You don’t need DHCP, you can just use DNS and then set up different blocking groups based on the device.
The problem with this solution is that is it opt in. You would need to change all the wifi settings on each device separately to point to Pi-Hole as the DNS. This is something that could easily be disabled as a 12 year old would probably be able to figure out how to change the settings on their mobile devices or computer with a Google search.
A raspberry pi 4 or 5 and some fast USB 3 hard drives.
Exactly, since KasmVNC can run GUI programs in the browser and the Linux server.io base image is just Debian, it was trivial to just run it with Emacs instead. I much prefer Emacs over VS Code because of Org Mode. While VS Code works well in a browser. It isn’t what I wanted.
Here is where I have posted my Emacs Dockerfile. It might be a little out of date. Emacs Docker
EDIT: The Dockerfile also installs the fonts I like for Emacs along with git and hunspell.
EDIT: You could also probably achieve something similar with a Docker container run ning Apache Guacamole.
You can use the Linuxserver.io VSCodium Image and replace VSCodium with Emacs in the Dockerfile.
Yes, just because the source code is available doesn’t mean it is licensed for others to take. Now we have AI tools that have scraped the web for all of its content and won’t see the difference between source available, open source , and free and open source. It is possible that those who use AI tools could be unknowingly using code without the license to do so.
This argument in this article is poor. An analogy would be:
“Because donating free food to the poor might feed future criminals, we should no longer provide free food.”
It is possible that any developer could just say “none” even if the extension does collect data? If it has to be manually disclosed, this won’t stop malicious actors. Only trustworthy extension developers would disclose this.