

Oh I don’t either, just a perfectly fitting meme. Especially when you look at it from the angle of “replacing things that already work” and “rewriting everything in it.”


Oh I don’t either, just a perfectly fitting meme. Especially when you look at it from the angle of “replacing things that already work” and “rewriting everything in it.”


They’re not “/24 addresses”, it’s a mask.
/32 references one specific host, it is a mask of all 1s.
/24 references 254 hosts, it is a mask of 75% 1s and 25% 0s.
https://www.geeksforgeeks.org/computer-networks/role-of-subnet-mask/
^ The illustrations here explain it way better than many words can.


Should probably be asked in an active BSD community if you want a real and well informed answer.


TLDR - try slowing down “bad” ram
Bless you. 0% chance I was going to an external blog. I don’t understand how some people still don’t understand what poor taste it is to post links to your own site rather than just creating content here.
Similar to the above, I started with this guide that got me going (in case it adds anything additional!)


OpenBSD
ducks


Currently messing around with Talos Linux in a VM.
Yes!! Now LOVE Talos, after, drumroll, trying it out in my lab on my Proxmox boxes!! Figured it out ‘good enough’, and then rolled a live cluster with it - also on the same Proxmox hardware!! Labs, production services, loaner ‘lab boxes’ for people doing certs - with hardware to spare! LOVE Proxmox so much!!!


Proxmox.
/thread
Anything else you want to run, you can run in Proxmox. If it’s too much hardware for what you’re doing, all the more reason to run Proxmox. You can build an Arch VM, and NixOS VM, and whatever else you want in it!
If you go with just one of them right on the hardware, that’s all you can do with it, you’re done, you’re stuck.
When you have Proxmox on it, you can try every OS! And then some! It is a superpower for learning.


Hardware Acceleration for Jellyfin: On the EliteDesk, I’d like to enable hardware acceleration for a VM running Jellyfin (in Docker) using the i7-9700’s UHD 630 iGPU. Can anyone recommend a clear guide specific to this CPU? The Proxmox documentation isn’t very detailed for Intel GPUs.
I feel like I’ve done this, but it was a VERY long time ago. It certainly wasn’t from a guide specific for this, but from adapting other instructions. Whole idea with a home lab - learn stuff, break stuff, figure stuff out! :-)
Wish I could be more helpful! But iirc, once you understand the gist of passing the hardware through, blocking kernel models on the host, and installing the required drivers in the guest, it’s applicable to basically everything.
As for Backblaze for ‘home lab’ backups, that sounds expensive? I run PBS on a container on my NAS for my backups - keeps it all local and effectively ‘free’. Only the things I REALLY care about - like my git server with all the code I’ve written for the lab, and even some of the more complex/outside the box configurations get backed up to the public cloud. Simple ‘cattle’ VMs do not justify additional expenses for me.
It’s fun as hell! I’ve been running Proxmox for many years now and still enjoy it VERY much. I’ve recently added 3x 12GB bus-powered A2000s to my Dell workstations. Having oodles of fun running things like piper, whisper, ollama and frigate models on them in a new k8s cluster I spun up just for ML workloads.


sigh
I literally just bought a 3050 for my NAS for AV1 support.
/wrists


Whoops! I did miss that part, my bad!!


I’m loving the new Snapdragon laptops, especially if you don’t have any heavy (read: gaming) workloads!


I mostly agree, and did the same with my second gen lab build - instead of shiny new NUCs like I had used round 1, I bought old off lease Dell Xeon boxes. SO MANY PROS -
The downsides can’t be denied though -
The same holds true for off-lease SFF stuff, Lenovo and the likes …
So while reuse/repurpose is absolutely of the utmost importance, no question - when it comes to technology and how quickly it advances and miniaturizes, a thorough and logical pros/cons list is often required.
I’d add another option though - if you do need what a Pi brings to the table - do you really need a shiny new Pi 5? Is it possible a used Pi 3 or Pi 4 would do the trick, and check the reuse box?


transmission in docker container on NAS, with dedicated IP that gets forced through VPN on my router


lol, saw title, came to say ffmpeg, read body, it’s your prime example!
I can’t remember what flag or feature it is I’ve more than once found myself having to build from source to enable, but there is one!


Personal?
~
My homedir is a HUGE MESS.
Work?
~/src/<site>/<project>/<repo>
i.e. ~/src/github/mirantis/docker (not real I don’t imagine, just an example)
~/src/bitbucket/INTERNALPROJECTCODE/coolrepo


alias update='sudo apt update && sudo apt upgrade -y && sudo apt dist-upgrade -y && sudo apt autoremove -y'
alias update-and-reboot='sudo apt update && sudo apt upgrade -y && sudo apt dist-upgrade -y && sudo apt autoremove -y && sudo reboot'
alias update-and-poweroff='sudo apt update && sudo apt upgrade -y && sudo apt dist-upgrade -y && sudo apt autoremove -y && sudo poweroff'
I’ve been very happy with my Monoprice “Blackbird 4K DisplayPort 1.4 USB 3.0 4x1 KVM Switch, 4K@60Hz, HDR, YCbCr 4:4:4, HDCP 2.2”. I run an ultrawide at 3840x1600 @ 144 Hz, or HDR at 120 Hz, G-Sync both, and it works wonderfully. It took some effort to get all the required devices using the same connections - went through quite a few “USB-C to DP” cables from Amazon that had to be returned because they couldn’t do the high refresh like they claimed … but once I got everything set up, it’s worked like a dream, 3+ years and counting now I think.
On the fastest drive I have, longevity be dammed. I buy fast hardware because I want my computer to be fast - having my RAM (likely the fastest thing in the system) swap to a slow drive completely undermines that and defeats the purpose.
Hibernation I don’t normally mess with, and same with swappiness.