Learn Docker with .Net Core For Absolute Beginners

Discover how Docker enables containerization to define required packages and files, ensuring the software runs consistently across development, testing, and production environments.

Explore containerization and how a container packages code and all its dependencies into a standard unit, enabling fast, reliable deployment across different environments.

Compare containers and virtual machines: containers run directly on the host using docker images and docker daemon for fast, resource-efficient apps, while virtual machines require guest os and a hypervisor.

Explore how Docker files, images, and containers come together to create a self-contained package that includes all code libraries and packages for running an application.

Configure Docker on your machine, create a free Docker account, install Docker, explore isolation, and run a simple hello-world image while learning the difference between Docker pool and run.

Explore how Docker Hub serves as a hosted repository for sharing container images with your team, enabling others to pull and run your app.

Install Docker on Windows by creating a Docker account, downloading Docker Desktop, running installer as administrator, restarting, installing the WSL 2 Linux kernel update, and launching the Docker Desktop dashboard.

Run docker hello world on Windows using an admin command prompt to pull the official hello-world image from the internet and verify installation by the hello-world output.

Learn how to distinguish a docker image from a container and how to pull and run images with docker pull and docker run in Docker Desktop.

Create a new esprit de corps web project in Visual Studio, select the template and target framework (.NET 5), name and locate it, then run in a browser.

Enable docker support in a .NET Core project by adding docker support, selecting Windows or Linux, and generating the dockerfile to build images.

Build and tag a docker image for your web application using docker build. Troubleshoot build context and dns connectivity issues in the docker engine to ensure a successful image creation.

Verify the recently created docker image by listing all images in the docker engine with the docker images command, noting visibility in docker desktop and possible restarts.

Learn to run a docker image inside a container with docker run, map a port for the web app, and locate the exposed port by inspecting the dockerfile.

Run a docker image inside a docker container using a docker run command with port mapping, then verify the app locally in a browser without visual studio.

Push the Docker image to Docker Hub, then dive into the Asia container. Deploy the image in that container to complete the Docker deployment.

Push the docker image for the Totenkopf web application to Docker Hub, enabling testers to pull and run it after installing Docker and using docker push with the repository name.

Push your docker image to docker hub by signing in and running docker push with your repository name, then verify the repo appears and prepare for Azure deployment.

Deploy a Docker image to Azure Container Instance by configuring resource group, image source, and DNS name, then access the web app via the deployment URL.

Learn to pull a Docker image from the Docker repository, set up Windows with Docker Desktop, pull from Docker Hub, and run the image inside a container.

Install Docker Desktop and start the Docker service. Pull the Docker image from Docker Hub using docker pull and verify the download with docker images.

Execute docker run with port mapping to launch the pulled image from Docker Hub, then access localhost on the mapped port to view the application running inside the container.