The article demonstrates the process of deploying a .NET application in Kubernetes using Docker, Azure Container Registry (ACR), and Azure Kubernetes Service (AKS).
The tutorial starts with building a sample web application in dotnet core using Visual Studio Code and testing it in a local Kubernetes cluster.
The infrastructure creation involves cloning a repository, checking for the .Net SDK, and building the application.
After testing locally, the process moves on to building a Docker image, containerizing the application, and running it on a local Kubernetes cluster.
The deployment to Azure Kubernetes Service (AKS) is detailed, including creating an AKS cluster, connecting via Azure CLI, and pushing the Docker image to Docker Hub and Azure Container Registry.
Scaling the application using Kubernetes commands and pushing the image to Azure Container Registry for AKS integration are explained in the article.
The tutorial covers creating deployments, exposing services, checking statuses, accessing deployments outside the cluster, and scaling the application.
The article provides a comprehensive guide for developers looking to deploy .NET applications on Kubernetes using Docker, ACR, and AKS.
It emphasizes steps such as testing applications locally, building Docker images, and configuring Kubernetes deployments on Azure.
The tutorial also includes instructions on pushing images to Docker Hub and Azure Container Registry, as well as scaling deployments in Kubernetes.
The processes of connecting to AKS via Azure CLI, verifying node information, and pushing images to ACR for AKS deployments are well-documented.