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Microservices with Go

Microservices with Go - Second Edition

By : Alexander Shuiskov
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Microservices with Go

Microservices with Go

5 (1)
By: Alexander Shuiskov

Overview of this book

Microservices with Go, Second Edition explains the key benefits and common issues faced by developers when working with microservices, helping you understand the problems microservice architecture solves, the issues it introduces, and how to tackle them. The author distils his 18+ years of experience in building scalable and reliable infrastructure to help you grasp the importance of using the right principles and standards to achieve all that microservice architecture has to offer. You'll see why Go is a popular choice for microservice development, as well as navigate its foundational aspects, including service scaffolding, discovery, data serialization, communication, deployment, and testing. After covering development, you'll move to maintenance and reliability. This second edition is fully updated with newly added topics, including security and compliance, distributed system challenges, and performance monitoring. The final section focuses on advanced concepts, such as system reliability, observability, maintainability, and scalability. Through best practices and practical examples, you'll learn how to apply key ideas to existing applications using previously scaffolded services. By the end of this book, you'll have gained hands-on experience in developing scalable, reliable, and high-performance microservices with Go.
Table of Contents (23 chapters)
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1
Introduction
3
Foundation
13
Maintenance
18
Advanced Topics
21
Other Books You May Enjoy
22
Index

Asynchronous communication basics

Asynchronous communication is communication between a sender and one or multiple receivers, where a sender does not necessarily expect an immediate response to their messages. In the synchronous communication model, which we covered in Chapter 5 Synchronous Communication, the caller sending the request would expect an immediate (or nearly immediate, considering network latency) response to it. In asynchronous communication, it may take an arbitrary amount of time for the receiver to respond to the request, or to not respond at all (for example, when receiving a no-reply notification).

We can illustrate the differences between the two models using two examples. An example of synchronous communication is a phone call – two people having a phone conversation are in direct and immediate communication with each other, and they expect to hear the responses in real time. An example of asynchronous communication is sending mail to people. It can...

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Microservices with Go
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