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Functional Thinking: Paradigm Over Syntax, by Neal Ford
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If you’re familiar with functional programming basics and want to gain a much deeper understanding, this in-depth guide takes you beyond syntax and demonstrates how you need to think in a new way. Software architect Neal Ford shows intermediate to advanced developers how functional coding allows you to step back a level of abstraction so you can see your programming problem with greater clarity.
Each chapter shows you various examples of functional thinking, using numerous code examples from Java 8 and other JVM languages that include functional capabilities. This book may bend your mind, but you’ll come away with a much better grasp of functional programming concepts.
- Understand why many imperative languages are adding functional capabilities
- Compare functional and imperative solutions to common problems
- Examine ways to cede control of routine chores to the runtime
- Learn how memoization and laziness eliminate hand-crafted solutions
- Explore functional approaches to design patterns and code reuse
- View real-world examples of functional thinking with Java 8, and in functional architectures and web frameworks
- Learn the pros and cons of living in a paradigmatically richer world
If you’re new to functional programming, check out Josh Backfield’s book Becoming Functional.
- Sales Rank: #988885 in Books
- Published on: 2014-07-20
- Released on: 2014-07-10
- Original language: English
- Number of items: 1
- Dimensions: 9.00" h x .41" w x 7.00" l, .0 pounds
- Binding: Paperback
- 180 pages
About the Author
Neal is Director, Software Architect, and Meme Wrangler at ThoughtWorks, a global IT consultancy with an exclusive focus on end-to-end software development and delivery. Before joining ThoughtWorks, Neal was the Chief Technology Officer at The DSW Group, Ltd., a nationally recognized training and development firm.
Neal has a degree in Computer Science from Georgia State University specializing in languages and compilers and a minor in mathematics specializing in statistical analysis. He is also the designer and developer of applications, instructional materials, magazine articles, and video presentations. He is also the author of 6 books, including the most recent Presentation Patterns and Functional Thinking. Given his degree, Neal is a bit of a language geek, with affections including but not limited to Ruby, Clojure, Java, Groovy, JavaScript, Scala and C#/.NET. His primary consulting focus is the design and construction of large-scale enterprise applications. Neal is an internationally acclaimed speaker, having spoken at over 300 developer conferences worldwide, delivering more than 2000 presentations. If you have an insatiable curiosity about Neal, visit his web site at nealford.com. He welcomes feedback and can be reached at nford@thoughtworks.com.
Most helpful customer reviews
39 of 46 people found the following review helpful.
Extremely helpful, but maybe not for beginners
By Patrick C. Kujawa
I think this may be my first amazon review, but I had to respond after seeing two very negative reviews about this book. First, I can understand that this book can be confusing, as it dives right in to functional programming (FP) without a primer or appendix to help beginners. (I strongly recommend [defmacro - Functional Programming For The Rest of Us](http://www.defmacro.org/ramblings/fp.html) for that purpose.) However, as an intermediate developer with an (apparently) above-average exposure to FP, I found this book to be extremely illuminating and incredibly useful for me to advance to the next level of FP understanding.
Sidenote: One reviewer asserts that the author is confused and perhaps lacks knowledge. I don't know Neal Ford, but I am very familiar with the output of the company at which he works - ThoughtWorks. I can say for certain that anyone employed by them for years is certainly knowledgeable about software engineering, particularly when it comes to real-world usage.
Why did I find the book so valuable?
* As you can see from the [hosted code](https://github.com/oreillymedia/functional_thinking), Ford accompanies all of his code examples with unit tests, which I find essential for understanding and trust.
* Most examples are done in Clojure (a LISP variant for the JVM), Groovy (a dynamic JVM language), **and** Java 8 (sometimes using the Functional Java library), as well as a number in Scala. I find that comparisons between languages improve my learning and retention, in addition to giving extra perspective.
* Ford guides the reader through the mix of terminology for the essential FP functions and how they differ by language: map (when it is called 'collect' and why; a.k.a select), reduce (when it is called 'collect'; plus how it differs from fold), and filter (a.k.a. where).
* All concepts are followed by (or introduced with) example code - this is not just a theory book.
* Some Design Patterns are reviewed and translated to their FP equivalents, which are often simpler.
* He provides the best explanation of recursion I've ever read:
"In reality, [recursion is] a computer-sciencey way to iterate over things by calling the same method from itself, reducing the collection each time, and always carefully ensuring you have an exit condition. Many times, recursion leads to easy-to-understand code because the core of your problem is the need to do the same thing over and over to a diminishing list."
* Ford also provides a helpful explanation of Currying vs partial application (better in context, but here is the crux):
"Currying describes the conversion of a multi-argument function into a chain of single-argument functions. It describes the transformation process, not the invocation of the converted function. The caller can decide how many arguments to apply, thereby creating a derived function with that smaller number of arguments. Partial application describes the conversion of a multi-argument function into one that accepts fewer arguments, with values for the elided arguments supplied in advance. The technique’s name is apt: it partially applies some arguments to a function, returning a function with a signature that consists of the remaining arguments. With both currying and partial application, you supply argument values and return a function that’s invokable with the missing arguments. But currying a function returns the next function in the chain, whereas partial application binds argument values to values that you supply during the operation, producing a function with a smaller arity (number of arguments). This distinction becomes clearer when you consider functions with arity greater than two. For example, the fully curried version of the process(x, y, z) function is process(x)(y)(z)"
There were times that I skimmed through sections (particularly the ones heavy on a Java implementation of pattern matching), but overall I was extremely pleased with the content.
1 of 1 people found the following review helpful.
Great language-agnostic primer on functional programming
By pdxdan
I really enjoyed this book. I found it useful to learn the concepts first, then see various implementations of the concepts in different languages.
0 of 0 people found the following review helpful.
Five Stars
By John Prout
Amazing deal for an excellent book
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