Gain insights into DevOps by exploring Docker, Git, and Jenkins. Delve into creating CI/CD pipelines, optimizing workflows, and enhancing collaboration through interactive katas and practical exercises.

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The course is a collection of DevOps practices and exercises that will teach learners how to use three of the most important DevOps tools: Docker, Git, and Jenkins. Each set of katas will introduce the learners to the tool and its usage. 

The katas build on each other, so that after you're finished, you will have created a complete Continuous Integration/Continuous Delivery pipeline. Through these katas, you will learn to tackle common challenges, optimize workflows, and enhance collaboration between development and operations teams. 

Each katas focuses on specific DevOps practices, enabling readers to gain valuable insights and proficiency in implementing DevOps methodologies effectively. With its interactive approach, the course empowers learners to build a solid foundation in DevOps and foster continuous improvement within their organizations.

DevOps Katas: Mastering DevOps Practices

**(Fill in the blank.)** DevOps methodologies include ________, ________, and ________ to improve efficiency.

(Fill in the blank.) DevOps methodologies include ________, ________, and ________ to improve efficiency.

**(Fill in the blank.)** ________ teams, by contrast, are incentivized by stability. 

(Fill in the blank.) ________ teams, by contrast, are incentivized by stability.

**(Fill in the blank.)** ________ software delivery looks like a win for ________.

(Fill in the blank.) ________ software delivery looks like a win for ________.

**(Fill in the blank.)** The distance created by the silo model between Dev, Ops, Security, and other IT groups feeds into ________.

(Fill in the blank.) The distance created by the silo model between Dev, Ops, Security, and other IT groups feeds into ________.

Planning, analysis, design, development, testing, maintenance, and implementation

Planning, analysis, development, design, testing, implementation, and maintenance

Planning, analysis, design, development, testing, and implementation

Planning, analysis, design, development, testing, implementation, and maintenance

What is the system development lifecycle?

What is the system development lifecycle?

**(Fill in the blank.)** ________ is the open-source container system that’s changing the way applications are developed and deployed.

(Fill in the blank.) ________ is the open-source container system that’s changing the way applications are developed and deployed.

**(Fill in the blank.)** ________ is the most popular continuous integration tool available, with a vibrant ecosystem of plug-ins that enables it to automate almost any build/test pipeline.

(Fill in the blank.) ________ is the most popular continuous integration tool available, with a vibrant ecosystem of plug-ins that enables it to automate almost any build/test pipeline.

Introduction to DevOps

Getting Started With DevOps Katas

Container and Docker

Docker Katas

Source Control Management and Git

Git Katas

Continuous Integration and Jenkins

Jenkins Katas

Mini Project: Git and Jenkins Katas

Conclusion

Appendix

Quiz Yourself on DevOps