Overview

Learn, develop and hone your Linux and DevOps skills by building a lab for learning, testing and exploring the latest Linux and open-source technologies. This book helps Linux users and others to master modern DevOps practices using a wide range of software and tools. Having a home or work-based Linux lab is indispensable to anyone looking to experiment with the ever-evolving landscape of new software and DevOps. With open-source tools and readily available hardware, you will end up with a lab you can use to try virtually any modern software, including Chef, Docker, Kubernetes and stalwarts like DNS, Dovecot, and Postfix for email. You'll  set up pipelines for software deployment and focus on discrete projects that help you learn through doing. In the end, you'll acquire the skills needed to become better informed, more marketable engineers and developers, and better able to take on a wide array of software projects with confidence. Practical Linux DevOps is the perfect companion for those who want to learn how to build systems with utility and learn about modern hardware and software practices. What You'll Learn Set up a Linux-based virtualization environment and workstation Create a lab network with a fully qualified domain Build web-based applications with NGINX and LAMP Use version-control tools like Git Automate deployments and configurations Think like a modern DevOps engineer Who This Book Is For New and modestly experienced users with basic understanding of a basic understanding of Windows or Linux command line, as well as would-be and current DevOps engineers, and full-stack and other software developers

Full Product Details

Author:   John S. Tonello
Publisher:   APress
Imprint:   APress
Edition:   1st ed.
Weight:   0.551kg
ISBN:  

9781484283172

ISBN 10:   1484283171
Pages:   337
Publication Date:   12 August 2022
Audience:   Professional and scholarly ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Active
Availability:   Manufactured on demand  
We will order this item for you from a manufactured on demand supplier.

Table of Contents

1) Introduction    2) Gather your hardware  2.1 The basics: What you’ll need to build your lab 2.2 Using new equipment for your lab  2.3 Using old PCs and laptops 2.4 Raspberry Pis and IoT devices 2.5 Building your network 2.6 A few words on networking 2.7 Optionally install Webmin   3) Setting up a virtual environment  3.1 Why it matters  3.2 About ProxMox VE  3.3 About plain KVM  3.4 Graphical deployments vs. the command line  3.5 Set up ProxMox VE 3.6 Set up Plain KVM 3.7 Command line deployments 3.8 Conclusion    4) Set up a DNS server  4.1 Why it matters  4.2 Sketching out your network 4.3 Configure your routers and switches 4.4 Deploy a VM to host the DNS server 4.5 Install bind  4.6 Set up your domain master 4.7 Set up an optional slave 4.8 Enable and start the named service 4.9 Graphical deployments and management 4.10 Containerize it    5) Set up an email server  5.1 Why it matters  5.2 Deploy a VM to host your mail server  5.3 Install Postfix and Dovecot 5.4 Configure Postfix 5.5 Configure SMTP with Dovecot 5.6 Mail server security considerations 5.7 Initial email service tests 5.8 Set up Thunderbird, Evolution or other graphical email client 5.9 Optional SquirrelMail deployment  5.10 Containerize it    6) Set up a LAMP web server  6.1 Why it matters  6.2 Deploy an LXC or VM host 6.3 Configure the host network and name 6.4 Install the web server 6.5 Create your first virtual host 6.6 Install PHP 6.7 Install MariaDB 6.8 Install Adminer or PHPMyAdmin to graphically manager MariaDB 6.9 Create a single-file PHP app and connect it to a MariaDB database 6.10 Containerize it    7) Website alternatives  7.1 Why it matters  7.2 Deploy a different kind of web server 7.3 Try python3 http.server 7.4 Deploy Wordpress 7.5 Configure Wordpress and login 7.6 Containerize it    8) Server management and maintenance  8.1 Why it matters  8.2 Install Webmin on a new or existing host 8.3 Configure Webmin to manage multiple hosts 8.4 Backup your servers   9) Automation with Chef and Ansible  9.1 Why it matters  9.2 Install Ansible 9.3 Install Chef   10) Think DevOps  10.1 Why it matters  10.2 Why containers and microservices are taking over the world 10.3 How automation tools like Ansible and Chef make server configuration easier 10.4 Why deploying applications in containers is so popular 10.5 Taking advantage of these services in your lab   11) Extend your lab  11.1 Why it matters  11.2 Create a Docker host 11.3 Create a GitLab host 11.4 Deploy Kubernetes with Git-based scripts 11.5 Experiment with OpenStack   12) Resources  12.1 Github repo  12.2 Software links  12.3 Helpful sites  12.4 References to software used

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Author Information

John S. Tonello writes about technology, software, infrastructure-as-code and DevOps, and has spent more than 20 years working in and around the software industry for companies like Tenable, HashiCorp, SUSE, Chef and Puppet. He’s spent more than 25 years building Linux-based environments, and regularly publishes a wide range of how-to guides and blogs about DevOps, Linux, and software-defined infrastructure.

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