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Kubernaties
Unit 1
Introduction
What is Kubernetes?
Kubernetes Architecture
Kubernetes Components
Unit 2
Working with Docker
Introduction to Docker
Docker Installation and Setup
Working with Docker Images
Docker Containers and Volumes
Docker Compose and Multi-container Applications
Unit 3
Kubernetes in AWS
Setting Up Kubernetes on AWS
Networking in Kubernetes on AWS
Storage Management in Kubernetes on AWS
Scaling and Load Balancing in Kubernetes on AWS
Unit 2 • Chapter 5
Docker Compose and Multi-container Applications
Summary
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Concept Check
What is a benefit of using Docker Compose for multi-container applications?
Simplified container networking
Increased security measures
Automatic load balancing
Easier management of multiple container dependencies
How does Docker Compose help in defining and running multi-container applications?
Using a single YAML file to configure all containers
Running each container separately
Manually configuring each container
Mixing different container technologies
What is one key feature of Docker Compose for developing multi-container applications?
Ability to define the structure and dependencies of all containers
Decentralized control over container resources
Automated scaling of container instances
Compiling containers into a single executable
Why is Docker Compose a popular choice for managing multi-container applications?
Streamlined setup, deployment, and scaling processes
Complexity of configuring individual containers
Limited support for container customization
High resource utilization for container orchestration
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Docker Containers and Volumes