Microsoft Technology Licensing, LLC

David E Sceppa

Andrew Conrad

Shyamalan Pather

Amanda K Silver

Luca Bolognese

Paul Allen Vick, Jr

Jeffrey Michael Derstadt

Colin Joseph Meek

Dempsey R Swan

Jason Zhengnan Zhu

Sander B Bogdan

Carl Yates Perry

Jeffrey E Reed

Ilker Cengiz

Guang-an Wu

Justin Baird

James M Stone

Guang-An Wu

Iii James M Stone

There is alteration of a late-bound expression produced by a compiler into an early-bound structure. Alteration of the late-bound expression can occur at runtime and a visitor pattern can be used to create the alteration. In one instance, a conversion from late-bound to early-bound takes place through replacing a late-bound property with a statically typed call. The early-bound structure can translate into an expression tree to enable an implementation of a store specific query operated upon storage.

Translating late bound LINQ expressions into database queries

The present invention relates to a system and methodology to facilitated data object persistence. An object schema is utilized to provide metadata for types in addition to what is provided by the type system for an underlying programming language. This metadata is then utilized by the system to translate data to and from user objects during a materialization or persistence process. The object schema provides information external to programming logic and type definitions. Consequently, the object schema can be deployed independent of an application thereby allowing the persistence storage of user objects to change without force the user to recompile and deploy application code.

System and method of providing and utilizing an object schema to facilitate mapping between disparate domains

Verifying dynamically generated operations on a data store includes carrying out setup actions for access to the data store, the setup actions being based at least in part on a request for which the dynamically generated operations will be generated. The carrying out of setup actions includes permissions being set for portions of the data store to establish a restricted portion of the data store and an unrestricted portion of the data store, as well as using one or more additional techniques to check whether any unexpected changes were made to the unrestricted portion or to lock access to parts of the unrestricted portion. After the dynamically generated operations are performed, a verification is made that no unexpected work was performed by the dynamically generated operations. If unexpected work was performed then the operations are determined to be not correct for the request.

Verifying dynamically generated operations on a data store

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Seattle, WA, United States of America

David E Sceppa