Introduction. JavaScript. CoffeScript. Ruby. Python. Lua. Julia. Hack. Java. Scala. Clojure. C. C++. Rust. Go. Swift. Glossary. Additional Languages. Assembly Languages. Virtual Machines. Understanding Numbers. Understanding Characters. Bibliography index.
Ray Toal is Professor of Computer Science at Loyola Marymount University in Los Angeles where he has been teaching since 1986. He received his Ph.D. from UCLA in 1993 in semantics, with minors in theoretical computer science and database systems. His current research interests are in programming language design, compilers, APIs, and large scale infrastructure. He has consulted for a number of companies in the Los Angeles area, including Citysearch/CityGrid, Medaxis, Friendbuy, Handmade Mobile, M-GO, and Criteo. Ray has authored three books on programming languages and has been involved with projects at the Human Advancement Research Community (HARC).
"This book tackles the task of describing programming languages
effectively and efficiently. The authors adopt a principle-based
approach that allows readers to recognize how fundamental computer
science concepts take form in each of the presented programming
languages. This allows readers to experience how each language
includes some subset of these concepts, and thus becomes suitable
for different tasks. In this approach, functionality emerges as the
embodiment of these fundamentals. Readers are then encouraged to
find commonalities and themes in the material by following
exercises, which also provide the means to further the study of any
one of the presented languages. The final chapter links all of the
material explicitly through a series of recurring themes of
interest to software engineers and computer scientists. Although
the book can be useful to any technical and academic audience, it
will be better suited for upper-division undergraduate students,
graduate students, or professionals seeking further
development."
—L. Benedicenti, Choice, May 2017"All in all, this book makes for a
great browse, an interesting read if one wishes to learn about
different programming paradigms and languages, and a very clear and
well-organized textbook. The language is crisp and concise, and
assumes a familiarity with programming. I teach an
upper-undergraduate module on the principles of programming
languages, and plan to make use of this book extensively to help
give students insights into the vast but interesting landscape of
programming languages."
—Sara Kalvala, ACM Computing Reviews, May 2017
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