★ Focuses on three modern compositional programming paradigms, providing in-depth explanations of core technologies in software product lines, model-driven engineering and streaming applications, with content that balances theoretical depth and practical applicability.
★ The author boasts over 40 years of dual experience in academic research and frontline software development, incorporating unique insights into the book to ensure professional, solid content that aligns with engineering practices.
★ Uses classic cases such as the Linux Kernel and Unix pipe-and-filters as evidence, materializing abstract technical principles and lowering the barrier to understanding professional knowledge.

This text is about compositional programming, where programs are constructed by composing prewritten software building blocks. Three modern compositional paradigms are covered, listed in order of decreasing emphasis:

A Software Product Line is a design for a family of programs. Each program is composed from predefined increments of program functionality. The Linux Kernel is the largest known product line whose family size exceeds 102000 distinct programs.

Model Driven Engineering is a general-purpose engineering methodology to support system design, analysis, construction, and evolution. Software designs are expressed as models. Transformations are composed to convert models into other models for analysis, to produce documentation and/or source.

Streaming Applications are dataflow graphs whose nodes (called boxes) are computations with input and output data streams; boxes are wired/composed together to produce a custom program (aka software circuit). Examples are Unix pipe-and-filters and distributed stream processing.

The book is aimed at both practitioners and advanced students, assuming some familiarity with programming in Java. It draws on the author's unique personal insights from over four decades of experience as an academic at a leading research university as well as a hands-on developer of software tools. Written in an engaging style, the text highlights important contributions toward principled software engineering and composable designs made by researchers in diverse areas such as formal methods, programming languages, software system development, testing and deployment, databases, and networks. Parts of the book can be read and enjoyed as a historical narrative, while others can be studied more deeply to reflect on open research challenges and opportunities. In a world where AI and machine learning offer seductive yet untapped opportunities to generate software automatically, this book is a reminder of how and why the mathematical foundations of software construction still matter.

Don Batory is an American computer scientist, currently the David Bruton, Jr. Centennial Professor at University of Texas at Austin.

Don Batory was the first person to receive the most influential paper award which was established by the Software Product Line Conference in 2016

He received a B.S. (1975) and M.Sc. (1977) degrees from Case Institute of Technology, and a Ph.D. (1980) from the University of Toronto. He was a faculty member at the University of Florida in 1981 before he joined the University of Texas in 1983. He was Associate Editor of IEEE Transactions on Software Engineering (1999-2002), Associate Editor of ACM Transactions on Database Systems (1986-1992), member of the ACM Software Systems Award Committee (1989-1993; Committee Chairman in 1992), Program Co-Chair for the 2002 Generative Programming and Component Engineering Conference. He is a proponent of Feature Oriented Software Development (FOSD).