By Klaus Pohl
ISBN-10: 3540243720
ISBN-13: 9783540243724
This textbook addresses scholars, execs, teachers and researchers drawn to software program product line engineering. With greater than a hundred examples and approximately a hundred and fifty illustrations, the authors describe intimately the basic foundations, ideas and strategies of software program product line engineering.The authors are execs and researchers who considerably encouraged the software program product line engineering paradigm and effectively utilized software program product line engineering rules in undefined. they've got dependent this textbook round a entire product line framework.Software product line engineering has confirmed to be the paradigm for constructing a variety of software program items and software-intensive platforms in shorter time, at lower price, and with larger caliber. It allows platform-based improvement and mass customisation. The authors complex at the key ideas at the back of software program product line engineering: (1) the separation of software program improvement in unique procedures, area and alertness engineering; (2) the specific definition and administration of the variety of the product line throughout all improvement artefacts.As a scholar, you'll find an in depth description of the foremost procedures, their actions and underlying recommendations for outlining and handling software program product line artefacts. As a researcher or lecturer, you can find a entire dialogue of the state-of-the-art organised round the complete framework. As a qualified, you'll find guidance for introducing this paradigm on your corporation and an summary of commercial reports with software program product line engineering.
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Additional resources for Software Product Line Engineering: Foundations, Principles and Techniques
Example text
We deal with the essential techniques for defining the product roadmap in Chapter 9. 2 Domain Variability Model The domain variability model defines the variability of the software product line. e. it introduces variation points for the product line. e. it defines the variants offered by the product line. Moreover, the domain variability model defines variability dependencies and variability constraints which have to be considered when deriving product line applications. Last but not least, the domain variability model interrelates the variability that exists in the various development artefacts such as variability in requirements artefacts, variability in design artefacts, variability in components, and variability in test artefacts.
The strategy that we have intuitively followed in the above example is, first, to focus on what is common to all products, and next, to focus on what is different. In the first step, artefacts are provided that can be reused for all products. These artefacts may be built from scratch or derived from another platform or earlier systems. Built-in flexibility makes it possible to reuse these artefacts in different applications, providing mass customisation. Cre- Preparing for mass customisation Commonality first, differences later 8 1.
The major driver for using modelling techniques was the foundation of UML [OMG 2003], which has become an industrial standard. This standardisation of modelling notations helps engineers to become aware of methods for modelling variability, too. 3 Domain Characteristics and Expertise Another major prerequisite for software product line engineering is sufficient domain expertise. Only people who know their markets and/or customers can identify commonalities and variability in an adequate way for developing platforms and variability.
Software Product Line Engineering: Foundations, Principles and Techniques by Klaus Pohl
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