Microsoft Technology Licensing, LLC

Clark Roberts

Kenneth David Wolf

Leon Welicki

John Anthony Taylor

Kevin Kaiwon Lam

Victor W H Boctor

Christopher Lloyd Gillum

Andrei Romanenko

Michael A Cook

Nathan Christopher Talbert

Jesus Ruiz-Scougall

Generally in a computing environment, executing work based on time (i.e. according to a predetermined schedule) is a common need. However, in cloud based systems, scheduled work may be expensive to customers as generally customers rent system resources. Thus, having a processor dedicated to performing actions that have been pre-scheduled can be expensive. This application describes using a continuation-based runtime for scheduling time-bound and/or periodic work in a distributed (i.e. cloud) system. A system architecture and computer-implemented method are described that deploy an environment-independent action to a remote-based system (such as a cloud computing system, for example). The action is limited to using a predetermined amount of resources and is limited to simple, non-cpu intensive orchestrations of network calls. A schedule is defined for the action, and the action is then called in a processor-independent fashion (for example, by using a continuation based runtime) such that state of the action is maintained independent of the processor on which the action is being executed.

Schedule based execution with extensible continuation based actions

The present invention extends to methods, systems, and computer program products for creating and manipulating custom compound data types in declarative programs. The present invention allows a developer to create and use custom compound data types without requiring the custom type to be specifically defined (e.g. via registering a custom assembly) in the underlying framework. This is accomplished by providing a data container that is configurable to represent virtually any combination of primitive or compound types defined within the framework. The present invention also provides a declarative model for interacting with data containers representing custom compound data types. This declarative model employs a path-based syntax (or other type of syntax) for accessing the elements of a custom compound data type. Multiple paths can be defined within a single unit of developer input so that multiple elements of a custom data type can be manipulated by the single unit of input.

Custom compound types in declarative programs

Scheduling and dispatching jobs for a plurality of different entities. A method includes receiving at a work coordinator, one or more actions associated with a job. The method further includes storing in a log at the work coordinator, keyed on a job key, state for the one or more actions and a list of the one or more actions. The method further includes making calls to one or more worker processes to cause the worker process to perform actions associated with the job. As a result of making calls to one or more worker processes, the method further includes receiving at least one of a change to the list of remaining actions or the state.

Dynamic execution log in a distributed system

The automated generation of code decoration for a body of code under review. Upon accessing the body of code, the system evaluates portions of the code for context. For at least some of those portions of code, the system identifies a decoration corresponding to that context, and adds the identified decoration to the body of code in a manner that the decoration is visually associated with the corresponding portion of the code.

Automatic code decoration for code review

A multi-tenant collaborative review service that facilitates collaborative review of a review target artifact set. The service is multi-tenant in that it provides common functions and infrastructure that are available across multiple tenants supported by the review service. Furthermore, the review service is extensible in that it provides an extensibility point into which tenant-specific functions may be incorporated into the review service. For each one or more of the tenants, the corresponding review target artifact set is distributed such that a tenant-accessible subset of the artifact set is maintained uniquely accessible by the corresponding tenant, and such that a centralized service subset of the review target artifact set is maintained remote from the corresponding tenant.

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Seattle, WA, United States of America

Clark Roberts