely enough display space to accommodate a cropped version of the image that does not fit into the display line. The cropped version of the image can then be filled into the display line, and, if available, a next display line can similarly be populated.

Image layout for a display

A product server downloads distributed application component from a resource server and updates an application at a predetermined synchronization time. Other aspects include associating a distributed application component and a local application component with a virtual path. If a product server is unable to access the local application component with a virtual path, the distributed application component is downloaded from a resource server.

Runtime versioning and distribution of dynamic web-elements

Configuration of an application module to utilize branded content is described. In an implementation, a method includes identifying one of a plurality of business relationships which correspond to a request sent by a client over a network. A configuration file is the formed for communication to the client and for configuration of an application module of the client to utilize branded content which corresponds to the identified business relationship.

Branded content

A system and related techniques prepare and condition the installation of new networked service or application components, such as Internet services, based on an individual subscriber's subscribed-to services, features and other components. A subscriber to an Internet service may choose to add, for example, a componentized subscription to a music or video download service to their access plan. When the user inserts a CDROM or accesses a Web site for installation, the user may be prompted for a username or passport-type object to authenticate their account. The user may then be presented with a set of available service selections, extensions or enhancements to choose to add to their plan. Those available selections may be prefiltered or prequalified, for example, based on geographic location, account spending or access limits, language or other criteria. Because the installation engine delivers components which are intelligently filtered at time of installation, the service components or applications can be tailored to that specific user's needs and options, instead of downloading or installing a monolithic package which may contain services not available or of interest to that user.

System and method for automatically generating networked service installation based on subscription status

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Redmond, WA, United States of America

Emmanuel Jose Miranda-Steiner