Microsoft Technology Licensing, LLC

Microsoft Corporatrion

Jonathan C Lew

Ori Gershony

David E Hastings

Barry Clayton Bond

Alan M Warwick

Pierre-Yves Santerre

Edward J Praitis

Timothy Daniel Noonan

Jude Jacob Kavalam

Valeriy V Tsuryk

Preventing uncontrolled access to an execution environment of a first component object by a second component object. A system includes a memory area storing the first component object, the second component object, and one or more predefined properties associated with the second component object. The system comprises a processor configured to receive a request from the first component object stored in the memory area to create the second component object stored in the memory area. The first component object executes in a first execution environment and the request specifies a requested execution environment for the second component object. The processor is also configured for analyzing the predefined properties stored in the memory area to determine an execution environment privilege associated with the second component object. The processor is configured for granting the received request as a function of the determined execution environment privilege.

Dynamic out-of-process software components isolation for trustworthiness execution

A utility program develops and updates an API-translation layer of an emulator for running programs written for one platform on another platform. The utility builds a module for each API from a set of templates to execute the API's function on the other platform. Generalized function templates iterates through API functions. Exception templates can override the generalized templates in specific cases. Types templates convert individual arguments of the API. Code templates contain code for incorporation into a number of other templates.

Program-interface converter for multiple-platform computer systems

A single program loader loads program modules for multiple platforms in an emulation environment. A name list has entries each containing the name of a module for one platform and the name of a corresponding module for another platform. The loader identifies first-platform modules in a load list, and substitutes the corresponding module for the other platform. Modules referenced in any loaded module are added to the load list recursively.

Program-module substitution in a program loader for multiple-platform emulation

A utility program for software development generates a synchronized set of translation modules for application program interfaces in a emulated platform. The utility builds the translation modules from iterated function templates having generalized function code, exception templates with special-purpose code, and types templates for converting data types from the emulated platform.

A utility program develops and updates an API-translation layer of an emulator for running programs written for one platform on another platform. This speeds the development of code such as operating-systems upgrades, where the API set can change frequently. The utility builds a module for each API from a set of templates to execute the module's function on the other platform. Generalized function templates iterate through API functions. Exception templates can override the generalized templates in specific cases. Types templates convert individual arguments of the API. Code templates contain code for incorporation into a number of other templates.

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Redmond, WA, United States of America

Jonathan C Lew