Automation

Conference Presentations

Evolution of Automated Testing for Enterprise Systems

The key to accelerating test automation in any project is for a well-rounded, cohesive team to emerge that can marry its business knowledge with its technical expertise. This session is an in-depth case study of the evolution of automated testing at the BNSF Railroad. From record-and-playback to database-driven robust test scripts, this session will take you through each step of the $24 billion corporation's efforts to implement test automation.

Cherie Coles, BNSF Railroad
Introduction to Usability Testing

What is usability? Why is it important? If these questions wake you in the middle of the night, then this presentation is for you. Cheryl Nesta discusses the relevance of usability testing within the broad framework of quality assurance and appropriate expectations based on its uses and applicability. Explore methodology, process flow, goal identification, and definition. Real-world examples create a hands-on introductory experience.

Cheryl L. Nesta, Vanteon
Concise, Standardized, Organized Testing in Complex Test Environments

There's a need for standardized, organized hardware and software infrastructure, and for a common framework, in a complex test environment. Gerhard Strobel focuses on the experience of testing diverse products on many different platforms (UNIX, Windows, OS2, z/OS, OS400)-how they differ and how much they have in common. He explains how to configure and profile test machines, then highlights the technical areas where test efficiency can be increased. He also covers methods of execution control.

Gerhard Strobel, IBM Germany
A Framework for Testing Real-Time and Embedded Systems

What do we mean when we say local, remote, simultaneous, and distributed testing? Alan Haffenden of The Open Group explores the differences, and explains why the architecture of a distributed test execution system must be different from that of non-distributed systems. An overview of POSIX 1003.13 profiles and units of functionality helps advanced users build a good foundation for testing both their real-time and embedded systems.

Alan Haffenden, The Open Group
Patterns and Automation: The Road to More Effective Testing

Testers are an organization's most effective defense against shipping embarrassing or even fatal defects. With such responsibility on our shoulders, it is paramount that we understand what causes defects as well as the best techniques to use in finding them. James Whittaker presents the latest field-tested research results on two powerful defect-finding techniques--test patterns and test automation. Learn how to make testers more productive--and testing more effective--in your organization.

James Whittaker, Florida Institute of Technology
Standards for Test Automation-A Case Study

Implementing a set of automation standards adopted and followed by the test team will benefit everyone. This presentation discusses methods of creating and implementing standards, guidelines, and practices for teams of testers writing automated tests. Learn about decisions that can be made early in the product cycle that will have a long-term impact. Explore examples of systems that have worked well--and those that have not.

Brian Tervo, Microsoft Corporation
Software Test Automation: Planning and Infrastructure for Success

Automation tools are often viewed as a cure-all that will instantly reduce test cost and effort. However, without up-front planning and infrastructure design, automated tests can quickly become difficult to create and maintain, and the tools nothing more than expensive shelf ware. This paper describes how to initiate a successful automation effort by developing standards and processes for automation and an infrastructure designed for success.

Bill Boehmer and Bea Patterson, Siemens Building Technologies, Inc.
Performance Testing 101

Organizations are often so eager to "jump in" and use load testing tools that the critical steps necessary to ensure successful performance testing are sometimes overlooked-leading to testing delays and wasted effort. Learn the best practices and tips for successful automated performance testing in areas such as assembling a proper test team, planning, simulating a production environment, creating scripts, and executing load tests.

David Torrisi, Mercury Interactive
Automated Test Results Processing

This paper introduces techniques used to automate the results analysis process. It examines the analysis of
crash dump files and log files to extract consistent failure summaries and details, showing how these are
used in problem reporting. It then studies the practical application of Automated Test Results Processing
at Mangosoft Incorporated and presents data showing the impact this has had in product testing.

Edward Smith, MangoSoft Corporation
Targeted Software Fault Insertion

Since the completely random software fault insertion techniques suggested in much of the research literature are not practical for most software products, this paper suggests that a modest targeted software fault insertion effort for a few common error conditions can have a dramatic impact on defect detection rates and quality. The paper uses the example of a software fault insertion subsystem, codenamed Faulty Towers, which was added to Mangosoft Incorporated’s test automation in order to target
common failures and errors.

Paul Houlihan, MangoSoft Corporation

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