If you are a developer or system administrator that wants to learn about working with containers, Docker for Windows provides a great way to get up and running quickly. Windows 10 contains built in support for Windows Containers and Hyper-V Containers. Additionally, you can run Linux containers using Hyper-V, a minimal Linux kernel and userland in the Windows 10 Fall Creators Update and in Windows Server 1709 or later.
In this article, I will show you how to create a Linux container in Windows 10 using Docker for Windows. If you want to perform the same task on Windows Server, you’ll need Docker Enterprise Edition (Docker EE) instead. To follow the instructions below, you must be running Windows 10 version 1709 or later, on a device that supports Hyper-V with at least 4096MB of RAM. Docker for Windows supports 64-bit Pro and Enterprise editions of Windows 10 only.
In building Windows 8 we worked to enable Hyper-V, the machine virtualization technology that has been part of the last 2 releases of Windows Server, to function on the client OS as well.
Really cool ! I can’t wait to install Windows 8 on my Thinkpad.
When it comes to building a virtual datacenter, perhaps no topic is as controversial as domain controller placement. Server virtualization has been around for a long time now, and with several mature virtualization products on the market, one would think that the ground rules for virtualizing network servers would have been firmly established by now. For the most part there are clear and concise guidelines for server virtualization. This is not necessarily the case when it comes to virtualizing domain controllers though. It absolutely amazes me how many different philosophies there are as to how domain controllers should be dealt with in a virtual environment. Since there are pros and cons associated with each of these different philosophies, I decided to take a critical look at domain controller placement in a virtualized environment.
- Solutions for Virtualizing Domain Controllers (Part 1)
- Solutions for Virtualizing Domain Controllers (Part 2)
- Solutions for Virtualizing Domain Controllers (Part 3)
- Solutions for Virtualizing Domain Controllers (Part 4)
- Solutions for Virtualizing Domain Controllers (Part 5)
- Solutions for Virtualizing Domain Controllers (Part 6)
- Solutions for Virtualizing Domain Controllers (Part 7)
Source : www.virtualizationadmin.com
Hyper-V customers are running both SUSE Linux Enterprise Server and Red Hat Enterprise Linux as guests. We have provided Linux integration components for SUSE Linux Enterprise Server, but customers did not have the same level of performance with Red Hat Enterprise Linux as a guest since the IC’s were not supported for RHEL.
We are excited to announce the availability of Linux integration components for Red Hat Enterprise Linux (RHEL 5.2, 5.3, and 5.4) which provides synthetic network and storage drivers enabling RHEL to work with the optimized devices provided by Hyper-V. We’ve already submitted these drivers to the upstream Linux kernel in July 2009 (read here for more information) and are looking forward to these being integrated with a future version of RHEL. In the meantime, Microsoft will provide full support for these drivers. Red Hat provides best effort support for these components. Customers interested in understanding how these are supported by Red Hat prior to their inclusion natively into to their distribution can read the details at the Red Hat Knowledge Base article.
To download this new version of the Linux Integration Components, visit this link on the Microsoft Download Center.
Mike Sterling
Hyper-V Program Manager, Microsoft
Source : Windows Virtualization Team Blog
