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  • Book Overview & Buying Functional Programming in Go
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Functional Programming in Go

Functional Programming in Go

By : Dylan Meeus
4.9 (12)
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Functional Programming in Go

Functional Programming in Go

4.9 (12)
By: Dylan Meeus

Overview of this book

While Go is a multi-paradigm language that gives you the option to choose whichever paradigm works best for the particular problem you aim to solve, it supports features that enable you to apply functional principles in your code. In this book, you’ll learn about concepts central to the functional programming paradigm and how and when to apply functional programming techniques in Go. Starting with the basic concepts of functional programming, this Golang book will help you develop a deeper understanding of first-class functions. In the subsequent chapters, you’ll gain a more comprehensive view of the techniques and methods used in functional languages, such as function currying, partial application, and higher-order functions. You’ll then be able to apply functional design patterns for solving common programming challenges and explore how to apply concurrency mechanisms to functional programming. By the end of this book, you’ll be ready to improve your code bases by applying functional programming techniques in Go to write cleaner, safer, and bug-free code.
Table of Contents (17 chapters)
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1
Part 1: Functional Programming Paradigm Essentials
7
Part 2: Using Functional Programming Techniques
11
Part 3: Design Patterns and Functional Programming Libraries

Recursion and functions as first-class citizens

What we have seen so far in this chapter can be applied to any language that has function calls, even in languages that stick more firmly to the object-oriented domain. In this section, we’ll learn how to leverage some of the concepts of functional and multi-paradigm languages that make recursion easier to write and manage.

One of the most useful features I’ve found is to combine recursion with closures. To give an example of when this comes in handy, imagine working recursively on a data structure and having to keep some state tracked. Rather than tracking the state at the package level, or complicating the recursive function to keep the state tracked in the recursing functions, we can create an outer function that is not recursive and then use a recursive inner function. Let’s demonstrate this with an example to clear up some potential confusion.

Using the same tree as in the previous example, let’s...

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Functional Programming in Go
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