Azure Kubernetes Service brings a world class managed Kubernetes service to the cloud. Customers can now leverage the power of Kubernetes platform without having to worry about managing the control plane. As a result of that, customers are now able to embark on the containerization journey with confidence. In this blog post, we will see how Visual Studio makes it easy to collaborate with AKS using Azure Dev Spaces.
Let’s get started.
Step 1 – Install the Kubernetes tools for Visual Studio 2017. This can be found here – https://marketplace.visualstudio.com/items?itemName=ms-azuretools.vs-tools-for-kubernetes
Step 2 – Open Visual Studio 2017 and Create a new project.
Step 3 – Choose Container Application for Kubernetes template and name the project devspacedemo and Click Ok.
Step 4 – Choose Web Application MVC for the template.
Step 5 – You will get an option to create public endpoint for the application in the Kubernetes cluster.
Step 6 – As part of the scaffolding, Visual Studio creates Dockerfile and azds.yaml. Dockerfile is used to create container image. The azds.yaml files describes HELM chart and configurations needed to install the HELM chart.
Step 7- Click on Azure Dev Spaces in Visual Studio to run our application and deploy it in AKS cluster. Create a new AKS cluster if it’s not created yet and Click Ok.
Step 8 – Enable Dev Spaces in the AKS cluster if it already is not.
Step 9 – Visual Studio deploys the application to AKS. Once the deployment is finished, Visual Studio will open the endpoint for the Web application in the browser. In this blog post, we saw how to use Kubernetes tools in Visual Studio to deploy aspnet core application inside the AKS Dev Space.
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