Accelerating Your Legacy Windows Server Migrationĭocker Enterprise’s Support for Windows Server 2019 also provides customers with more options for migrating their legacy Windows Server workloads from Windows Server 2008, which is facing end-of-life, to a modern OS. While the Kubernetes community work to support Windows Server 2019 is still in beta, investments made today using Docker Enterprise to containerize Windows applications using Swarm can translate to Kubernetes when available. Docker and Microsoft are now working together to let you deploy Windows workloads with Kubernetes while leveraging all the advanced application management and security features of Docker Enterprise. Delivering Choice of Container Orchestrationĭocker Enterprise 2.1 supports both Swarm and Kubernetes orchestrators interchangeably in the same cluster. In 2018 we extended customer choice by adding support for the Semi-Annual Channel (SAC) Windows Server 17 releases. Recognizing that most enterprise organizations have both Windows Server and Linux applications in their environment, we followed that up in 2017 with the ability to manage mixed Windows Server and Linux clusters in the same Docker Enterprise environment with Docker Swarm, enabling support for hybrid applications and driving higher efficiencies and lower overhead for organizations. Docker and Microsoft first brought container technology to Windows Server 2016 which ships with a Docker Enterprise Engine, ensuring consistency for the same Docker Compose file and CLI commands across both Linux and Windows Server environments.
Windows Server 2019 brings the range of improvements that debuted in the Windows Server 17 SAC releases into a LTSC release preferred by most customers for production use. End of stack trace from previous location where exception was thrown -Īt .Throw()Īt _30.MoveNext() in C:\workspaces\PR-15633\src\\docker\pinata\win\src\Docker.Backend\HyperV\HyperVInfrastructure.cs:line 544Īt .HandleNonSuccessAndDebuggerNotification(Task task)Īt _6.MoveNext() in C:\workspaces\PR-15633\src\\docker\pinata\win\src\Docker.Backend\HyperV\HyperV.cs:line 99Īt .d_7.MoveNext() in C:\workspaces\PR-15633\src\\docker\pinata\win\src\Docker.Backend\HttpAPI\HyperVController.cs:line 42Īt .d_1`1.MoveNext()Īt .ApiControllerActionInvoker.d_1.MoveNext()Īt .ActionFilterResult.d_5.MoveNext()Īt .HttpControllerDispatcher.d_15.Docker is pleased to announce support within the Docker Enterprise container platform for the Windows Server 2019 Long Term Servicing Channel (LTSC) release and the Server 1809 Semi-Annual Channel (SAC) release. The Virtual Machine Management Service failed to start the virtual machine 'DockerDesktopVM' because one of the Hyper-V components is not running (Virtual machine ID 677B7F36-8A44-42CE-AD29-7884DDCE164C).Īt (CIMConcreteJob updatedJob) in C:\workspaces\PR-15633\src\\docker\pinata\win\src\Docker.Backend\HyperV\HyperVInfrastructure.cs:line 762Īt _38.MoveNext() in C:\workspaces\PR-15633\src\\docker\pinata\win\src\Docker.Backend\HyperV\HyperVInfrastructure.cs:line 696 Job failed with message: 'DockerDesktopVM' failed to start. I have experienced on Microsoft Azure before that running Docker Desktop was possible only on machines of a certain spec, which allowed "virtualization on top of virtualization"] System.InvalidOperationException: I tried using this AMI from Microsoft with Hyper-V built in I've tried creating AWS EC2 instance and installing Docker for Desktop but I get lots of cryptic errors. I have an Amazon EC2 machine running Windows Server 2019 and have installed Microsoft 365 on there too and access via RDP.Įssentially what I'd like to is create an EC2 machine which allows me to run Microsoft 365 AND Docker Desktop running in Windows Containers mode.
Docker desktop for windows server 2019 windows 10#
I have a DESKTOP machine running Windows 10 running Windows 10, Microsoft 365, Docker Desktop running in Windows Containers mode.
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