#Windows 10 log in twice install

Building Windows containers for Windows Server and Azure

However, Windows Server's relatively strict licensing conditions require a Windows licence for each virtual machine instance that was hosting the Windows containers. There's no practical reason why they can't use a similar technique to that used by Docker to run Linux containers on Windows. While both OpenShift and Kubernetes now support Windows containers, they're not actually running Windows containers on Linux hosts. Recent releases have added support for Windows containers alongside Linux, managing both from the same controller. That's where Kubernetes comes in, along with RedHat's OpenShift Kubernetes service. What's important here is not the application, but how it's orchestrated and managed. Modern DevOps treats infrastructures (especially virtual infrastructures) as the end state of a build, so treating component applications in containers as one of many different types of build artifact makes a lot of sense.

#Windows 10 log in twice install

Instead of deploying SQL Server or another Windows server application in your cloud services, you can install it in a container and quickly deploy the code as part of a DevOps CI/CD deployment. Windows containers have a place too, hosting. It's not only Linux containers in the cloud. With Microsoft positioning Windows as a development platform for Kubernetes and other cloud platforms, first-class Docker support on Windows PCs is essential. Docker has been developing a new version of its Docker Desktop tools for Windows around WSL2, making it as easy to develop and test Linux containers on Windows 10 as it is to work with Windows' own containers.