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Performance Evaluation and Measurement of Enterprise Applications Today's large-scale enterprise applications are all Web-enabled and complex in nature. Many users experience performance problems from day one. Performance evaluation and measurement via extensive testing is the only practical way to raise and address all issues prior to a successful deployment. Learn how to tackle performance and capacity issues with the appropriate testing strategy and scalable infrastructure/architecture.
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Rakesh Radhakrishnan, Sun Microsystems
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Automating Reusable Test Designs Vendors and gurus agree that having a structured testing methodology is key to gaining maximum advantage from automated testing, but what this means in practice isn't always clear. One of the biggest potential paybacks comes from the ability to automate tests based on reusable test designs, which can be a key benefit of proactive structured testing. In this interactive session, Robin Goldsmith describes how to develop reusable test designs that can be automated to start testing sooner and run more tests in limited time.
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Robin Goldsmith, Go Pro Management, Inc.
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Software Test Automation Fall 2001: Test Automation with Action Words: A Practical Experience Action Word Testing. This concept illuminates testing as an action, a process, an art. Learn how Action Word Testing can be applied to deal with critical test issues such as lack of functional knowledge of a system under test; instability of the design during test development; and automation of 100% of the functional or technical tets. Hans Buwalda uses a financial exchange that's introduced a new electronic trading system to demonstrate Action Word Testing (approximately 15,000 tests). In this example, automation of the entire test was essential, but it was difficult to achieve. Explore this real-world situation as it reveals the issues encountered in the process, and the lessons learned from them.
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Hans Buwalda, LogiGear Corporation
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Mission Made Possible: Harnessing Tools and Procedures to Test a Complex, Distributed System Automating unit, component, and integration testing can sometimes seem like an impossible mission. Read how one team of programmers combined the right tools and processes to make their test mission not just possible, but successful.
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A Lesson in Scripting: Improve Your Testing with Programming Skills You can write simple programs to help with your daily testing tasks using Perl or other scripting languages. Here's a primer on scripting languages and programming skills for testers.
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Testing in the .NET Maze .NET is a multi-tiered approach to developing applications for Windows OS and Web applications. While these are new development tools, many testing requirements remain the same, yet require additional emphasis by a QA organization. Plus, with .NET's extra layers of abstraction, even more developers enter the programming arena with fewer technical skills than previously needed for standard Windows development. For instance, if a bug is found "in the depths" there's now more likely to be a work-around to the issue instead of a true fix. In other words, treating the symptoms instead of finding a cure will now become the norm. This presentation introduces you to the big picture of .NET and what you need to be aware of as your employer moves in this new direction.
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Thomas Arnold, Xtend Development, Inc.
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A Crash Team Approach to Effective Testing Rapid changes and stunted delivery deadlines are always challenging software testers. To catch up, software testing must take a different approach without cutting corners-hence, the crash team. The crash team approach focuses on integration testing and runs in parallel with functional testing. Its technique discovers system problems early, problems that would be hard to find with traditional methods. It also supports the spiral development model that's been adopted in many rapid application development environments.
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Pei Ma, WeiMa Group LLC
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Adventures in Session-Based Testing This paper describes the way that a UK company controlled and improved ad-hoc testing, and was able to use the knowledge gained as a basis for ongoing, product sustained improvement. It details the session-based methods initially proposed, and notes problems, solutions and
improvements found in their implementation. It also covers the ways that the improved test results helped put the case for change throughout development, and ways in which the team has since built on the initial processes to arrive at a better testing overall. Session-based testing can be used to introduce measurement and control to an immature test process, and can form a foundation for significant improvements in productivity and error
detection.
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James Lyndsay, Workroom Productions
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Robust Design Method for Software Testing This session presents a robust design method based on the Taguchi Approach. A new and powerful way to improve reliability and productivity, this method has been applied in diverse areas such as network optimization, audio and video compression, error correction, engine control, safety systems, calibration, and operating system optimization. Learn the basics of the robust design method for software testing, and experience the principles through case studies like Unix system performance tuning.
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Madhav Phadke, Phadke Associates
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The Context-Driven Approach to Software Testing Several jokes about consultants revolve around the idea that they answer most questions by saying "It depends." The context-driven school of testing accepts the "It depends" reality but then asks, "Depends on what?" Rather than talking about best practices, this approach asks when and why a given practice would be beneficial; what risks and benefits are associated with it; what skills, documents, development processes, and other resources are required to enable the process; and so on. Rather than dismissing an unpopular testing technique or test documentation method as useless, you should ask these questions to determine possible uses. The appropriate context might be narrow, but you'll learn a lot more about the technique and its alternatives by becoming aware of the context variables rather than ignoring them.
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Cem Kaner, Florida Institute of Technology
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