Docker In A Weekend: 40 Practical Demos For Devops Learners

Docker In A Weekend: 40 Practical Demos For Devops Learners
Published 11/2024
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz

What you’ll learn

You will learn Docker basics with foundational commands and setup.

You will learn to install Docker Desktop and sign up for Docker Hub.

You will learn essential Docker commands: pulling, running, stopping, and managing containers.

You will learn to build Docker images from scratch and push them to Docker Hub.

You will learn Dockerfile instructions like LABELS, ADD, COPY, and ARG.

You will learn to use Dockerfile for RUN, EXPOSE, and other key instructions.

You will learn advanced Dockerfile instructions: HEALTHCHECK, USER, and optimizing image builds.

You will understand Docker ports and how to map them using -p and -P flags.

You will learn Docker Volumes to store persistent data and share data between containers.

You will learn the difference between Docker Volumes and Bind Mounts and when to use each

You will learn to set up multi-container applications with Docker Commands

You will master Docker Compose basics, including MySQL as a service.

You will learn to manage multi-container applications using Docker Compose.

You will master Docker Compose PROFILES, LINKS, ALIASES, and named volumes.

You will learn Docker BuildKit for efficient builds and multi-platform support.

You will learn Docker Cloud for remote builds and managing cloud-based images.

You will learn to use multi-stage builds to create lightweight and optimized Docker images.

Requirements

Access to a computer that supports Docker Desktop installation (Windows, Mac, or Linux) is required.
Some familiarity with concepts of software development and server environments will be helpful but is not mandatory.

Description

Overview

Section 1: Introduction

Lecture 1 Course Introduction

Lecture 2 Course GitHub Repository Links

Lecture 3 Why Docker?

Lecture 4 Docker Architecture or Terminology

Section 2: Demo-01: Install Docker Desktop, Sign Up to Docker Hub

Lecture 5 Step-01: Install Docker Desktop and SignUp to Docker Hub

Lecture 7 Step-02: How to Pull a Docker Image?

Section 4: Demo-03: Build Docker Image and Push to Docker Hub

Lecture 9 Step-01: Introduction to Dockerfiles and Instructions

Lecture 10 Step-02: Create Docker Hub ID, login from terminal and docker desktop

Lecture 11 Step-03: Run nginx base image as container and verify index.html

Lecture 12 Step-04: Build Docker Image and Verify by running it as container

Lecture 13 Step-05: Tag and Push the Docker Image and Verify in Docker Hub

Section 5: Demo-04: Dockerfile – LABELS Instruction

Lecture 14 Step-01: Introduction to Dockerfile LABELS

Lecture 15 Step-02: Implement Dockerfile LABELS demo

Section 6: Demo-05: Dockerfile – ADD vs COPY Instructions

Lecture 16 Step-01: Introduction to Dockerfile ADD vs COPY

Lecture 17 Step-02: Implement Dockerfile ADD vs COPY Demo

Section 7: Demo-06: Dockerfile – ADD Fetch from URL (GitHub Release)

Lecture 18 Step-01: Introduction to Dockerfile ADD Fetch from URL

Lecture 19 Step-02: Implement Dockerfile ADD fetch from URL demo

Section 8: Demo-07: Dockerfile – ARG Instruction

Lecture 20 Step-01: Introduction to Dockerfile ARG Instruction

Lecture 21 Step-02: Implement Dockerfile ARG Instruction Demo

Section 9: Demo-08: Dockerfile – RUN and EXPOSE Instructions

Lecture 22 Step-01: Introduction to Dockerfile RUN and EXPOSE Instructions

Lecture 23 Step-02: Implement Dockerfile RUN and EXPOSE Instructions

Section 10: Demo-09: Dockerfile – ENV, ARG, CMD, WORKDIR Instructions

Lecture 24 Step-01: Introduction to Dockerfile ENV, ARG, CMD and WORKDIR Instructions

Lecture 25 Step-02: Implement ENV vs ARG and verify

Lecture 26 Step-03: Learn about WORKDIR, CMD and override buildtime ARG

Section 11: Demo-10: Dockerfile – CMD Instruction – Override with docker run

Lecture 27 Step-01: Introduction to Dockerfile CMD – Override with docker run command

Lecture 28 Step-02: Implement Dockerfile CMD override with docker run

Section 12: Demo-11: Dockerfile – ENTRYPOINT Instruction

Lecture 29 Step-01: Introduction to Dockerfile ENTRYPOINT instruction

Lecture 30 Step-02: Implement Dockerfile ENTRYPOINT instruction

Section 13: Demo-12: Dockerfile – HEALTHCHECK Instruction

Lecture 31 Step-01: Introduction to Dockerfile HEALTHCHECK Instruction

Lecture 32 Step-02: Implement Dockerfile HEALTHCHECK Instruction

Section 14: Demo-13: Dockerfile – USER Instruction

Lecture 33 Step-01: Introduction to Dockerfile USER Instruction

Lecture 34 Step-02: Implement Dockerfile USER Instruction

Section 15: Demo-14: Docker Ports: -p and -P flags

Lecture 35 Step-01: Introduction to Docker Ports

Lecture 36 Step-02: Implementation of Docker Single Port demo

Lecture 37 Step-03: Implementation of Docker Multi Port demo

Section 16: Demo-15: Docker Volume – Basics

Lecture 38 Step-01: Introduction to Docker Volumes

Lecture 39 Step-02: Manage Docker volumes with CLI and Docker desktop

Section 17: Demo-16: Docker Volumes: Use Docker Volumes with Docker Containers

Lecture 40 Step-01: Introduction to use of Docker volumes in containers

Lecture 41 Step-02: Use Docker volumes with containers using docker run and -mount and -v

