Category: Introduction

Testing software without the use of dedicated tools is time-consuming and extremely costly. Introduces various types of testing tools and discusses how to choose and implement the right tools for the job you are doing.

The discusses the organizational skills and tasks that you need to consider when managing test processes. We also look at the requirements for defect and configuration management, and wind up with a look at the economics of testing.

The addresses testing in a stricter sense and discusses “black-box” and “white-box” dynamic testing techniques. Various test techniques and methods are explained in detail for both. We wrap up this chapter by looking at when it makes sense to augment common testing techniques using experience-based or intuitive testing techniques.

Static testing (i.e., tests during which the test object is not executed) are introduced. Reviews and static tests are used successfully by many organizations, and we go into detail on the various approaches you can take.

Introduces common development lifecycle models (sequential, iterative, incremental, agile) and explains the role that testing plays in each. The various test types and test levels are explained, and we investigate the difference between functional and non-functional testing. We also look at regression testing.

The discusses the basics of software testing. Alongside the concepts of when to test, the objectives to aim for, and the required testing thoroughness, it also addresses the basic concepts of testing processes. We also talk about the psychological difficulties that can arise when you are looking for errors in your own work.

The Certified Tester training scheme is made up of units with three levels of qualification. For more details, see the ISTQB® [URL: ISTQB] website. The basics of software testing are described in the Foundation Level syllabus. You can then move on to take the Advanced Level exam, which offers a deeper understanding of evaluation and testing skills. The Expert Level certificate is aimed at…

This book aims to provide the basic knowledge necessary to set up structured, systematic software evaluation and testing techniques that will help you improve overall software quality. This book does not presume previous knowledge of software quality assurance. It is designed for reference but can also be used for self-study. The text includes a single, continuous…

Quality has therefore become a crucial factor for the success of products and companies in the fields of both technical and commercial software. Most companies have recognized their dependence on software, whether relying on the functionality of existing systems or the introduction of new and better ones. Companies therefore constantly invest in their own development…

Software is everywhere! Nowadays there are virtually no devices, machines, or systems that are not partially or entirely controlled by software. Important functionality in cars—such as engine or gear control—have long been software-based, and these are now being complemented by increasingly smart software-based driver assist systems, anti-lock brake systems, parking aids, lane departure systems and,…