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Docker Orchestration

You're reading from   Docker Orchestration A concise, fast-paced guide to orchestrating and deploying scalable services with Docker

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Product type Paperback
Published in Jan 2017
Publisher Packt
ISBN-13 9781787122123
Length 284 pages
Edition 1st Edition
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Authors (2):
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Randall Smith Randall Smith
Author Profile Icon Randall Smith
Randall Smith
Gianluca Arbezzano Gianluca Arbezzano
Author Profile Icon Gianluca Arbezzano
Gianluca Arbezzano
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Toc

Table of Contents (11) Chapters Close

Preface 1. Getting Started with Docker Orchestration FREE CHAPTER 2. Building Multi-Container Applications with Docker Compose 3. Cluster Building Blocks – Registry, Overlay Networks, and Shared Storage 4. Orchestration with Docker Swarm 5. Deploying and Managing Services with Kubernetes 6. Working with Mesosphere 7. Using Simpler Orchestration Tools – Fleet and Cattle 8. Monitoring Your Cluster 9. Using Continuous Integration to Build, Test, and Deploy Containers 10. Why Stop at Containers? Automating Your Infrastructure

Writing a Docker Compose file

A Docker Compose file defines everything about an application. The services, volumes, networks, and dependencies can all be defined in one place. The configuration can be used locally to stand up a development environment, plugged into an existing continuous integration or continuous deployment system, or even used on a server to start production services. Later chapters will show better ways to manage running services.

Docker Compose looks for a file named docker-compose.yml in the current directory. An alternate file can be specified with the -f option. The file is formatted in YAML so it can be edited in any text editor.

Let's start with a very simple compose file that starts a single nginx container that listens on port 80. This is an analogous container started with docker run -p 80:80 nginx. The value for image can be any image on your server or on the registry just like in the docker run command:

version: '2' 
services: 
  web: 
    image...
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