Section 18: Demo-17: Docker Volumes: Populate Data in Docker Volumes using Containers

Lecture 42 Step-01: Introduction to populate data in volumes using containers

Lecture 43 Step-02: Populate volume with data using container

Lecture 44 Step-03: Verify read-only mount point using -mount and -v flags

Section 19: Demo-18: Docker Volumes: Mount a Volume sub-directroy

Lecture 45 Step-01: Introduction to mount a docker volume sub-directory

Lecture 46 Step-02: Implement how to mount a docker volume sub-directory

Section 20: Demo-19: Docker Bind Mounts: Basics

Lecture 47 Step-01: Introduction to Docker Bind Mounts

Lecture 48 Step-02: Implement Docker Bind Mounts

Section 21: Demo-20: Docker Bind Mounts: Mount in Read-Only mode

Lecture 49 Step-01: Introduction to Docker Bind Mount in Read-Only mode

Lecture 50 Step-02: Implement Docker Bind Mounts in Read-Only mode

Section 22: Demo-21: Docker Volumes vs Bind Mounts with Non-empty dir usecase

Lecture 51 Step-01: Introduction to Volume vs Bind Mounts

Lecture 52 Step-02: Implement volumes vs Bind Mounts Non-empty DIR demo

Section 23: Demo-22: Docker tmpfs Mount

Lecture 53 Step-01: Introduction to Docker tmpfs mount

Lecture 54 Step-02: Implement Docker tmpfs mount

Section 24: Demo-23: Deploy Multi-container Applications using Docker Commands

Lecture 55 Step-01: Introduction to deploying multi-container apps using Docker commands

Lecture 56 Step-02: Create Docker network and mysqldb container

Lecture 57 Step-03: Create UMS container, verify by creating users and cleanup

Section 25: Demo-24: Docker Compose: Basics (MySQL DB as Service)

Lecture 58 Step-01: Introduction to Docker compose basics

Lecture 59 Step-02: Implement Docker compose mysqldb service

Section 26: Demo-25: Docker Compose: Named Volumes with additional Metadata

Lecture 60 Step-01: Docker Compose named volumes demo

Section 27: Demo-26: Docker Compose: Multi-container Application – UMS WebApp + MySqlDB

Lecture 61 Step-01: Introduction to UMS Stack using Docker Compose

Lecture 62 Step-02: Implement Docker compose ums-stack demo

Section 28: Demo-27: Docker Compose: DEPLOY (Scale containers) – Nginx + UMSWeb + MySqlDB

Lecture 63 Step-01: Introduction to Docker Compose DEPLOY

Lecture 64 Step-02: Review docker-compose.yaml and nginx.conf files

Lecture 65 Step-03: Verify application by testing from browser and cleanup

Section 29: Demo-28: Docker Compose: NETWORKS (Frontend: Web, App, Backend: App, DB)

Lecture 66 Step-01: Introduction to Docker compose Networks

Lecture 67 Step-02: Implement Docker compose networks demo

Section 30: Demo-29: Docker Compose: HEALTHCHECKS

Lecture 68 Step-01: Introduction to Docker Compose HEALTHCHECKS

Lecture 69 Step-02: Implement Docker Compose Healthchecks demo

Section 32: Demo-31: Docker Compose: PROFILES

Lecture 72 Step-01: Introduction to Docker compose PROFILES

Lecture 73 Step-02: Implement Docker compose profiles demo

Section 33: Demo-32: Docker Compose: LINKS

Lecture 74 Step-01: Introduction to Docker Compose LINKS

Lecture 75 Step-02: Implement Docker Compose LINKS demo

Section 34: Demo-33: Docker Compose: ALIASES

Lecture 76 Step-01: Introduction to Docker Compose ALIASES

Lecture 77 Step-02: Implement Docker Compose ALIASES demo

Section 35: Demo-34: Docker Compose: BUILD

Lecture 78 Step-01: Introduction to Docker Compose BUILD

Lecture 79 Step-02: Implement Docker Compose BUILD demo

Section 37: Demo-36: Docker Compose: DEVELOP WATCH with SYNC + REBUILD

Lecture 82 Step-01: Implement Docker Compose DEVELOP WATCH SYNC REBUILD Feature

Section 38: Demo-37: Docker BuildKit: Buildx CLI, Local and Build Cloud Builders

Lecture 83 Step-01: Introduction to Docker BuildKit

Lecture 84 Step-02: Implement Docker BuildKit Demo

Section 39: Demo-38: Docker BuildKit: Build Multi-platform Docker Images

Lecture 85 Step-01: Introduction to building Multi-platform Docker Images

Lecture 86 Step-02: Implement Multi-platform Docker images demo

Section 40: Demo-39: Docker Build Cloud: Remote Builds using Cloud Builder

Lecture 87 Step-01: Introduction to Docker Build Cloud

Lecture 88 Step-02: Implement Docker Build Cloud Demo

Section 41: Demo-40: Docker Multi-stage Builds

Lecture 89 Step-01: Introduction to Docker Multi-stage Builds

Lecture 90 Step-02: Implement Multi-stage Docker Builds

This course is designed for students and professionals who want to learn Docker from scratch and gain hands-on experience with containerization.,Developers who want to understand how to create, manage, and deploy Docker containers in real-world scenarios.,DevOps engineers and system administrators who are interested in mastering Docker to streamline application deployment and management.,Anyone aiming to build skills in containerized applications, multi-container environments, and Docker Compose.,Those interested in exploring advanced Docker concepts, such as multi-stage builds, Dockerfile optimization, and Docker Compose networking.