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Nixos is great, but unfortunately I can’t use it at work. I have migrated my home server infra to it though and plan to migrate my desktop the next time I have a free evening.
Nixos is great, but unfortunately I can’t use it at work. I have migrated my home server infra to it though and plan to migrate my desktop the next time I have a free evening.
Why ansible? It’s the best tool I know of for configuring systems when tyou can’t build a premade image. I’ve tried puppet and chef but really like not needing any agent on the target system despite the pain of YAML syntax.
1.6% of gamers is still millions of people. Entire industries exist on the back of much smaller customer bases than that. Might as well say we should stop caring about desktop linux completely since the server market dwarfs it.
Mixed VRR is not an obscure feature for one. Most of my friends with gaming rigs have a primary monitor with VRR and use their old fixed rate monitors as secondary displays. Does it make a massive difference to run fixed refresh rate? No but it is noticeable and nice to have. Windows can do it and I paid for the hardware. Without parity on this kind of stuff, Linux is a hard sell to the people who do care about it.
Does it matter to Joe Schmoe? Probably not, but Joe Schmoe probably doesn’t care about Linux to begin with. You have to go for the tech enthusiasts first before you can get it to the masses.
With VRR? Xorg definitely did not support this as of a year or so ago without running a separate xorg screen for each monitor which prevents you from doing stuff like moving windows between your displays.
Mixed refresh rates worked okay-ish but VRR definitely did not work well in multi monitor setups.
There are some really major deficiencies in Xorg that aren’t present in Wayland. The main one that made me switch was proper support for variable refresh rate, and the ability to mix and match any fixed or variable refresh rate displays you want.
It’s a super common use case to have a primary monitor with high refresh rate and VRR, plus one or two cheaper monitors that don’t. Xorg doesn’t really support that at all without some really hokey tricks that severely impede usability.
Proper sync support is another one. Yes, you can set tearfree in X but the implementation is crap. You’ll still get tearing in a lot of programs and at least in my experience, it introduces a pretty significant and perceptible input lag, far more than needed to eliminate tearing.
OSMC makes some good Kodi boxes under the Vero name if you don’t need proprietary streaming services. I use the jellyfin plugin to read from my JF server, works great. Supports 4k, HDR, audio passthrough, many codecs, all the good stuff.
Between that and my PS5 it covers all the bases
Actually libEI allows for exactly this. It’s very new so not widely supported yet but it’ll definitely get there eventually.
WAV is also braindead simple, effectively just a stream of raw PCM data. It would be really hard to hide any sort of payload in it.
For about 3-4 years. I switched after sway added support for per-display VRR which xorg cannot do still (and probably will never be able to do due to core design limitations)
On AMD it’s been better than Xorg for a couple years now in my use case. No more tearing and latency issues, any games that don’t play nice have worked fine with gamescope.
With HDR support finally on the horizon it’ll be able to completely replace windows for me which I already barely use.
The only issue I regularly encounter is programs handling windowing strangely. Some programs like to switch themselves into my active workspace under certain circumstances which is mildly annoying but just requires that I press the hotkey to put them back where they belong a couple times a day.