Docker runs natively on Windows as well as Linux, with no hypervisor. There is a Solaris port being worked on (unless it got cancelled). We would love an upstream FreeBSD port, I have talked to a few people who are interested in working on it. The ZFS side should be fine as there is already support, and the old port should be useful as a basis.

Containers use the Linux kernel. How does a Linux container run native on Windows? Are the entry points mapped? How does Windows enable shared read between containers? With Linux it is the dir path and then inodes. How does Windows pull this off? How does SElinux work?

What is exposed inside Windows?

Windows containers use the Windows kernel. Windows does not have SELinux so of course that is not supported. It runs Windows program not Linux programs, so there is no mapping of entry points. There is lots of docs from Microsoft eg https://docs.microsoft.com/en-us/virtualization/windowsconta...

What's MacOS's version of LXC? Windows Server Containers look like a plausible foundation, but really new.

Mac OS X has an hypervisor framework, which is also used by Docker

https://github.com/docker/hyperkit

https://developer.apple.com/reference/hypervisor

Also there is App Sandbox for writing safer applications, but it requires programming explicitly against it.

https://developer.apple.com/library/content/documentation/Se...

But a hypervisor is a full VM. LXC, and Windows containers provide that funky process level virtualization.

I guess the point i'm trying to make, there will be no "native" docker for MacOS. You'll always (or for the foreseeable future) have to start a linux VM (mabye windows?!?) to host the processes.

Windows containers are based on Hyper-V.

As for Mac OS, I use it for Cocoa and iOS development, so no experience with containers as such.

Nah, MS added a lightweight version with no hyper-v

https://docs.microsoft.com/en-us/virtualization/windowsconta...

Have to look it better then, thanks.