Docker in a Weekend: 40 Practical Demos for DevOps Learners

Based on the detailed curriculum you've outlined, this course seems to cover an extensive range of Docker concepts and tools, designed for a learner who is looking to gain a comprehensive understanding of Docker and its ecosystem. Here's a breakdown of what learners can expect from each section of the course:

1. Docker Installation and Setup: Learners will start by installing Docker Desktop and getting familiar with the environment they will be working in. They will also sign up for Docker Hub, which is a key platform for sharing and collaborating on Docker images.

2. Basic Docker Commands: This section covers all the essential commands needed to manage containers and images, including how to pull, run, execute, stop, start, remove containers and images, making it vital for hands-on practice.

3. Docker Image Management: It delves into building and pushing Docker images, which is fundamental for developing and distributing applications within the Docker ecosystem.

4. Dockerfile Instructions: Here, learners will explore specific Dockerfile instructions such as LABELS, ADD vs COPY, ARG, RUN, EXPOSE, ENV, CMD, WORKDIR, ENTRYPOINT, HEALTHCHECK, USER, etc., which are crucial for creating custom images.

5. Docker Ports: Understanding how to use the -p and -P flags to map ports is essential for making services accessible from the host machine or from the network.

6. Docker Volumes and Data Management: This part of the course will help learners understand not only how Docker volumes work but also how to effectively manage data persistence, volume usage with containers, and the differences between volumes and bind mounts.

7. Docker Bind Mounts: Learners will get hands-on experience with bind mounts, including how to use them in a read-only mode and manage non-empty directories.

8. Temporary File Storage: Covering tmpfs mounts for managing temporary file storage can be crucial when working with ephemeral data that doesn't need to persist between container runs.

9. Multi-container Applications: This section will guide learners through the process of deploying and managing multi-container applications using Docker commands, which is a common pattern in modern application architectures.

10. Docker Compose: A deep dive into Docker Compose with practical examples for configuration of networks, health checks, profiles, aliases, build, and develop-watch features. This is vital for orchestrating multiple containers in development and production environments.

11. Advanced Docker Compose Features: Further exploration into advanced networking and other configurations that enable more complex deployments.

12. Docker BuildKit: Introduction to BuildKit, covering the use of building multi-platform images and setting up builders, which is useful for reaching a broader audience across different platforms.

13. Docker Cloud Build: This includes learning how to perform remote builds using Docker’s cloud builder, which can be beneficial when working with CI/CD pipelines in the cloud.

14. Docker Multi-stage Builds: Finally, learners will learn about multi-stage builds, which help in optimizing images by separating the build-time and run-time artifacts, ultimately making for smaller and more efficient final images.

The course also promises hands-on step-by-step experiences, practical demos for each concept, friendly support in Q&A sections, and a 30-day money-back guarantee if learners are not satisfied with the content. This comprehensive coverage makes it an excellent resource for anyone looking to master Docker and containerization.