My one experience with dev containers put me off of dev containers... but standard `docker compose` is just great for me.

I worked at a company where we were trying to test code with our product and, for a time, everyone on the team was given a mandate to go out and find X number of open source projects to test against, every week.

Independently, every member of the (small) team settled on only trying to test repos where you could do:

        get clone repo && cd repo && docker compose up

Everything else was just a nightmare to boot up their environment in a reasonable amount of time.

Devcontainers are great for me on windows and macos. What stack are you using?

I am on a Mac but I develop remotely on a VM, LSP is sometimes so slow, I want to shut it down.

I've had no lag issues with IntelliJ and Devcontainers on macOS. Are you using an Intel Mac or virtualizing something?

Really? I work across multiple vscode projects (locally), some use dev-containers and others don't. I have never noticed any difference in experience across the two.

I have also used them remotely (ssh and using tailscale) and noticed a little lag, but nothing really distracting.

Most likely a Windows or MacOS user, where docker runs in a linux VM. Optimized as much as possible and lightweight, but still a VM.

No, on Windows it is very quick too. On WSL2 compiling Rust programs are almost as fast as Linux on bare metal. However the files need to live inside the Linux filesystem. Sharing with Windows drives actually compiles slower than native Windows.

You can use dev drives instead, I guess.

If you are building natively, yes. However the original comment is about Dev Containers which runs under WSL2.

If you open a native Windows folder in VSCode and activate the Dev Container, it will use the special drvfs mounts that communicate via Plan9 to host Windows OS to access native Windows files from the Docker distro. Since it is a network layer accross two kernels, it is slow as hell.

That is the beauty of Plan 9's design. :)

I haven't tried, but the idea was to map a such a drive into WSL, but I am not sure if it is possible and indeed how much it would help in the end.

You can mount raw VHDX files even raw normal bare metal drives in WSL2, that's true.

However, Linux needs to understand the FS inside.

Windows is a bit "yes but" kind of situation.

First of all it supports containers natively, Windows own ones, and Linux on WSL.

Secondly, because Microsoft did not want to invent their own thing, the OS APIs are exposed the same way as Docker daemon would expect them.

Finally, with the goal to improving Kubernetes support and the ongoing changes for container runtimes in the industry, nowadays it exposes several touch points.

https://learn.microsoft.com/en-us/virtualization/windowscont...