Book Image

Full-Stack Web Development with Go

By : Nanik Tolaram, Nick Glynn
Book Image

Full-Stack Web Development with Go

By: Nanik Tolaram, Nick Glynn

Overview of this book

Go is a modern programming language with capabilities to enable high-performance app development. With its growing web framework ecosystem, Go is a preferred choice for building complete web apps. This practical guide will enable you to take your Go skills to the next level building full stack apps. This book walks you through creating and developing a complete modern web service from auth, middleware, server-side rendering, databases, and modern frontend frameworks and Go-powered APIs. You’ll start by structuring the app and important aspects such as networking, before integrating all the different parts together to build a complete web product. Next, you’ll learn how to build and ship a complete product by starting with the fundamental building blocks of creating a Go backend. You’ll apply best practices for cookies, APIs, and security, and level up your skills with the fastest growing frontend framework, Vue. Once your full stack application is ready, you’ll understand how to push the app to production and be prepared to serve customers and share it with the world. By the end of this book, you’ll have learned how to build and ship secure, scalable, and complete products and how to combine Golang with existing products using best practices.
Table of Contents (21 chapters)
1
Part 1: Building a Golang Backend
5
Part 2:Serving Web Content
9
Part 3:Single-Page Apps with Vue and Go
14
Part 4:Release and Deployment

Converting to and from JSON

In this section, we will look at getting and sending data from and to JSON. We will also look at creating a structure to handle data and how the JSON conversion is done.

When dealing with JSON in Golang via the standard library, we’ve got two primary options –json.Marshal/Unmarshal and json.NewEncoder(io.Writer)/NewDecoder(io.Reader). In this chapter, we will look at using the Encoder/Decoder methods. The reason for using these methods is that we can chain a function to the encoder/decoder that’s returned and call the .Encode and .Decode functions with ease. Another benefit of this approach is that it uses the streaming interface (namely io.Reader and io.Writer, used to represent an entity from/to which you can read or write a stream of bytes – the Reader and Writer interfaces are accepted as input and output by many utilities and functions in the standard library), so we have other choices than Marshal, which works with preallocated...