Book Image

Mastering Kotlin

By : Nate Ebel
Book Image

Mastering Kotlin

By: Nate Ebel

Overview of this book

Using Kotlin without taking advantage of its power and interoperability is like owning a sports car and never taking it out of the garage. While documentation and introductory resources can help you learn the basics of Kotlin, the fact that it’s a new language means that there are limited learning resources and code bases available in comparison to Java and other established languages. This Kotlin book will show you how to leverage software designs and concepts that have made Java the most dominant enterprise programming language. You’ll understand how Kotlin is a modern approach to object-oriented programming (OOP). This book will take you through the vast array of features that Kotlin provides over other languages. These features include seamless interoperability with Java, efficient syntax, built-in functional programming constructs, and support for creating your own DSL. Finally, you will gain an understanding of implementing practical design patterns and best practices to help you master the Kotlin language. By the end of the book, you'll have obtained an advanced understanding of Kotlin in order to be able to build production-grade applications.
Table of Contents (25 chapters)
Free Chapter
1
Section 1: Kotlin – A Modern Solution to Application Development
4
Section 2: Putting the Pieces Together – Modeling Data, Managing State, and Application Architecture
8
Section 3: Play Nice – Integrating Kotlin With Existing Code
13
Section 4: Go Beyond – Exploring Advanced and Experimental Language Features
17
Section 5: The Wide World of Kotlin – Using Kotlin across the Entire Development Stack

Picking your programming paradigm

When learning about or discussing, a new programming language, it can be useful to understand the programming paradigms that the language can be classified with. A programming paradigm can be thought of as a means of classifying languages based on common features.

Object-oriented languages, such as Java and C++, all support some form of modeling data with logical representations such as classes. Functional programming languages, such as Common Lisp or JavaScript, perform operations as pure transformations of data without global state or mutable data.

Languages can fall into multiple paradigms at the same time. Kotlin allows developers to write imperative object-oriented code and functional code, as well as asynchronous reactive code. Developers can mix-and-match these methodologies as they see fit because, while Kotlin supports them all, it doesn...