Another related question. Is the creator of Lemmy also the creator of torrents-csv? I ask because their dockerhub page hosts torrents-csv images as well as the lemmy one.

Cloudflare has dynamic DNS as well as a client to run on your server that will update automatically for you.

Private tracker and seed requirements is the reason that comes to mind for me. Back when I was on a private tracker some 20 years ago I would get the torrent file and the actual data from a friend so I could seed it without having downloaded it.

Do these 3rd party apps let you get rid of Shorts? I absolutely despise accidentally clicking on Shorts and would prefer if they actually stayed in the Shorts section so this doesn’t happen on my Home feed.

40 Mbps is the amount of data that can be moved in one second; the difference between 20% saturation and 90% saturation should have negligible impact on latency. The bottleneck would occur if you OVERsaturate the line (ie. trying to pull more than 40mbps down) because then the packets would need to take turns coming in and possibly even be re-sent from the source if the latency is so bad that those packets are wiped from cache on routers or switches. (FUN FACT: this is basically how a DDOS attack works, too many packets are being thrown at your network and your router can’t say “no” fast enough to the bad data so latency approaches infinity and the good data ends up getting buried as well)

Mbps is a measurement for bandwidth not latency. However, it’s a little confusing what OP wants based on the image alone. The question marks in tandem with the bandwidth values makes me assume OP wants to know their outbound bandwidth but they are clearly asking for latency in the post text.

Did you ever figure out what was causing your issues?

It’s a feature of Git. Read up on git/GitHub before you try to tackle this.

I have 2 pi 4. One of them runs Vaultwarden as my self-hosted password manager. The other runs TPLink Omada SDN management software to manage my switch and WiFi APs.

Thick as molasses… But not in the good way.

OP, are all of the working-as-expected VMs also members of the virbr0 network?

I’m thinking that this is a firewall issue on your VM host. If you DO NOT have any other working VMs then could you try disabling the firewall on the VM host and see if the VM can receive DHCP traffic.

No, then the VMs would get their own subnet. You want the NIC bridged so that the router actually sees the VMs.

Would like to know this too. I have a 1600x sitting in my spare parts box since my desktop upgrade about a year ago. Been wondering if it’s worth it to set up some kind of game server with it.

So, most of us aren’t in the industry yet we managed to learn the jargon we needed to learn in order to do what we wanted to do. I don’t understand why you are adamant about others helping you when you don’t really seem to care enough to learn some words and their meanings.

It seems like you have a learning preference for conversational information transfer. Maybe try finding a discord group where people regularly talk about this kind of thing. People on Internet forums tend to prefer written documentation and value search engine prowess.

It’s better if you struggle, you will learn more that way. For me, the struggle is the fun part anyway. Also, if you need these services to be bulletproof you probably shouldn’t be self-hosting them.

You mentioned that you disabled the NGINX instance installed by Bitwarden, don’t do that. Just change the port that it is hosting on and then point NPM at that port. You can also set the Bitwarden NGINX conf to use a self-signed certificate and then use NPM to manage the real cert.

I already do use firewall rules, this is just an extra step I take to segment things which also serves to make it a bit easier for me to remember certain addresses. It is entirely unnecessary, but I like it this way.

Let’s say I have a static IPv4: 72.235.228.162

And IPv6 block: 2660:1100:45f0:c17:: /60

What I do is set up a Virtual IP in OPNSense and give it the address 2660:1100:45f0:c171:72:235:228:162

Then I set up the firewall rules for that IP.

Then I NAT 1:1 that IP to the NGINX VM’s IP and now the Internet doesn’t need to know about it.

If you like Mail-in-a-box just wait until you check out Mailcow!

I use NAT on IPv6 so that I control which IP address is exposed. I’ve got /60 and all of my home devices are assigned unique IPs. What I like to do is set up a V6 address that uses the same numbers as my static V4 address and NAT that to my NGINX box, basically using the router assigned V6 as a “local” address.