Networking will take you from being “they guy that fixes computers” to full blown Telco engineer. It’s a lot though, more than I can explain. Get managed switch and start having LAN parties.
I’m not super familiar with docker so im sorry im not much help there but i noticed that you mentioned a ATnT router. Are you using them as an Internet provider?
If so, you might have a carrier grade nat which makes reverse proxy like this not possible even if you do get caddy server working. I had a similar situation with my jellyfin server.
I had caddy server working but when i moved and started using a mobile internet provider, i had to use a vpn tunnel like cloudflare or zerotier to get around it.
All this to say, id recommend finding that out so if that is the case you dont spend anymore time on caddy.
ATnT should be able to tell you for sure. I remember reading about another person facing a cgnat using ATnT on reddit while i still went there so it very well could be.
And fairly easy setup yea. I did mine using a windows pc for testing as i was kinda in between places at the time and thats what i ended up using for jellyfin as well. Just lives on my media pc at the moment. The docs are pretty straight forward.
I recommend that or zero tier which is even more dead simple. Both are good but cloudflare does care about how much bandwidth you’re using so just bear that in mind if you think you’ll use the server for anything else.
Both are vpn tunnels so either should work just fine.
Self hosting can get pretty overwhelming but i find that using docs in addition to youtube videos helps a lot. I also recommend giving Linux a go when you feel up to it. It can be a very nice option if you’re working with older hardware.
The guide above doesnt include Audiobookshelf installation, but you will quickly see that adding Audiobookshelf to the basic setup is very easy. There are two things I’ve learned since the initial setup, which are worth a deviation from the guide above.
First, the recommendation in the guide to use a separate userid and groupid (1001) for the docker containers vs. your own userid/groupid (1000) is a royal PITA and not necessary for most basic use cases.
Second, and much more important, you MUST set up your VPN in a Gluetun container and then make your torrent client container a “service” of the Gluetun container. Yes, I know, that sounds like some advanced-level abstraction, but it is actually extremely easy to do and it will save you from getting a nastygram from your ISP when your VPN loses connection. The MPIAA is extremely active with automated detection and processing of torrenting data, but if you set up your VPN with Gluetun, you have a perfectly effective kill switch when your VPN connection drops. And, no, the built-in killswitch on your VPN client won’t work with containers.
Seconding the other user’s post, it’s just storage. You can use it temporarily for the Plex server but I highly recommend offloading that task to a real computer.
A used Optiplex is usually the go-to because it’s low power and capable of doing the job. Just make sure it has enough RAM to handle the containers you wanna put on it.
Docker is a little bit of learning but you’ll get the hang of it. I found docker-compose to be much easier to learn. Portainer or Dockge can help by giving you a GUI, if that’s your preferred style (like me).
I knew this day would come! blows the dust off my gateway machine with a P4 @ 1.6GHz Look, it’s even got a fdd, perfect for backup duty! If I could only find that Zip drive though…
When you tried caddy and received an error, that looks like you are getting the wrong image name.
Then you mentioned deleting caddyfile as the configuration didn’t work. But, if I am following correctly the caddyfile wouldn’t yet be relevant if the caddy container hadn’t actually ran.
Pulling from Caddys docs, you should just need to run
I have not tried caddy through docker yet, just running it through a windows command line with admin priv. I’m looking into doing it with Docker, just haven’t started yet.
There was a good blog post about the real cost of storage, but I can’t find it now.
The gist was that to store 1TB of data somewhat reliably, you probably need at least:
mirrored main storage 2TB
frequent/local backup space, also at least mirrored disks 2TB + more if using a versioned backup system
remote / cold storage backup space about the same as the frequent backups
Which amounts to something like 6TB of disk for 1TB of actual data. In real life you’d probably use some other level of RAID, at least for larger amounts so it’s perhaps not as harsh, and compression can reduce the required backup space too.
I have around 130G of data in Nextcloud, and the off-site borg repo for it is about 180G. Then there’s local backups on a mirrored HDD, with the ZFS snapshots that are not yet pruned that’s maybe 200G of raw disk space. So 130G becomes 510G in my setup.
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