Modded minecraft and Starsector are the opposite. Old java games freaking love linux, apparently.

It’s less about Java and more about OpenGL. Since it was the only option for quite a long while on Linux, the Linux implementation is fantastic. On Windows, OpenGL was always the third API that needed to be half-assed just so you can say “it works”.

Before AMD “fixed” their Windows OpenGL driver a few years ago, it was not unheard of to get double the frames in Minecraft on Linux compared to Windows.

You need the bleeding-edge branch of Proton Experimental, it will stop locking up then.

Just gave Deepseek R1 (32b) a try. Except for the censorship probably the closest to GPT-4 so far. The chain-of-thought output is pretty interesting, sometimes even more useful than the actual response.

That’s the thing I don’t like about Postgres either. The performance is significantly better than with MariaDB but Postgres is such a pain for non-enterprise use.

Same with crash recovery, Postgres just can’t recover if the WAL is corrupted. MariaDB will happily fix itself but Postgres will just sit there and wait until somebody babysits it.

So you better spin up a second Postgres container, run pg_resetwal, restart the database and terminate any open transactions manually with a 2 page query you hopefully wrote down. Might reindex all tables as well to be sure.

I have a separate “postgres unfuck” script by now.

Which model would you say is better than GPT-4? All I tried are cool but are not quite on GPT-4 level.

Yes, I’m on CoreELEC with an Odroid N2+ but I only play content without DRM. If you’re streaming DRM protected content you will have an easier time using Android.

Are you running podman rootless? Maybe a permission issue?

IPv6 is pretty much identical to IPv4 in terms of functionality.

The biggest difference is that there is no more need for NAT with IPv6 because of the sheer amount of IPv6 addresses available. Every device in an IPv6 network gets their own public IP.

For example: I get 1 public IPv4 address from my ISP but 4,722,366,482,869,645,213,696 IPv6 addresses. That’s a number I can’t even pronounce and it’s just for me.

There are a few advantages that this brings:

• Any client in the network can get a fresh IP every day to reduce tracking
• It is pretty much impossible to run a full network scan on this amount of IP addresses
• Every device can expose their own service on their own IP (For example: You can run multiple web servers on the same port without a reverse proxy or multiple people can host their own game server on the same port)

There are some more smaller changes that improve performance compared to IPv4, but it’s minimal.

Hopefully I can finally get the IPv6 stack fully working.

OPNsense works, Proxmox works, LXC works, Docker works but Docker Swarm does not.

Either I move away from Docker Swarm or a miracle happens and they finally fix their IPv6 support in 2025.

This: https://www.youtube.com/watch?v=7pMrssIrKcY

I just grabbed all GOG keys with my trial, worked perfectly fine.

Thanks Jeff, very cool.

I’m 95% there, I just need Docker Swarm to support IPv6 without breaking as soon as it is enabled.

btrfs has been the default file system for Fedora Workstation since Fedora 33 so not much reason to not use it.

Not really, the only wifi devices are phones and IoT.

Is that actually an UPS or just a backup battery? Can it passthrough the line power directly or does the inverter need to run 24/7?

In the latter case you might want to check how much power the inverter eats just by itself. For example, my Bluetti with 2 kWh needs a whopping 50W in idle just to keep the AC ports powered. Of course your unit looks much smaller so it should be way less but still worth measuring.

That is what it is.

It seems they don’t make a variant for Europe so that’s probably why I never heard of it.

The entire house is terminated there, that’s where all the cables go. :)

Is that a Unifi PDU/UPS? Didn’t even know they made these.

Also, you need to peel the stickers of the screens.

Top to bottom:

• Unifi US-16-XG
• OPNsense DEC740
• Unifi Switch 24
• Unifi Switch 16 PoE
• DIY server with an AsrockRack X470D4U mainboard
• DIY DAS in an old server case with 18 3.5" bays

Not in picture: My UPSes, RIPE Atlas probe and an Odroid N2+ running my Home Assistant instance

The server runs Proxmox with a bunch of LXC containers running a Docker Swarm cluster.

There’s too many services running so I’m not listing them all. Let’s just say my phone is not going to be thrilled if it goes down. Also, this post was posted through said server.

Didn’t watch the video so not sure if it was referenced but there’s also the very interesting CCC talk here: https://www.youtube.com/watch?v=XrlrbfGZo2k