https://youtu.be/q5S14cfOWfE
- Introduction to Containers:
- Definition and concept of containers.
- Advantages of containerization over traditional deployment methods.
- Understanding Docker:
- Overview of Docker architecture.
- Docker components: Images, Containers, Docker Hub.
- Installation and setup of Docker on various platforms.
- Docker vs Virtual Machines (VM):
- Comparison of Docker containers and virtual machines.
- Resource efficiency, speed, and scalability differences.
- Docker Workflow:
- Building and managing Docker images.
- Containerization of applications.
- Pushing and pulling images from Docker Hub.
- Docker Commands:
docker run, docker pull, docker push.- Managing containers:
docker ps, docker stop, docker rm.
- Image manipulation:
docker build, docker tag, docker rmi.
- Docker Compose:
- Introduction to Docker Compose for multi-container applications.
- Compose files and orchestration of services.
- Docker Networking:
- Understanding Docker network modes.
- Linking containers and exposing ports.
- Docker Volumes:
- Managing data persistence with Docker volumes.
- Mounting volumes and bind mounts.
- Dockerfile Best Practices:
- Writing efficient Dockerfiles.
- Image layering and optimizations.
- Docker Security:
- Container isolation and security best practices.
- Docker Content Trust and image verification.
- Container Orchestration (Optional):
- Brief introduction to tools like Kubernetes for container orchestration.
- Troubleshooting and Debugging:
- Identifying and resolving common Docker issues.
- Utilizing Docker logs and debugging techniques.
- Continuous Integration/Continuous Deployment (CI/CD) with Docker:
- Integrating Docker into CI/CD pipelines.
- Automated testing and deployment strategies.
- Real-world Use Cases:
- Case studies of successful Docker implementations.
- Best practices from industry examples.
- Conclusion and Next Steps:
- Recap of key concepts.
- Resources for further learning and exploration.