Book Image

Practical DevOps - Second Edition

By : joakim verona
Book Image

Practical DevOps - Second Edition

By: joakim verona

Overview of this book

DevOps is a practical field that focuses on delivering business value as efficiently as possible. DevOps encompasses all code workflows from testing environments to production environments. It stresses cooperation between different roles, and how they can work together more closely, as the roots of the word imply—Development and Operations. Practical DevOps begins with a quick refresher on DevOps and continuous delivery and quickly moves on to show you how DevOps affects software architectures. You'll create a sample enterprise Java application that you’'ll continue to work with through the remaining chapters. Following this, you will explore various code storage and build server options. You will then learn how to test your code with a few tools and deploy your test successfully. In addition to this, you will also see how to monitor code for any anomalies and make sure that it runs as expected. Finally, you will discover how to handle logs and keep track of the issues that affect different processes. By the end of the book, you will be familiar with all the tools needed to deploy, integrate, and deliver efficiently with DevOps.
Table of Contents (12 chapters)

IoT deployment affects software architecture

An IoT network consists of many devices, which might not be at the same firmware revision. Upgrades might be spread out in time because the hardware might not be physically available, and so on. This makes compatibility at the interface level important. Since small networked sensors might be memory and processor constrained, versioned binary protocols or simple Representational State Transfer (REST) protocols may be preferred. Versioned protocols are also useful in order to allow things with different hardware revisions to communicate at different versioned endpoints.

Massive sensor deployments can benefit from less talkative protocols and layered message queuing architectures to handle events asynchronously.