Microsoft Technology Licensing, LLC

Anandha K Ganesan

Vij Rajarajan

Casey Kiernan

Mel MacMahon

Kishnan Nedungadi

Ilarie Letca

Brijesh D Bhatia

Dhananjay Madhusudan Mahajan

Rajeev Sudhakar

Andrew Hayes

Vishwanath Narasimhan

James David Johnston

Ashvinkumar J Sanghvi

Alexandre Coelho

Kevin Hodge

Cary Lane Rohwer

Venkata Seshu Kumar Kurapati

Lauren Beth Gallagher

Annette B Hall

Tom Martino

Audrius Zimnicks

Ashvin Sanghvi

Thomas F Theiner

Audrius Zimnickas

Jeff Robison

Ilarie G Letca

Alexandre A Coelho

Techniques are described herein that are capable of performing automatic risk analysis of software. An automatic risk analyzer may determine correlations between binaries of the software and source files of the software, between the source files and functions (i.e., sub-routines) of the software, between changes to source code of the software and defects, new features, and/or feature enhancements in the software, between attributes of the software (e.g., attributes associated with the changes to the source code), etc. at various time instances. The automatic risk analyzer may compare the correlations corresponding to a first time instance and the correlations corresponding to a second time instance to determine any of a variety of temporal relationships regarding underlying factors, including but not limited to new feature(s), feature enhancement(s), defect(s), churn rate, code coverage, code complexity, etc. The automatic risk analyzer may determine risk(s) for the software based on the temporal relationships.

Automatic risk analysis of software

Methods, systems, and computer-readable media are disclosed for monitoring a distributed application. A particular method identifies a plurality of components of a distributed application. The method also identifies a specific technology associated with a particular component and attaches a technology specific interceptor to the particular component based on the identified specific technology. The method includes intercepting messages that are sent by or received by the particular component using the technology specific interceptor. At least one potential work item is generated based on the intercepted messages. The method includes determining whether to schedule the at least one potential work item for execution based on a predicted impact of the at least one work potential item on performance of the distributed application.

Monitoring of distributed applications

Techniques are described herein that are capable of monitoring activity with respect to a distributed application. A server system includes logical tiers, each including processing system(s) configured to process messages in accordance with a respective protocol (e.g., an ASP.net&#xae; protocol, WCF protocol, SQL protocol, etc.). When a user initiates an activity with respect to a distributed application, hops are performed between the logical tiers and/or between components of the distributed application to complete the requested activity. A hop is a transfer of a message or a procedure call from one processing system to another processing system. A common identifier may be assigned to each of the hops that are performed with regard to the activity. If a failure occurs with respect to the activity, the common identifier may be used to gather information regarding the hops. For instance, the information may be used to determine a source of the failure.

Monitoring activity with respect to a distributed application

A method and system for displaying information related to a plurality of resources in a network environment. The system uses web technology to receive and store information related to back-end resources and to provide a framework by which client computer systems can manage the plurality of back-end resources in a uniform manner. In accordance with one method, a request is received to display object information from different network resources. In response, attribute and task information is retrieved from the appropriate different network resources and this information is displayed. A graphical user interface (GUI) displays information related to network resource objects. The GUI includes a console displaying a tool zone and a work zone. A module is displayed in the work zone having an object zone displaying a list of objects and a task zone displaying a list of tasks.

User interface for managing multiple network resources

A system and method for monitoring processes corresponding to measurable values based on signatures associated with the measurable values is provided. The signatures can be created based on data from auxiliary data sets or auxiliary data sources. Additional monitoring information can be obtained by collecting dimensional data for the measurable values.

Self learning signatures

A method and system for representing an object in a network environment. The system uses web technology, preferably XML-technology, to receive and store information related to back-end resources and the objects managed by the resources. Initially a first schema document conforming to a property sheet definition, such as an XML document type definition, is used to define a property sheet, the property sheet having object-type information. Next, the two or more schema documents that conform to a property page definition, such as an XML document type definition, to thereby define a plurality of property pages are incorporated into the property sheet and the different property pages may originate from different resources. Using the property sheet and its associated property pages, a representation of the object may then be displayed.

System and method for representing an object used in management of multiple network resources

A method and system for management of a plurality of resources in a network environment. The system uses web technology, preferably XML-technology, to receive and store information related to back-end resources and to provide a framework by which client computer systems can manage the plurality of back-end resources in a uniform manner. Using these communications, the management system uniformly associates information from the various resources via various multi-step, scenario-based functions, such as, for example, searches, monitoring, scripting, software deployment, etc. That is, the management system is able to provide easier, higher-level operation options to the administrator based on the associated information related to the various resources.

Method and system for management of multiple network resources

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Redmond, WA, United States of America

Anandha K Ganesan