I use both ULA and global addresses. Servers set a token to make the last 64bits predictable, which simplifies dyndns. For some critical internal communication, I hard code the ULA address in my hosts file, for everything else, I rely on DNS (with global addresses). No DHCPv6.

I usually just disable IPv4 on my VMs, unless there is a specific need for IPv4. Most container networks are single stack as well. I have a squid proxy that services can use to access IPv4 http/https destinations if really necessary (combined with some additional filter rules); ideally I would like to have 464xlat/a nat64 gateway, but I never bothered to set that up yet. I will likely do that when I buy a new router (end of year?). I expect all my devices to support CLAT by then, so that will be the end of IPv4 on my network.

Pictures and Videos typically refer to personal media, whereas music would refer to professional media. I don’t think grouping them into a single media directory would usually make sense.

They are still useful for user data. For the nixos system itself, not so much.

I had the same idea, but the solution I thought about is finding a way to define my DNS records as code, so I can automate the deployment. But the pain is tolerable so far (I have maybe 30 subdomains?), I haven’t done anything yet

Have you tried this? I run NixOS on my server, Aurora (immutable Fedora distro based on Universal Blue) on my desktop PCs, and this sounds very interesting. Unfortunately, it seems that this is explicitly not supported on ublue-os systems.

The graph shows weekly active users. So you wouldn’t be counted unless you actively boot Bazzite.

That is not correct, gsconnect has no dependency on KDE Connect, it is an independent implementation of the same protocol, not a wrapper

Wait, so 0.2% of all Aurora Users are me?

No, Audacity is licensed as GPLv2+.

Audacity was bought in 2021 by Muse Group, and a few weeks later, they announced that they would introduce Google Analytics and Yandex-based “telemetry”. After strong criticism by the community, Muse Group backtracked, emphasized their commitment to the GPL license, dropped their plans to include Google/Yandex tracking, and instead opted for a self-hosted solution for bug reports and update checks. Both can be disabled, and some distributions disable them by default.

Still, a few forks emerged, Tenacity is the only one that is still actively being maintained. The last commit is from today, but their repository is at 16k commits, compared to 21k commit for Audacity, so it seems the two projects have diverged.

I did the same last week (and am still in the process of setting up more services for my new server). I have a few VMs (running Fedora CoreOS, with podman preinstalled), and I use ansible to push my quadlets, podman secrets, and static configuration files. Persistent data volumes get mounted using virtiofs from the host system, and the VMs are not supposed to contain any state themselves. The VMs are also provisioned using using ansible.

Do you use ansible to automatically restart changed containers after pushing your changes? So far, I just trigger a systemctl daemon-reload, but trigger restarts manually (which I guess is fine for development).

Yes, absolutely. Right now, SSDs are probably superior in comparison to HDDs in every category except for price (and long-term data integrity when switched off). But when you consider large parity raids and take into account the cost of electricity, even the price difference might only be small, making SSDs even more attractive.

Hmm. Let’s say I add 6 SSDs, 2TB each, for a total of 600€. In a RAID6 configuration, that gives me 8TB of storage. Compare that to a classical NAS with 2×8 TB HDDs for a total of 350€.

The HDDs will draw around 4W idle each, 8W in total. Assuming 0.3€/kWh, over a span of 5 years, that is approximately 100€. The power consumption of the SSDs will be negligible.

So, just in terms of storage, the SSD solution is around 33% more expensive over 5 years. If you include the cost of the NAS itself, the price increment is even less noticeable.

Very helpful. I was just looking at this the other day.

It’s more than 12 years

I just checked, and I have connectivity while on cellular. Maybe (just wild speculation) your mobile network is IPv6-only? Android (not Linux) should list 192.0.0.4 as an IP address in that case.

Yes, Linux is running in a VM, and the network interface is a virtualized veth interface connected to a host bridge. The host android system has IP address 192.168.0.1, and this network interface is called avf_tap_fixed (as seen from termux).

While this is very exciting, I just tried it, and the network connectivity seems to be broken. No IPv6.

I met someone that was throwing out old memory modules. Literally boxes full of DDR, DDR2 modules. I got quite excited, hoping to upgrade my server’s memory. Yeah, DDR2 only goes up to 2GiB. So I am stuck with 2×2GiB. But I am only using 85% of that anyways, so it’s fine.

I use syncthing to sync almost everything across my computer, laptop (occasional usage), server (RAID1), old laptop (powered up once every month or so), and a few other devices (that only get a small subset of my data, though). On the computer, laptop, and server, I have btrfs snapshots (snapper). Overall, this works very well, I always have 4+ copies of my data in 2+ geographical locations.

The same amount of JXL gives you more image than JPEG? Also, it supports ridiculous resolutions (terapixel).