![]() Images stored on Docker Cloud available in the web interface and public images can be pulled by other Docker users. Login with docker login and then push the image: docker push /windows-test-image Test the image: docker run /windows-test-image "FROM microsoft/windowsservercore `n CMD echo Hello World!" | docker build -t /windows-test-image. Storing images on Docker Cloud is a great way to save build artifacts for later user, to share base images with co-workers or to create build-pipelines that move apps from development to production with Docker.ĭocker images are typically built with docker build from a Dockerfile recipe, but for this example, we’re going to just create an image on the fly in PowerShell. Pushing images to Docker Cloud requires a free Docker ID. Next, pull a base image that’s compatible with the evaluation build, re-tag it and to a test-run: docker pull microsoft/windowsservercoreĭocker run microsoft/windowsservercore hostnameĦ9c7de26ea48 Building and pushing Windows container images Running Windows containersįirst, make sure the Docker installation is working: > docker version See the Microsoft documentation for more comprehensive instructions. ![]() The Windows Server 2016 Docker engine can now be used from the VM host by setting DOCKER_HOST: $env:DOCKER_HOST = ":2375" # Configure Docker daemon to listen on both pipe and TCP (replaces docker -register-service invocation above)ĭockerd -H npipe:// -H 0.0.0.0:2375 -register-service Netsh advfirewall firewall add rule name="docker engine" dir=in action=allow protocol=TCP localport=2375 For development VMs running (for example) in a Hyper-V VM on Windows 10, it might be advantageous to make the Docker Engine running in the Windows Server 2016 VM available to the Windows 10 host: # Open firewall port 2375 Install-Package -Name docker -ProviderName DockerMsftProvider -Forceĭocker Engine is now running as a Windows service, listening on the default Docker named pipe. Install-Module -Name DockerMsftProvider -Force Run the following in an Administrative PowerShell prompt: Install-PackageProvider -Name NuGet -MinimumVersion 2.8.5.201 -Force Once Windows Server 2016 is running, log in, run Windows Update to ensure you have all the latest updates and install the Windows-native Docker Engine directly (that is, not using “Docker for Windows”). ![]() Running a VM with Windows Server 2016 is also a great way to do Docker Windows container development on macOS and older Windows versions. Not at ignite? Download a free evaluation version and install it on bare metal or in a VM running on Hyper-V, VirtualBox or similar. For developers planning to do lots of Docker Windows container development, it may also be worth setting up a Windows Server 2016 dev system (in a VM, for example), at least until Windows 10 and Docker for Windows support for Windows containers matures.įor Microsoft Ignite 2016 conference attendees, USB flash drives with Windows Server 2016 preloaded are available at the expo. Windows Server 2016 is the where Docker Windows containers should be deployed for production. Switch to Windows containers and skip the next section. For details on this new feature, check out Stefan Scherers blog post. With the public beta installed, the Docker for Windows tray icon has an option to switch between Linux and Windows container development. Docker for Windows used to only setup a Linux-based Docker development environment (slightly confusing, we know), but the public beta version now sets up both Linux and Windows Docker development environments, and we’re working on improving Windows container support and Linux/Windows container interoperability. The simplest way to get a Windows Docker Engine is by installing the Docker for Windows public beta ( direct download link). All that’s missing is the Windows-native Docker Engine and some image base layers. Windows 10 with Anniversary Updateįor developers, Windows 10 is a great place to run Docker Windows containers and containerization support was added to the the Windows 10 kernel with the Anniversary Update (note that container images can only be based on Windows Server Core and Nanoserver, not Windows 10). To build and run Windows containers, a Windows system with container support is required. and Microsoft partnership.īefore getting started, It’s important to understand that Windows Containers run Windows executables compiled for the Windows Server kernel and userland (either windowsservercore or nanoserver). Check out the companion blog posts on the technical improvements that have made Docker containers on Windows possible and the post announcing the Docker Inc. This blog post describes how to get setup to run Docker Windows Containers on Windows 10 or using a Windows Server 2016 VM. Today, Microsoft announced the general availability of Windows Server 2016, and with it, Docker engine running containers natively on Windows.
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