![]() ![]() Please refer to this documentation for Linux, macOS, and Windows. These directories are by default shared between your OS and Docker. If you plan to run your container on Mac outside any of these directories: /Users, /Volume, /private, /tmp, /var/folders you would have to make a custom mapping. The directory (volume) will be the context of our docker-compose project in the end. The first thing we have to do is create a new directory for our application. Create a new directory for the application Let’s get started with the fun part you are here for. Run ASP.NET Core and MS SQL Server on Docker (Dockerize ASP.NET Core) This guide will not work if you are using Windows Containers. I run my containers on the Docker Engine on Linux. This will include the creation of a Dockerfile, configuration of our app to make use of the SQL Server, and a docker-compose.yml file, that will line up the behavior of the two components we will spin up together on Docker. NET Core Web API using the /dotnet/sdk:6.0 Docker Image. The Final Resultīy the end of this guide, we have created a simple. If you are ready, then let’s move on and create a new Web API with a new SQL Server in a docker container. It is required that you have Docker Engine and Docker Compose installed on your computer – either, Linux, Mac, or Windows. To complete this tutorial, it is required that you are familiar with Docker and ASP.NET Core. In this example, we will be building a simple Web Application using /dotnet/sdk:6.0image. In other words, we are going to Dockerize ASP.NET Core with MS SQL into micro-services. ![]() NET Core SDK image with an SQL Server on a Linux image with Docker Compose. In this quick-start guide, I will teach you how to set up and run a simple ASP.NET Core Web API using the official. ![]()
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