Practical DevOps : implement devops in your organization by effectively building, deploying, testing, and monitoring code / Joakim Verona.

Format:

Book

Author/Creator:

Verona, Joakim, author.

Language:

English

Subjects (All):

Computer software--Development.

Computer software.

Physical Description:

1 online resource (242 pages)

Edition:

Second edition.

Place of Publication:

Birmingham ; Mumbai : Packt, 2018.

Biography/History:

verona joakim: Joakim Verona is a consultant who specializes in continuous delivery and DevOps. He has worked on all aspects of systems development since 1994. He has actively contributed as the lead implementer of complex multilayered systems, such as web, multimedia, and mixed software/hardware systems. His wide-ranging technical interests led him to the emerging field of DevOps in 2004, where he has stayed ever since.

Summary:

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..

Contents:

Cover

Title Page

Copyright and Credits

Packt Upsell

Contributors

Table of Contents

Preface

Chapter 1: Introducing DevOps and Continuous Delivery

Introducing DevOps

How fast is fast?

The Agile wheel of wheels

Beware the cargo cult Agile fallacy

DevOps and ITIL

Summary

Chapter 2: A View from Orbit

The DevOps process and CD - an overview

The developers

The Revision Control System

The build server

The artifact repository

Package managers

Test environments

Staging/production

Release management

Scrum, Kanban, and the delivery pipeline

Wrapping up - a complete example

Identifying bottlenecks

Chapter 3: How DevOps Affects Architecture

Introducing software architecture

The monolithic scenario

The Twelve Factors

Factor 1 - code base

Factor 2 - dependencies

Factor 3 - config

Factor 4 - backing services

Factor 5 - build, release, run

Factor 6 - processes

Factor 7 - port binding

Factor 8 - concurrency

Factor 9 - disposability

Factor 10 - dev/prod parity

Factor 11 - logs

Factor 12 - admin processes

Architecture rules of thumb

The separation of concerns

The principle of cohesion

Coupling

Back to the monolithic scenario

A practical example

Three-tier systems

The presentation tier

The logic tier

The data tier

Handling database migrations

Rolling upgrades

Hello world in Liquibase

The changelog file

The pom.xml file

Manual installation

Microservices

Interlude - Conway's law

How to keep service interfaces forward compatible

Microservices and the data tier

DevOps, architecture, and resilience

Chapter 4: Everything is Code

The need for source code control

The history of source code management

Roles and code

Which source code management system?.

A word about source code management system migrations

Choosing a branching strategy

Branching problem areas

Artifact version naming

Choosing a client

Setting up a basic Git server

Shared authentication

Hosted Git servers

Large binary files

Trying out different Git server implementations

Docker intermission

Gerrit

Installing the git-review package

The value of history revisionism

The pull request model

GitLab

Chapter 5: Building the Code

Why do we build code?

The many faces of build systems

The Jenkins build server

Managing build dependencies

The final artifact

Cheating with FPM

Continuous Integration

Continuous Delivery

Jenkins plugins

The host server

Build slaves

Software on the host

Triggers

Job chaining and build pipelines

A look at the Jenkins filesystem layout

Build servers and Infrastructure as Code

Building by dependency order

Build phases

Alternative build servers

Collating quality measures

About build status visualization

Taking build errors seriously

Robustness

Chapter 6: Testing the Code

Manual testing

Pros and cons with test automation

Unit testing

xUnit in general and JUnit in particular

A JUnit example

Mocking

Test coverage

Automated integration testing

Docker in automated testing

Arquillian

Performance testing

Automated acceptance testing

Automated GUI testing

Integrating Selenium tests in Jenkins

JavaScript testing

Testing backend integration points

Test-driven development

REPL-driven development

A complete test automation scenario

Manually testing our web application

Running the automated test

Finding a bug

Test walkthrough

Handling tricky dependencies with Docker

Chapter 7: Deploying the Code.

Why are there so many deployment systems?

Configuring the base OS

Describing clusters

Delivering packages to a system

Virtualization stacks

Executing code on the client

A note about the exercises

The Puppet master and Puppet agents

Ansible

Deploying with Chef

Deploying with SaltStack

Salt versus Ansible versus Puppet execution models

Vagrant

Deploying with Docker

Comparison tables

Cloud solutions

AWS

Azure

Chapter 8: Monitoring the Code

Nagios

Munin

Ganglia

Graphite

Log handling

Client-side logging libraries

The ELK stack

Chapter 9: Issue Tracking

What are issue trackers used for?

Some examples of workflows and issues

What do we need from an issue tracker?

Problems with issue tracker proliferation

All the trackers

Bugzilla

Trac

Redmine

The GitLab issue tracker

Jira

Chapter 10: The Internet of Things and DevOps

Introducing the IoT and DevOps

The future of the IoT according to the market

Machine-to-machine communication

IoT deployment affects software architecture

IoT deployment security

Okay, but what about DevOps and the IoT again?

A hands-on lab with an IoT device for DevOps

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Index.

Notes:

Description based on print version record.

ISBN:

9781788398619

1788398610

OCLC:

1039688465