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The DevOps 2 6 Toolkit Automating the Continuous deployment Pipeline with Containerized Microservices 1st Edition by Viktor Farcic ISBN 1692503154 9781692503154

Name: The DevOps 2 6 Toolkit Automating the Continuous deployment Pipeline with Containerized Microservices 1st Edition by Viktor Farcic ISBN 1692503154 9781692503154
SKU: EB-10841956
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The DevOps 2.6 Toolkit: Jenkins X: Cloud-Native Kubernetes-First Continuous Delivery 1st Edition Viktor Farcic Digital Instant Download

Author(s): Viktor Farcic

ISBN(s): 9781692503154, 1692503154

Edition: 1

File Details: PDF, 11.30 MB

Year: 2019

Language: English

SKU: EB-10841956 Category: Computers - Programming Tag: Viktor Farcic

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The DevOps 2 6 Toolkit Automating the Continuous deployment Pipeline with Containerized Microservices 1st Edition by Viktor Farcic – Ebook PDF Instant Download/Delivery: 1692503154 ,9781692503154
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Product details:
ISBN 10: 1692503154
ISBN 13: 9781692503154
Author: Viktor Farcic

To understand intricacies and inner workings of Jenkins X, we need to understand Kubernetes. But, you do not need to understand Kubernetes to use Jenkins X. That is one of the main contributions of the project. Jenkins X allows us to harness the power of Kubernetes without spending eternity learning the ever-growing list of the things it does. Jenkins X helps us by simplifying complex processes into concepts that can be adopted quickly and without spending months in trying to figure out “the right way to do stuff.” It helps by removing and simplifying some of the problems caused by the overall complexity of Kubernetes and its ecosystem. If you are indeed a Kubernetes ninja, you will appreciate all the effort put into Jenkins X. If you’re not, you will be able to jump right in and harness the power of Kubernetes without ripping your hair out of frustration caused by Kubernetes complexity.I’ll skip telling you that Kubernetes is a container orchestrator, how it manages our deployments, and how it took over the world by the storm. You hopefully already know all that. Instead, I’ll define Kubernetes as a platform to rule them all. Today, most software vendors are building their next generation of software to be Kubernetes-native or, at least, to work better inside it. A whole ecosystem is emerging and treating Kubernetes as a blank canvas. As a result, new tools are being added on a daily basis, and it is becoming evident that Kubernetes offers near-limitless possibilities. However, with that comes increased complexity. It is harder than ever to choose which tools to use. How are we going to develop our applications? How are we going to manage different environments? How are we going to package our applications? Which process are we going to apply for application lifecycles? And so on and so forth. Assembling a Kubernetes cluster with all the tools and processes takes time, and learning how to use what we assembled feels like a never-ending story. Jenkins X aims to remove those and quite other obstacles.Jenkins X is opinionated. It defines many aspects of the software development lifecycle, and it makes decisions for us. It tells us what to do and how. It is like a tour guide on your vacation that shows you where to go, what to look at, when to take a photo, and when it’s time to take a break. At the same time, it is flexible and allows power users to tweak it to fit their own needs.The real power behind Jenkins X is the process, the selection of tools, and the glue that wraps everything into one cohesive unit that is easy to learn and use. We (people working in the software industry) tend to reinvent the wheel all the time. We spend countless hours trying to figure out how to develop our applications faster and how to have a local environment that is as close to production as possible. We dedicate time searching for tools that will allow us to package and deploy our applications more efficiently. We design the steps that form a continuous delivery pipeline. We write scripts that automate repetitive tasks. And yet, we cannot escape the feeling that we are likely reinventing things that were already done by others. Jenkins X is designed to help us with those decisions, and it helps us to pick the right tools for a job. It is a collection of industry’s best practices. In some cases, Jenkins X is the one defining those practices, while in others it helps us adopting those made by others.If we are about to start working on a new project, Jenkins X will create the structure and the required files. If we need a Kubernetes cluster with all the tools selected, installed, and configured, Jenkins X will do that. If we need to create Git repositories, set webhooks, and create continuous delivery pipelines, all we need to do is execute a single `jx` command. The list of what Jenkins X does is vast, and it grows every day.

The DevOps 2 6 Toolkit Automating the Continuous deployment Pipeline with Containerized Microservices 1st Edition Table of contents:

1. Introduction to DevOps and Microservices

What is DevOps and why it matters?
The rise of microservices in modern software development.
Benefits of automation in the software delivery pipeline.
Overview of containerization and its role in DevOps.

2. Setting Up the DevOps Pipeline

Key components of a continuous deployment pipeline.
The role of version control, CI/CD tools, and testing.
Basic concepts of Continuous Integration (CI) and Continuous Delivery (CD).
Building a solid foundation for automating deployments.

3. Containerization and Docker Basics

Introduction to Docker and containers.
Building and managing Docker images.
Docker containers vs. virtual machines.
Docker networking, volumes, and orchestration.

4. Microservices Architecture

The concept of microservices and how they differ from monolithic architectures.
Designing and breaking down an application into microservices.
Benefits and challenges of a microservices approach.
Communication and data flow in a microservices environment.

5. Kubernetes: Orchestrating Containers

Introduction to Kubernetes and container orchestration.
Setting up and configuring Kubernetes clusters.
Deploying and scaling microservices with Kubernetes.
Working with Kubernetes pods, deployments, and services.

6. Automating the CI/CD Pipeline

Setting up Continuous Integration (CI) for automated builds and tests.
Continuous Delivery (CD) for automating deployments to production.
Integrating Kubernetes and Docker into your CI/CD pipeline.
Leveraging Jenkins, GitLab CI, or other CI/CD tools for automation.

7. Advanced Automation Techniques

Implementing blue-green and canary deployments.
Managing and monitoring deployments with Kubernetes.
Handling failures and rollbacks in automated pipelines.
Best practices for securing the CI/CD pipeline and containers.

8. Monitoring and Logging in a DevOps Pipeline

The importance of monitoring and logging in production environments.
Setting up monitoring for microservices with tools like Prometheus.
Centralized logging with ELK Stack or other logging systems.
Metrics, alerts, and observability in DevOps.

9. Testing in a Containerized World

Types of tests in a microservices architecture.
Unit tests, integration tests, and acceptance tests in the CI/CD pipeline.
Tools and techniques for automated testing in containerized environments.
Best practices for ensuring code quality in a continuous deployment model.

10. Managing Configuration and Secrets

Managing configuration in microservices.
Using tools like Kubernetes ConfigMaps and Secrets.
Ensuring sensitive information (e.g., API keys, passwords) is securely managed.
Using Helm for managing Kubernetes deployments.

11. Scaling and High Availability

Horizontal and vertical scaling of microservices.
Ensuring high availability in containerized environments.
Using Kubernetes autoscaling and load balancing.
Strategies for managing traffic and preventing downtime.

12. Security in DevOps and Microservices

Security challenges in microservices architecture.
Container security best practices.
Integrating security into the CI/CD pipeline (DevSecOps).
Scanning Docker images for vulnerabilities and hardening containers.

13. Continuous Delivery with Docker and Kubernetes

A detailed guide to setting up automated deployment pipelines.
Best practices for continuous delivery and microservices deployment.
Real-world case studies and examples of CI/CD pipelines in action.

14. Conclusion and Next Steps

Recap of key concepts and tools for DevOps automation.
Final thoughts on building scalable, resilient DevOps pipelines.
Resources for further learning in DevOps and containerized microservices.

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