The exercise will walk through basic deployment and use of the Windows container feature on Windows 10 Professional or Enterprise (Anniversary Edition). After completion, you will have installed Docker for Windows and run a simple container. If you need to familiarize yourself with containers, you can find this information in About Containers.
This quick start is specific to Windows 10. Additional quick start documentation can be found in the table of contents on the left hand side of this page.
Hyper-V isolation: Windows Server Containers require Hyper-V isolation on Windows 10 in order to provide developers with the same kernel version and configuration that will be used in production, more about this can be found on the About Windows container page.
- One physical computer system running Windows 10 Anniversary Edition or Creators Update (Professional or Enterprise).
- This quick start can be run on a Windows 10 virtual machine but nested virtualization will need to be enabled. More information can be found in the Nested Virtualization Guide.
You must install critical updates for Windows Containers to work. To check your OS version, run
winver.exe, and compare the version shown to Windows 10 update history. Make sure you have 14393.222 or later before continuing.
1. Install Docker for Windows
2. Switch to Windows containers
After installation Docker for Windows defaults to running Linux containers. Switch to Windows containers using either the Docker tray-menu or by running the following command in a PowerShell prompt
& $Env:ProgramFiles\Docker\Docker\DockerCli.exe -SwitchDaemon.
3. Install Base Container Images
Windows containers are built from base images. The following command will pull the Nano Server base image.
docker pull microsoft/nanoserver
Once the image is pulled, running
docker images will return a list of installed images, in this case the Nano Server image.
docker images REPOSITORY TAG IMAGE ID CREATED SIZE microsoft/nanoserver latest 105d76d0f40e 4 days ago 652 MB
Please read the Windows Containers OS Image EULA which can be found here – EULA.
4. Run Your First Container
For this simple example a ‘Hello World’ container image will be created and deployed. For the best experience run these commands in an elevated Windows CMD shell or PowerShell.
Windows PowerShell ISE does not work for interactive sessions with containers. Even though the container is running, it will appear to hang.
First, start a container with an interactive session from the
nanoserver image. Once the container has started, you will be presented with a command shell from within the container.
docker run -it microsoft/nanoserver cmd
Inside the container we will create a simple ‘Hello World’ script.
powershell.exe Add-Content C:\helloworld.ps1 'Write-Host "Hello World"'
When completed, exit the container.
You will now create a new container image from the modified container. To see a list of containers run the following and take note of the container id.
docker ps -a
Run the following command to create the new ‘HelloWorld’ image. Replace When completed, you now have a custom image that contains the hello world script. This can be seen with the following command. Finally, to run the container, use the The outcome of the Continue to the next tutorial to see an example of building a sample app
docker commit <containerid> helloworld
docker run command.
docker run --rm helloworld powershell c:\helloworld.ps1
docker run command is that a Hyper-V container was created from the 'HelloWorld' image, a sample 'Hello World' script was then executed (output echoed to the shell), and then the container stopped and removed.
Subsequent Windows 10 and container quick starts will dig into creating and deploying applications in containers on Windows 10.
When completed, you now have a custom image that contains the hello world script. This can be seen with the following command.
Finally, to run the container, use the
The outcome of the
Continue to the next tutorial to see an example of building a sample app