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laughs nervously in NixOS
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This is a bit of a Pokemon starter question. Just pick one and see where it takes you! They do roughly the same job, especially now that docker has a rootless mode. At the end of the day you’re learning a new technology and that’s a positive thing.
Is mayonnaise an instrument?
The same light but in it’s particle era
Genuine question – how does it “use” that water? Isn’t it primarily utilized for plain old water cooling, where in mind it just evaporates at worst?
What are we going to do, build high speed rail!? A technology so advanced that China alone has enough track in active operation to traverse the US over 13 times as of three years ago? I dunno, seems like a gamble
My process for project identification has been:
As for how to deploy, docker / podman are great! With podman I’d recommend looking into their systemd integrations too. Incus is a neat LXC option too, meant more for longer term services (less micro service focused, good and bad).
Hope this helps!
I’m sure the teacher of the high school debate team you’re on would be very proud ❤️
ooh getting aggressive now are we?
I owe nothing to you. Enjoy your time being a sad person trying to bring others down on the internet :) I hope this little outlet makes you feel better
Sure, buy an inverter and burn up 10% of your energy in the conversion if you’re lucky. That inverter will cost roughly as much as the contents of a standard fridge + freezer, by the way :)
At that point just buy a well insulated cooler and always have some ice on hand. It’ll last much longer.
Congratulations, this is the worst attempt at ridicule I’ve ever seen
Now I don’t know enough about electronics to know how wrong this is
Very, assuming the refrigerator in question typically runs on a typical power grid you’d find in the US or Europe (source: am electrical engineer)
Mainly because most compressors I’m aware of use alternating current (AC) motors, or at a minimum accept AC power. Batteries alone produce direct current (DC). The simplest way to make this work would involve an inverter (converts DC to AC). Cheap ones probably have at least a 10% conversion loss, so you’re looking at an hour or two at most.
Edit: should also mention that discharging a typical lead-acid battery until it’s all the way flat (realistically below ~11V) does irreparable damage. Might be cheaper to replace the contents of your fridge :)
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Haha I’ve had a journey to get here, all because I have a 12th gen Framework.
Initially I got Debian Sid working but ran into power management issues with the module system. I switched over to arch and loved that for a while but frankly I was too careless and kept breaking my system. The way I use Arch it wasn’t a stable daily driver. Then I switched over to NixOS and loved it, but I bricked 3 of 4 ports with a firmware update (again me being careless). Graciously, Framework helped me fix the issue.
After all of that I decided to go with a distro that is officially supported by Framework. Between Ubuntu and Fedora I choose Fedora since they don’t have ads for Ubuntu Pro :) I also like SELinux by default and wanted to broaden my horizons
I tried Debian + Nix once upon a time too. Honestly flatpaks and containers did everything I needed and more, and every dev team I’ve been on already has familiarity with the container workflow.
I’m a huge fan of Debian and Nix, don’t get me wrong, but it was shy of perfect for my use case. Glad it works for you though! I’ve been using Fedora + Nix home-manager with flakes for almost two years and I don’t think I’ll ever go back
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