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Mastering Kotlin

Mastering Kotlin

By : Nate Ebel
2.7 (3)
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Mastering Kotlin

Mastering Kotlin

2.7 (3)
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)
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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

Classifying programming languages

How do you compare programming languages? You might dive right in and examine differences in syntax or idioms. You could compare target platforms or contrast their Hello World implementations. All of these can help paint a picture of how two programming languages might differ.

But these approaches are quite specific, and don't work as well for describing groups of related languages. That is where the concept of programming paradigms becomes quite useful. Programming paradigms provide a means of classifying programming languages by common features or patterns. They provide a broad, high-level classification mechanism with which we can quickly group and compare different programming languages.

Using programming paradigms to classify languages dates back over 40 years. Robert W Floyd is thought to have been the first to use the notion of a...
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