Docker in Action, Second Edition

Name: Docker in Action, Second Edition
Brand: Manning
Price: 37.67 EUR
Availability: OnlineOnly

Jeffrey Nickoloff Stephen Kuenzli(Autor*in)

Manning (Verlag)

1. Auflage

Erschienen am 28. Oktober 2019

336 Seiten

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Inhalt

Intro
Copyright
Brief Table of Contents
Table of Contents
Praise for the first edition
Foreword
Preface
Acknowledgments
About this book
About the authors
About the cover illustration
Chapter 1. Welcome to Docker
Part 1. Process isolation and environment-independent computing
Chapter 2. Running software in containers
2.1. Controlling containers: Building a website monitor
2.2. Solved problems and the PID namespace
2.3. Eliminating metaconflicts: Building a website farm
2.4. Building environment-agnostic systems
2.5. Building durable containers
2.6. Cleaning up
Summary
Chapter 3. Software installation simplified
3.1. Identifying software
3.2. Finding and installing software
3.3. Installation files and isolation
Summary
Chapter 4. Working with storage and volumes
4.1. File trees and mount points
4.2. Bind mounts
4.3. In-memory storage
4.4. Docker volumes
4.5. Shared mount points and sharing files
4.6. Cleaning up volumes
4.7. Advanced storage with volume plugins
Summary
Chapter 5. Single-host networking
5.1. Networking background (for beginners)
5.2. Docker container networking
5.3. Special container networks: host and none
5.4. Handling inbound traffic with NodePort publishing
5.5. Container networking caveats and customizations
Summary
Chapter 6. Limiting risk with resource controls
6.1. Setting resource allowances
6.2. Sharing memory
6.3. Understanding users
6.4. Adjusting OS feature access with capabilities
6.5. Running a container with full privileges
6.6. Strengthening containers with enhanced tools
6.7. Building use-case-appropriate containers
Summary
Part 2. Packaging software for distribution
Chapter 7. Packaging software in images
7.1. Building Docker images from a container
7.2. Going deep on Docker images and layers
7.3. Exporting and importing flat filesystems
7.4. Versioning best practices
Summary
Chapter 8. Building images automatically with Dockerfiles
8.1. Packaging Git with a Dockerfile
8.2. A Dockerfile primer
8.3. Injecting downstream build-time behavior
8.4. Creating maintainable Dockerfiles
8.5. Using startup scripts and multiprocess containers
8.6. Building hardened application images
Summary
Chapter 9. Public and private software distribution
9.1. Choosing a distribution method
9.2. Publishing with hosted registries
9.3. Introducing private registries
9.4. Manual image publishing and distribution
9.5. Image source-distribution workflows
Summary
Chapter 10. Image pipelines
10.1. Goals of an image build pipeline
10.2. Patterns for building images
10.3. Record metadata at image build time
10.4. Testing images in a build pipeline
10.5. Patterns for tagging images
Summary
Part 3. Higher-level abstractions and orchestration
Chapter 11. Services with Docker and Compose
11.1. A service "Hello World!"
11.2. Declarative service environments with Compose V3
11.3. Stateful services and preserving data
11.4. Load balancing, service discovery, and networks with Compose
Summary
Chapter 12. First-class configuration abstractions
12.1. Configuration distribution and management
12.2. Separating application and configuration
12.3. Secrets-A special kind of configuration
Summary
Chapter 13. Orchestrating services on a cluster of Docker hosts with Swarm
13.1. Clustering with Docker Swarm
13.2. Deploying an application to a Swarm cluster
13.3. Communicating with services running on a Swarm cluster
13.4. Placing service tasks on the cluster
Summary
Docker running three containers on a Linux system
Index
List of Figures
List of Tables

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