Book Image

Building Microservices with Go

By : Nic Jackson
Book Image

Building Microservices with Go

By: Nic Jackson

Overview of this book

Microservice architecture is sweeping the world as the de facto pattern to build web-based applications. Golang is a language particularly well suited to building them. Its strong community, encouragement of idiomatic style, and statically-linked binary artifacts make integrating it with other technologies and managing microservices at scale consistent and intuitive. This book will teach you the common patterns and practices, showing you how to apply these using the Go programming language. It will teach you the fundamental concepts of architectural design and RESTful communication, and show you patterns that provide manageable code that is supportable in development and at scale in production. We will provide you with examples on how to put these concepts and patterns into practice with Go. Whether you are planning a new application or working in an existing monolith, this book will explain and illustrate with practical examples how teams of all sizes can start solving problems with microservices. It will help you understand Docker and Docker-Compose and how it can be used to isolate microservice dependencies and build environments. We finish off by showing you various techniques to monitor, test, and secure your microservices. By the end, you will know the benefits of system resilience of a microservice and the advantages of Go stack.
Table of Contents (18 chapters)
Title Page
Credits
About the Author
About the Reviewers
www.PacktPub.com
Customer Feedback
Preface
Index

What is continuous delivery?


Continuous delivery is the process of building and deploying code, well, continuously. The aim is that we move code from development to production as efficiently and effectively as possible.

In a traditional or waterfall workflow, releases revolve around the completion of a major feature or update. It is not untypical for large enterprises to release once a quarter. When we look at the reason for this strategy, risk and effort are often cited. There is a risk to releasing as confidence in the software is weak; there is effort involved in releasing because there needs to be a mostly manual process involved in quality assurance and the operational aspects of releasing the software. One part of this is something that we have covered in Chapter 5, Common Patterns, which is the concern with quality, and the possible absence of a satisfactory test suite or possibly the ability to run this automatically. The second element involves the physical deployment and post-deployment...