1 Software Variability.- 2 Getting Started.- 3 FeatureIDE in a Nutshell.- 4 An Elevator as a Running Example.- 5 Feature Modeling.- 6 Product Configuration.- 7 Feature Traceability in Feature Models and Configurations.- 8 Quality Assurance for Feature Models and Configurations.- 9 Conditional Compilation with FeatureIDE.- 10 Developing an Elevator with Conditional Compilation.- 11 Feature Traceability for Conditional Compilation.- 12 Quality Assurance for Conditional Compilation.- 13 Feature-Oriented Programming with FeatureIDE.- 14 Developing an Elevator with Feature-Oriented Programming.- 15 Feature Traceability for Feature-Oriented Programming.- 16 Quality Assurance for Feature-Oriented Programming.- 17 Tool Support Beyond Preprocessors and Feature Modules.- 18 Tool Support for Product-Line Maintenance.- 19 Overview on FeatureIDE.
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1 Software Variability.- 2 Getting Started.- 3 FeatureIDE in a Nutshell.- 4 An Elevator as a Running Example.- 5 Feature Modeling.- 6 Product Configuration.- 7 Feature Traceability in Feature Models and Configurations.- 8 Quality Assurance for Feature Models and Configurations.- 9 Conditional Compilation with FeatureIDE.- 10 Developing an Elevator with Conditional Compilation.- 11 Feature Traceability for Conditional Compilation.- 12 Quality Assurance for Conditional Compilation.- 13 Feature-Oriented Programming with FeatureIDE.- 14 Developing an Elevator with Feature-Oriented Programming.- 15 Feature Traceability for Feature-Oriented Programming.- 16 Quality Assurance for Feature-Oriented Programming.- 17 Tool Support Beyond Preprocessors and Feature Modules.- 18 Tool Support for Product-Line Maintenance.- 19 Overview on FeatureIDE.
Show more1 Software Variability.- 2 Getting Started.- 3 FeatureIDE in a Nutshell.- 4 An Elevator as a Running Example.- 5 Feature Modeling.- 6 Product Configuration.- 7 Feature Traceability in Feature Models and Configurations.- 8 Quality Assurance for Feature Models and Configurations.- 9 Conditional Compilation with FeatureIDE.- 10 Developing an Elevator with Conditional Compilation.- 11 Feature Traceability for Conditional Compilation.- 12 Quality Assurance for Conditional Compilation.- 13 Feature-Oriented Programming with FeatureIDE.- 14 Developing an Elevator with Feature-Oriented Programming.- 15 Feature Traceability for Feature-Oriented Programming.- 16 Quality Assurance for Feature-Oriented Programming.- 17 Tool Support Beyond Preprocessors and Feature Modules.- 18 Tool Support for Product-Line Maintenance.- 19 Overview on FeatureIDE.
"FeatureIDE is a much needed and necessary step forward. It presents the analyses and amenities that one might/should see in next-generation SPL tooling. I have used FeatureIDE for many years and am very-pleased to see SPL research ideas come to life." (Don Batory, The University of Texas at Austin, USA)
Jens Meinicke is a PhD student at University of Magdeburg,
Germany. Since 2011 he has developed FeatureIDE as a programmer and
a researcher, and since fall 2016 he is working at Carnegie Mellon
University in Pittsburgh as Visiting
Researcher.
Thomas Thüm is a postdoctoral
researcher at TU Braunschweig, Germany. In 2010, his master thesis
had received the Software Engineering Award 2011 of the
Ernst-Denert-Foundation, and in 2015, he received the Dissertation
Award of the University of Magdeburg. He made substantial
contributions to the source code between 2007 and 2010. Since then,
he manages the development and releases of
FeatureIDE.
Reimar Schröter is a PhD student at
University of Magdeburg, Germany. Since 2012, he has been
responsible for the integration of several extensions into
FeatureIDE. He supervised courses in which students used FeatureIDE
for product-line development and extend withnew
functionalities.
Fabian Benduhn is a PhD student
at University of Magdeburg, Germany. He has contributed to the
development of FeatureIDE, used it for teaching, and has been
involved in preparing FeatureIDE for industrial application
together with METOP GmbH.
Thomas Leich is
Professor for Requirements Engineering at Harz University of
Applied Sciences in Wernigerode, Germany. He is also Executive
Director of METOP GmbH, an affiliate institute to the University of
Magdeburg. Since 2001 he worked for several DAX 30 companies as
consultant and software architect. In 2004, he initiated FeatureIDE
as a part of the FeatureC++ project at the University of Magdeburg.
Until today he is responsible for industrial extensions and
consulting of FeatureIDE.
Gunter Saake is
Professor for Databases and Software Engineering at University of
Magdeburg, Germany. He has more than 200 publications covering
various areas of data base management, formal methods, and software
engineering. He is the author of several basic and graduate text
books on database technology and an introductory book for computer
science students. He is also co-author of the book
“Feature-Oriented Software Product Lines” (Springer, 2013)
presenting the foundations of feature-oriented software
product-line engineering.
“This is a very useful, practical manual specifically for students of FOP, aspect-oriented programming (AOP), domain modeling, and variability modeling who are interested in learning about state-of-the-art tools and products in these areas. … I would strongly recommend this book for students, researchers, software developers, and other practitioners in the fields of FOP software development, AOP, and product engineering for industrial projects.” (Sajjad Khan, Computing Reviews, March, 2018)
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