The most critical part of containerization is the container, which belongs to an independent and portable running environment, including applications and all dependencies. Such as libraries, runtime environments, configuration files, etc. The container and the host share the operating system kernel. Multiple containers can be run in the same hardware, and the startup is fast with less resource consumption.

If you want to learn how to apply container technology more quickly, you can use the following learning methods:

First, we need to understand the basic concepts of containerization. The basic concepts of containerization include container, image, container orchestration, and the differences, advantages and disadvantages between container and virtual machine. After understanding the concept, we also need to learn how to use container tools. The core container tools commonly used today include Docker, Podman, container, etc. Container chemistry is conducive to faster creation, management, packaging and operation of container functions.

Understand container editing tools, such as Kubernetes, Docker Swarm and other container tools. Container orchestration can help users better automate the management and scheduling of containers to achieve high availability and elastic expansion of container clusters.

Docker is the most popular container platform for learning and using Docker. Through Docker basic commands, Dockerfile writing, image construction, container management and other learning, you can quickly master container technology.

Through theoretical understanding and learning, it is better to practice the project in person, and apply this technology more deeply through the actual application container cloud of the project. For example, simple Web applications can be containerized and deployed to container clusters, and the understanding and mastery of container technology can be deepened through practice.

Learn container related technologies, and container applications often need to be applied together with other technologies and tools. Such as continuous integration/deployment, microservice architecture, cloud native technology, etc. Therefore, when learning containerization technology, you also need to understand related technologies.

Reference documents and related tutorials can help you learn container technology better and faster. For example, reading containerized technical documents and tutorials, participating in online classes, watching video tutorials, etc. can speed up the learning process.

The above learning steps can help users gradually master the containerization technology, and can better use the containerization technology. Enable better building, deploying, and managing modern applications.