

R (largely and by default) relies on CRAN, and they are extremely selective about what packages they accept, including testing new package versions against downstream packages before publishing an update, etc. That largely mitigates many of the concerns of some random 10 layer deep dependency getting swapped for something malicious.


No they mean the Terminal App itself. It feels great to use, I use it all the time on my work laptop when running WSL.
Windows + major consoles, and Steam Deck verified via Proton.


I remember reading that DRM is really only helpful at launch time anyway as it can slow down (but not stop) pirates, ideally forcing those most excited ahout your game to pay. Once your sales are slowing / pirates have already broken the DRM there really is no further point to it, unless maybe you’re regularly publishing updates and the DRM is still slowing the pirates?
Yep. My friend is an indie game developer and while his studio’s next release is “Windows only” (and consoles) they are testing to make sure it runs well on the Steam Deck via Proton / will be Verified.


I have doubts that Valve will officially support SteamOS on anything but their own hardware (and maybe some partners’), in which case unless you plan on buying a Steam Machine you’re going to be stuck for a very, very long time.


Jellyfin can’t go closed source as it’s a fork of Emby from before it was closed source, licensed under the GPL. They don’t own that code so they can’t change that license, thus the whole project is GPL. In addition, Jellyfin isn’t being developed by just one company (it’s all volunteers), so every new contribution is also GPL licensed, owned by each contributor. The only way Jellyfin could go closed source would be to cut out the Emby backend and for every single contributor ever to agree to change the license, or have their code cut out. In short it’s not happening, and if somehow it did the project would just get forked regardless for everyone to switch to (the community did it once already!).


You’d be surprised what a small team at a large corporation will do if it lets them complete a project within budget. The PlayStation 3 originally allowed users to install custom operating systems. A lot of groups, even the US military, bought thousands of them because they were inexpensive computers (sold at a loss) and used them for compute projects. Sony eventually stripped out the functionality in an update, presumably because they wanted to cut out this type of buyer.


Yes; it’s pretty trivial to flash something like OpenWRT on them as they don’t restrict what you can install whatsoever.


You can basically do anything in OpenWRT, and if my memory is right a mesh setup is possible too. It may not be easy to setup, but it’s possible.


Lesson learned - companies should never support open source projects because you run the risk of pissing people off.


Your approach won’t work if you’re behind carrier grade NAT or you can’t open ports. My landlord provides my internet so I use tailscale (with headscale on my long distance vps) to connect everything and it works great. It uses LAN when I’m home, and NAT punches when I’m elsewhere.
Entirely depends on who’s publishing the image. Many projects publish their own images, in which case you’re running their code regardless.
Yes but there are ways to protect against that. For instance you can configure Tailscale clients to only trust nodes that have been signed by trusted nodes, or something like that.
Just going to mention that if you’re okay with non-FOSS office software, I really like Softmaker’s suite (their buy-once non-subscription version).


Out of curiosity - what laptop maker is installing Sway by default?
I had a few false starts before, but MS force-updating me to the objectively worse and user-hostile Windows 8 triggered my latest (and successful) switch.
Both i3 and sway are very lightweight so you do get good performance, but it’s the easy tiling / no-nonsense looks that appeal to me.
I believe the levels of radiation are several orders of magnitude different. I don’t think you can even use a digital camera for a robot near these open reactors as the signal is completely swamped by the radiation, while in space you would just have a couple of inaccurate pixels at any point in time.