People in this thread have very interesting ideas of what “shit hardware” is
People in this thread have very interesting ideas of what “shit hardware” is
I feel like that can’t be true, but I have nothing to disprove it
Better?
Are you sure they aren’t overused? 😉
How does one qualify how much a language needs to be used?
Are you saying Rust is being used in places that you feel C/C++ should be used, and you don’t think Rust belongs? Or maybe you are saying Rust is being used in places where C/C++ are not typically used, and you don’t feel it belongs there?
The closest thing to context you’ve given is that you feel Rust has flaws (all languages do), and that Ada is perhaps safer. It’s really hard to give any kind of answer without a properly fleshed out question.
Overused
What is the correct amount of usage? Why shouldn’t people use the languages they want to?
Step 1: Get tested for sleep apnea. If you have it, snoring is the least of your worries. Don’t skip this step.
Otherwise, sleep on your side, elevate your upper body (Amazon sells wedge pillows).
If you are certain you don’t have apnea, you can also try a chin strap. Just be sure any chin strap you buy pulls your chin up, not back, as this will A: Obstruct breathing, and B: cause major jaw pain.
+1 on lower tier Intel CPU mini PC. I have a slew of different boxes by Beelink, Intel, and Asus. The N95 box I bought from Beelink (basically an N100) has been one of the most impressive for being so low power, and yet handling the wealth of services I’ve been running on it (with a lot of overhead yet).
The two are not even remotely in the same category of CPU. This is a comparison of apples to orchards.
You son of a bitch, I’m in.
I’ve become a big fan of mini PC’s for home server use these days (with NAS systems for storage duties). Low power, low heat, low noise, and very affordable.
Beelink on Amazon makes a good selection of them. Always watch for sales. I have several of their machines and have been pleasantly surprised by all of them. The latest addition was one of their N95 systems with 8GB of memory. It hosts Jellyfin, Deluge, Wireguard (client and server), dns, forgejo, etc.
The truth about abs workout and diet is the same order tonight and tomorrow is fine but most importantly I will send you the best way to get the latest Flash player to play with my family 😁🐱
You can say that speaks volumes about the character of the author (though you are the one assigning said “shame”). You were asking why this report deserves credence. The points raised in the report have citations such that you can decide where you fall on the presented issues.
It looks pretty well cited to me. The fact that it was written anonymously doesn’t really take away from that.
90% sure wireguard (the VPN server) is going to need an open port if you want to connect from the outside.
I’m a software dev with quite a lot of experience in server admin. I’m also a full time Linux user, and run a lot of services both at home and on a rented VPS. I had oddly enough never used Ansible before, but the instructions on that GitHub page should make it pretty simple.
Yeahhhh…
Obviously it can all depend on your requirements, but this N95 system has been pretty eye opening on how much people are over-speccing their builds for home server use. It has 8Gb of memory in it, but I seldom see it use more than 2. The box is doing DNS, Jellyfin, torrenting, VPN, private git, etc.
I used the Lemmy Ansible method to deploy. At the time that I first installed it, it was the recommended method vs a docker compose. It is a little bit of setup, but is pretty simple to get going. Just follow the instructions and it should just work.
It would also result in a metric shit-ton of traffic and data storage.
Really depends how many instances they want to federate with. I run a single user instance for all of my personal Lemmy use. Looks like it is using 20Gb of bandwidth per week, and the VM it runs on only has 32Gb of storage (and it runs other services, too)
Same, but even lower (Beelink N95). My whole stack of two NAS units, mini PC, switch, router, and modem average a load of 50 watts.
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