Docker graphic architecture diagram and cross-platform deployment

From development to launch, a piece of code usually goes through different operating environments such as development, testing, and production. When the code runs on different operating systems and devices, it needs to rely on specific environment configurations, which drives many engineers crazy.

The emergence of Docker is undoubtedly a timely delivery of carbon, it provides a standardized solution - smooth system migration , it provides container virtualization technology, which is the reason for the rapid development of Docker. It will package the configured environment and code together to eliminate the problem of not running smoothly under different machines.

Docker is mainly used for collaboration among various departments within an enterprise. Currently, more than 70% of enterprises are using it to improve development efficiency. It is one of the necessary basic skills for engineers. That's why most students don't realize its importance .

Whether you are a student or an engineer, learning Docker is very helpful for future work. According to everyone's needs, Deep Blue Academy has set up the course "Introduction to Docker Container Technology Basics" . This course will use graphic architecture diagrams to show the role of docker and its core syntax, and guide you to learn Docker.

413a994e50b46b8f15da2e7aa8467d4f.png

41c3d15495d02b22da8ce52efeb3af5d.png

763a30824069f6b0d3c057e02f91e373.png

Figure 1 Diagram of Docker Network, Volume and Compose

Scan the QR code to register for details

Remark 824 , priority pass!

5adbd6cc407c2888f7fc3b3590224af5.jpeg

course tutor

248886e1f6ddde7bbe526e66f9b1b3c0.png

Cai Shengyou

Full-stack software engineer, Master of Carnegie Mellon University. He worked for Innova Solutions and WePay successively. He has many years of experience in using Docker, focusing on the backend and DevOps fields, and has a deep understanding of multi-cloud architectures such as AWS, GCP, and Azure. Author of Theme・Introduction to Hypergraphics.

Course Outline

cd68e0be57fba3c37e656a7bae9ca680.png

(Click for larger image)

Teaching content ( part )

This course adopts graphic teaching method, the content is simple and easy to understand, through hands-on practice to achieve the effect of flexible mastery and mastery.

76937315aa815bc23dffe648a7776627.png

(Click for larger image)

Harvest

1. Learn containerization technology widely used in the industry

2. Have a clear understanding of the overall architecture of Docker

3. Familiar with Docker's important command operations

4. Familiar with the syntax of Dockerfile templates

5. Use Docker to achieve cross-platform versatility of program projects

6. Serve as a Docker expert on your team

course service

1. Assisted by three divisions

Lecturers & teaching assistants answer questions in a timely manner, and the head teacher leads the class to supervise the whole process to help you overcome procrastination and make continuous progress.

2. Regular class meeting

Teaching assistants correct homework 1 on 1, and comment and guide in class meetings; learn more skills in class meetings; gain more ideas in exchanges.

consult more

Scan the QR code to register for details

Remark 824 , only through friends!

6ee48a8498f98c9bf3fec2a2ea6b7a01.jpeg

Guess you like

Origin blog.csdn.net/bjweimengshu/article/details/132485228