Microsoft Technology Licensing, LLC

Other

Microsoft Corporation

Brendan Power

Aaron Hartwell

Joseph Warren

Ronald Eric Gray

Nicole A Bonilla

Karl Froelich

Remi Alain Lemarchand

Brent E Curtis

Robert Novitskey

Alec C Dun

Steven F Goddard

David Benson Cross

Andrew T Mason

Ian W Robinson

Michael Todd Kramer

Eric Benjamin Watson

Lee Linden

Min Zhong

Remi A Lemarchand

Ronald E Gray

Brent Curtis

Joseph R Warren

Warren Joseph R

Robert R Novitskey

A system and method for improved client and server communications, more particularly, an improved protocol that may be used for communication between a client and a server, such as in an email environment. Many features are provided for improved communications. An email server may provide the best message body available for an email message, may transfer an entire data object if requested property or properties are not well defined within the data object, may provide progress data for use in tracking download progress, and may send error information for a data object having an error. Email changes may be optimized at an email server component, even if the email changes occurred at another email server component. An email server may maintain a table of changes that occur to folders at an associated data store, and may notify a subscribed email client component of changes that occur in the table.

System and method for improved synchronization between a server and a client

Aspects of the subject matter described herein relate to image distribution. In aspects, portions of an installation image of an operating system may be distributed to one or more repositories. In conjunction with determining a distribution of the installation image, one or more factors may be received. Based on the factor(s), a distribution manager may determine one or more repositories over which the data of the installation image is to be distributed. An indication of this distribution may be persisted for use in obtaining the data from the one or more repositories for installing, configuring, and/or re-configuring the operating system.

Software image distribution

Aspects of the subject matter described herein relate to operating system experience states. Input may be received that requests a change from a current experience state to a target experience state. In response, state data may be obtained that indicates allowed experience states as well as component data that indicates components and relationships between components in the target experience state. This state data may then be used to change from the current experience state to a target experience state. The target experience state may be used, for example, to configure a server or other operating system.

Operating system experience states

Computer server installation images can be created by installing and configuring software, such as an operating system and an application, on a computer server with deployment neutral settings and then imaging the server. A plurality of computer servers can be installed using a plurality of computer server installation images. A first server can be installed with a first image, and software installed from the image can be configured with deployment specific settings. A second server can be installed with a second image, and software installed from the image can be configured with deployment specific settings.

Integrated computer server imaging

System and method for improved client server communications of email messages

Progress mode for electronic mail component

A method of batching multiple sets of responses on a server and sending the responses to a client in a single batch (i.e., a 'chained' or 'packed' batch). The sets of responses may be each be obfuscated and/or compressed. Once the batch is received by the client, each set is processed individually. The client may be configured to communicate the size of an uncompressed set of responses that it can handle. The server may use this information to create sets of responses that are the correct size, and may or may not compress the sets of responses. The server may chain the sets of responses and may continue to chain sets, compressed or not, until the server's buffer is full or close to full. The chained set of responses may then be sent to the client, and may process each of the sets of responses individually.

System and method for using packed compressed buffers for improved client server communications

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Seattle, WA, United States of America

Brendan Power