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Industrial development of software systems needs to be guided by recognized engineering principles. Commercial-off-the-shelf (COTS) components enable the systematic and cost-effective reuse of prefabricated tested parts, a characteristic approach of mature engineering disciplines. This reuse necessitates a thorough test of these components to make sure that each works as specified in a real context.
Beydeda and Gruhn invited leading researchers in the area of component testing to contribute to this monograph, which covers all related aspects from testing components in a context-independent manner through testing components in the context of a specific system to testing complete systems built from different components. The authors take the viewpoints of both component developers and component users, and their contributions encompass functional requirements such as correctness and functionality compliance as well as non-functional requirements like performance and robustness.
Overall this monograph offers researchers, graduate students and advanced professionals a unique and comprehensive overview of the state of the art in testing COTS components and COTS-based systems.
List of contents
Testing Components Context-Independently.- Testing Polymorphic Behavior of Framework Components.- COTS Component Testing through Built-In Test.- COTS Component Testing through Aspect-Based Metadata.- Automatic Testing of Exception Handling Code.- Basic Concepts and Terms.- Testing Components in the Context of a System.- A Process and Role-Based Taxonomy of Techniques to Make Testable COTS Components.- Evaluating the Integrability of COTS Components - Software Product Family Viewpoint.- A User-Oriented Framework for Component Deployment Testing.- Modeling and Implementation of Built-In Contract Tests.- Using a Specification Approach to Facilitate Component Testing.- A Methodology of Component Integration Testing.- Context of the Book.- Testing Component-Based Systems.- Modeling and Validation of Publish/Subscribe Architectures.- Performance Testing of Distributed Component Architectures.- A Generic Environment for COTS Testing and Quality Prediction.- Automatic Testing for Robustness Violations.- Testing Component-Based Systems Using FSMs.
About the author
Sami Beydeda is a research associate at the computer science department of the University of Leipzig, Germany. His research interests include quality assurance of software components and component-based systems. Sami Beydeda has written his PhD on "The Self-Testing COTS Components (STECC) Method" and has published several articles on testing in component-based development. He was responsible for several software development project in industry, in the financial sector in particular, and for research projects at the Universities of Dortmund and Leipzig. Sami Beydeda is a program committee member of COMPSAC 2004, Workshop on Quality Assurance and Testing of Web-Based Applications 2004, AICCSA 2005.
Volker Gruhn is a full professor at the computer science department of the University of Leipzig, Germany. His research interests are component-based development, software processes for distributed systems, architecture of electronic commerce applications and workflow management. He has been chief technical officer of a German software house called LION from 1992 to 1996. In this position he was responsible for a software development department of 150 people. Volker Gruhn was a PC member of major software engineering conferences (ESEC95, ESEC97, ICSE2004) and several software process workshops and conferences. He was program chair of the 6th European Workshop on Software Process Technology and the 8th European Software Engineering Conference. Volker Gruhn has already organized a workshop at ICSE, the Engineering Distributed Objects Workshop during ICSE 99. In 1997 Volker Gruhn co-founded adesso AG, a German software house specialized in component-based software development. adesso AG currently has 170 employees.
Summary
Industrial development of software systems needs to be guided by recognized engineering principles. Commercial-off-the-shelf (COTS) components enable the systematic and cost-effective reuse of prefabricated tested parts, a characteristic approach of mature engineering disciplines. This reuse necessitates a thorough test of these components to make sure that each works as specified in a real context.
Beydeda and Gruhn invited leading researchers in the area of component testing to contribute to this monograph, which covers all related aspects from testing components in a context-independent manner through testing components in the context of a specific system to testing complete systems built from different components. The authors take the viewpoints of both component developers and component users, and their contributions encompass functional requirements such as correctness and functionality compliance as well as non-functional requirements like performance and robustness.
Overall this monograph offers researchers, graduate students and advanced professionals a unique and comprehensive overview of the state of the art in testing COTS components and COTS-based systems.
