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A Developer's Essential Guide to Docker Compose

You're reading from   A Developer's Essential Guide to Docker Compose Simplify the development and orchestration of multi-container applications

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Product type Paperback
Published in Oct 2022
Publisher Packt
ISBN-13 9781803234366
Length 264 pages
Edition 1st Edition
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Author (1):
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Emmanouil Gkatziouras Emmanouil Gkatziouras
Author Profile Icon Emmanouil Gkatziouras
Emmanouil Gkatziouras
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Table of Contents (19) Chapters Close

Preface 1. Part 1: Docker Compose 101
2. Chapter 1: Introduction to Docker Compose FREE CHAPTER 3. Chapter 2: Running the First Application Using Compose 4. Chapter 3: Network and Volumes Fundamentals 5. Chapter 4: Executing Docker Compose Commands 6. Part 2: Daily Development with Docker Compose
7. Chapter 5: Connecting Microservices 8. Chapter 6: Monitoring Services with Prometheus 9. Chapter 7: Combining Compose Files 10. Chapter 8: Simulating Production Locally 11. Chapter 9: Creating Advanced CI/CD Tasks 12. Part 3: Deployment with Docker Compose
13. Chapter 10: Deploying Docker Compose Using Remote Hosts 14. Chapter 11: Deploying Docker Compose to AWS 15. Chapter 12: Deploying Docker Compose to Azure 16. Chapter 13: Migrating to Kubernetes Configuration Using Compose 17. Index 18. Other Books You May Enjoy

Kubernetes components and Compose

Our Compose applications are simplistic, but if we look carefully, they do have certain components in place. Those components have their corresponding Kubernetes components.

Compose applications versus namespaces

As we saw in Chapter 11, Deploying Docker Compose to AWS, an ECS cluster can host multiple Compose applications. Our Compose application, in a way, provides a way to group the resources that we provision on an ECS cluster. In Kubernetes, this is done through namespaces. Namespaces can help different applications share a cluster while being logically isolated from each other.

Compose services versus Kubernetes services

In the Compose specification, service represents the context of a service that is backed by one or more containers. As we know, when we define the service, we can configure the name of the underlying containers.

The equivalent of this on Kubernetes is the combination of Kubernetes Pods, Deployments, and Services...

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