Using a challenging client engagement as a case study, Rex Black shows you how he and a team of test engineers created an integrated, automated unit, component, and integration testing harness, and a lightweight process for using it. The test harness supported both static and dynamic testing of a product that ran on multiple platforms. The test process allowed system development teams spread across three continents to test their own units before checking them into the code repository, while the capture of the tests provided automated integration testing and component regression going forward. He'll also explain the tools available to build such a testing harness and why his team chose the ones they did.
Examine the benefits-and challenges-of implementing an integrated, automated component and integration testing process in a Java/EJB development environment
This presentation covers conditions and expressions; truth tables; normal form patterns; modified condition/decision coverage; constructing an MC/DC test set; tools for checking MC/DC coverage; unique cause coverage; basic unique cause design; and logic coverage references.
Today component engineering is gaining substantial interest in the software engineering community. Jerry Gao provides insight and observations on component testability and proposes a new model to represent and measure the maturity levels of a component testing process. In this presentation, you will identify, classify, and discuss new issues in testing component-based software.
Component-based development is the practice of constructing software applications from new or existing encapsulated language-independent modules. In his presentation, David Wood details a case study on the use of opaque-box testing, coupled with code coverage and pre-/post-conditions, to provide validated software components. Learn about component-based development and how to apply it to your projects.
Rob Harris, Harris Corporation and David Wood, Applied Object Engineering
The preparation of a realistic, practical project schedule is an essential management function for obtaining stakeholder commitment, setting expectations, and communicating within the team and organization what is achievable. Doing this preparation well is another challenge-one that must be conquered. Rex Black helps participants see the bigger project scheduling picture by focusing on issues such as constituent tasks, the underlying dependencies between them, and the risks attached to the completion of those tasks.
Automated tests using self-verifying data (SVD) can help determine if your query-type tests have the right information or if they are showing you the expected views. In this presentation, Noel Nyman provides a brief overview of an SVD testing method followed by a demonstration of automation techniques that allow you to run random tests on SVDs with millions of records or entries. Using applications such as Microsoft Office, learn how to adapt the techniques taught in this presentation to many different types of applications using most of the common automation tools.