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Politically obsessed street photographer. Director of Enterprise Architecture, wine enthusiast, novice chess player trying to get better. Linux nerd, Linux gamer, prolific self-hoster, science advocate, Sorkin/Starmerite. Disgraced former scientist and perpetual critic of nonsense and folly.
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@greedytacothief @AmbiguousProps How does Finamp compare?
@clark I don’t know the Slim, but I wrote about Linux on my Yoga here: https://rhys.wtf/posts/sway-and-arch-with-yoga
Might be useful.
@Moneo @SigHunter Networking came to be when there were lots of different implementations of a ‘byte’. The PDP-10 was prevalent at the time the internet was being developed for example, which supported variable byte lengths of up to 36-bits per byte.
Network protocols had to support every device regardless of its byte size, so protocol specifications settled on bits as the lowest common unit size, while referring to 8-bit fields as ‘octets’ before 8-bit became the de facto standard byte length.
@madcaesar @otl It’s a small server running OpenBSD, configured to operate as a router and/or firewall.
Linux and the *BSDs can operate as very good routers and firewalls, usually being much more configurable and enabling you to do more complex than off-the-shelf consumer-level hardware routers. Using them on a small form factor computer with a cheap switch in front of them can give you a better performing and nicer to use alternative.
@BlackRoseAmongThorns @daisyKutter Swap is a place on disk that gets used as a slow, temporary place to put memory when your RAM is full. Windows uses a swap file on an existing partition, while Linux generally uses a dedicated partition instead (although you can use a swap file if you really want to).
Appropriate sizes for the swap partition are hotly debated. Twice the size of your RAM if you have a small amount, or the same size as your RAM if you have lots is a good approximation.