Microsoft Technology Licensing, LLC

Mark John Walker

Jason Matthew Cahill

Lauren Nicole Antonoff

Kevin Lane Brown

William R Taylor

Titus Constantin Miron

Zachary D Rosenfield

Harshal Ingole

Pavel Kouznetsov

Thomas W Saxton

Umesh Unnikrishnan

Catherine J Saxton

Lutz Gerhard

David Ornstein

Moshe Randall Lutz

Andrew Sean Watson

Frederico A Mameri

Elisabeth Olson

Jay Boyer

Enhanced browser caching is provided through a file identifier attribute employed at a front end server level for deterministic marking A front end server may use an attribute of a file identifier such as an attached parameter, a pattern, a directory associated with the file, or similar attributes to change the links it emits into other content in order to prompt the browsers to request new files. The attribute may be changed (e.g. incremented) based on a web change associated with the content being served.

Optimizing browser caching through deterministic marking of files

This disclosure describes techniques that enable a subscriber of a data center to manage a site collection group hosted by the data center. A site collection group is a set of site collections that belong to a single subscriber. A site collection is a collection of websites. A website is a collection of related resources. Each of the site collections is associated with an 'owner'. As described herein, the data center presents management interfaces that enable owners of site collections to manage the site collections. In addition, the data center presents management interfaces that enable subscribers to manage architectural aspects of their site collection groups.

Management of collections of websites

A rights-managed document has protected content from an author thereof, whereby a recipient of the document can render the protected content with a corresponding license if the recipient satisfies terms set forth in the license. In the document, a storage portion has a message that the document is rights management protected, and a custom data portion has a section including the protected content. The recipient if enabled can render the protected content in the custom data portion and if not enabled can only review the storage portion having the message. An enabled recipient handles the received rights-managed document by recognizing that the document has the protected content in the custom data portion thereof, and discounting the storage portion of the document. Thus, the recipient examines the custom data portion of the document and proceeds based thereon to render the protected content in the custom data portion.

Organization-based content rights management and systems, structures, and methods therefor

A document store delivers a document requested therefrom from a folder having rights information associated therewith. In response to a request for a copy of the document, rights data for the copy of the document is defined based on the rights information of the folder, and the copy of the document and the defined rights data thereof are published to result in a package with the rights data and the copy of the document encrypted according to a content key (KD) to result in (KD(copy)). The formed package is then delivered to the requester. The rights data can be discovered upon the requester attempting to render the package and such discovery triggers a request for a corresponding license based on such rights data. The license includes (KD) therein in a form available to the requester to decrypt (KD(copy)) if the requester satisfies the rights data.

Property modifiers stored on a computer-readable medium for formatting information associated with a computer file, such as an electronic document. Each property modifier includes a size field having information indicating the size of its property modifier argument and an index field having an index into a property information array. A program module can traverse a group of property modifiers by utilizing the information in the size field of the current property modifier to determine the location of the next property modifier. Formatting is applied to information of the computer file by using the index of each property modifier to access formatting information maintained in the property information array. Each property modifier can store encoded information corresponding to the type of object to receive formatting, the size of the property modifier's argument, and an index into the property information array associated with an executable computer program. Rather than pre-allocate space in the executable portion of a program module, the property modifier itself contains information embedded therein that indicates the size of the parameter of the property modifier.

Data formating property modifiers

Word processing program module having a multi-user editing capability provided for by the utilization of a multi-user control file (MCF) that is created when a document is first accessed. The MCF is comprised of individual record files for the master copy of the document, and each user and includes an assigned name, a date/time number, and a version identifier number. The MCF facilitates the tracking of the version identifier numbers to control the timing and sequence of events when a user opens, saves, and/or closes a document. The MCF also facilitates the control of the reconciliation of documents that may be required when a user attempts to save as well as facilitates the performing of the necessary timing functions when conflict resolving is required before edits are saved. The MCF further facilitates the capability to automatically recover the multi-user editing environment from a system failure as well as to manually remove a user from the multi-user editing environment.

Computer implemented method for simultaneous multi-user editing of a

Formatting information in a program module, particularly useful for word processing and similar text processing programs. A property information array stored in association with an executable program module contains formatting for applying to information in a document comprising a data structure and a property modifier structure. The data structure stores data elements corresponding to the information in the document to be formatted, e.g., a text file. The property modifier structure stores groups of data formatting property modifiers and their arguments that represent the appearance of the data elements, e.g., a character property, a paragraph property, a section property, etc. Each property modifier contains encoded format-related information and comprises an argument size field having information indicating the size of the property modifier argument and a unique identification field, i.e., an index into the property information array. A selected data element may be displayed, printed, etc. in accordance with the formatting information by accessing the property information array with the index of the property modifier associated with the selected data element. The property modifier argument size allows the program module to skip property modifiers that it does not understand or handle, by using the argument size information to move ahead in the group of data formatting property modifiers to the next property modifier.

Forward extensible property modifiers for formatting information in a

Saving a document using a background save thread while editing continues in a foreground thread. When a save is initiated, control is transferred to the background save thread and a document descriptor is cloned. If a foreground event is detected, then control is returned to the foreground thread. If no foreground event has been detected, then the save continues in the background save thread. During the background save, the background save thread checks for a foreground event. If a foreground event is detected, then control is returned to the foreground thread. Once the foreground thread becomes idle, control is returned to the background save thread so that the save may continue. Control is transferred between the foreground thread and the background save thread until the background save is complete.

Growing community of inventors

Redmond, WA, United States of America

Mark John Walker