Book Image

DevOps: Continuous Delivery, Integration, and Deployment with DevOps

By : Sricharan Vadapalli
Book Image

DevOps: Continuous Delivery, Integration, and Deployment with DevOps

By: Sricharan Vadapalli

Overview of this book

DevOps is the most widely used software engineering culture and practice that aim sat software development and operation. Continuous integration is a cornerstone technique of DevOps that merges software code updates from developers into a shared central mainline. This book takes a practical approach and covers the tools and strategies of DevOps. It starts with familiarizing you with DevOps framework and then shows how toper form continuous delivery, integration, and deployment with DevOps. You will explore DevOps process maturity frameworks and progression models with checklist templates for each phase of DevOps. You will also be familiar with agile terminology, methodology, and the benefits accrued by an organization by adopting it. You will also get acquainted with popular tools such as Git, Jenkins ,Maven, Gerrit, Nexus, Selenium, and so on.You will learn configuration, automation, and the implementation of infrastructure automation (Infrastructure as Code) with tools such as Chef and Ansible. This book is ideal for engineers, architects, and developers, who wish to learn the core strategies of DevOps. This book is embedded with useful assessments that will help you revise the concepts you have learned in this book. This book is repurposed for this specific learning experience from material from Packt's Hands-on DevOps by Sricharan Vadapalli.
Table of Contents (8 chapters)

Assessments


  1. Which among the following are software advancements for in-memory computing?

    1. Multi-core architecture allows massive parallel scaling

    2. Main memory has scalable capacity

    3. Partitioning of data

    4. Fast prefetch unlimited size

  2. Which among the following are hardware advancements for in-memory computing?

    1. Multifold compression

    2. No aggregate tables

    3. Data compression

    4. Row plus column storage

  3. ______consists of packaging the application and its dependencies all up in a box.

    1. Jenkins

    2. Docker

    3. Ansible

    4. Kubernetes

  4. Which of the following are tools for source code management?

    1. Splunk

    2. Elastic box

    3. Rackspace

    4. Subversion

  5. Which of the following are tools for release management?

    1. StackStorm

    2. Nagios

    3. Logentries

    4. Chef