It wasn’t but now it does I guess. I just searched a community didn’t existed locally on my instance and I got same result as you. No votes, no comments. I think this is enough to open an issue in the Lemmy repo.
Free, private (can be self-hosted), and open source. You don’t need to create an account to use it. If I remember correctly, this was created in response to the recent changes to Splitwise.
Hey, I’m the author of Spliit.app, thanks for the mention :)
Indeed I created Spliit as an open source because I believe that some tools should be open source, especially those used on the long term (I have Splitwise account from many years ago).
The issue could still be a fail-to-band issue if fail-to-band is looking at the user agent string (I’m not sure fail to ban looks at the user agent string, but it might be worth checking out.). The user agent string would likely be different on a mobile app versus a browser login.
I am very happy with my Omada setup. It’s an ecosystem, not a single device. I use an er605 as router and eap610 as AP. I also have a switch, probably you don’t need that, and I now have an Omada controller (you can also host that in as a docker container, so not strictly needed). For wifi you can simply throw another ap somewhere and have excellent Mesh wifi. It’s more complex than a simple consumer router, but also has a lot more functionality.
The controller does not need to run 24/7. The controller configures the devices and the config remains on the devices. Though, when your devices are adapted by a controller, you cannot access any settings on the devices themselves, only via the controller.
Maybe should add: depending on the network set-up, I’d strongly recommend getting a hardware controller. For me, I have one server hosting all my stuff. I also hosted the controller with docker in this server. Which ends up being a single point of failure, and no way to look into your routing if your server is down/unreachable. I got a hardware controller (oc200) eventually just to separate my interner and network infrastructure from my hosting and service infrastructure.
The controller also handles roaming, as I understand it. I have a software controller on a VM. They provide a .deb! I have 3 EAP670s and an EAP-655-Wall. Roaming works perfectly on phones and laptops. I have a hidden SSID on each individual AP that I use to lock dumber stuff. Some devices fight the AP Lock on Omada.
I see the value in going 100% omada, but I couldn’t justify the cost of the switches I’d need. Their routers look good for the price too, but my use case is a notch or two above their target market.
Nephele looks great. After some fiddling i couldn’t make it work with sub-paths (/path/path) so i will keep using Apache as WebDAV server, which fits my bill so far. Unfortunately Joplin notes are NOT plain text (not even .md) as far as i can see, so that is not an option.
For testing I just spun up a VM with Docker, I tried the same compose file as you. I found I had to use the volume instead of a bind mount for /app/storage.
Oh wow, thanks for trying this. It is working indeed.
I am an absolute begginer so let me ask. Where is shotshare_data on my machine ? Is it in docker volumes ( like /var/lib/docker/volumes/) ? Is there a way I can store data in /srv/dev-disk-by-uuid-7fe66601-5ca0-4c09-bc13-a015025fe53a/Files/Shotshare/ ?
It will be stored in /var/lib/docker/volumes, you can find the exact location by inspecting the volume. Use docker volume ls to list the volumes, and do docker volume inspect <volume_name> replacing <volume_name> with the one from the list. Look for “Mountpoint”, that is the exact location. You could try copying that to bind mount location, though I can’t be sure if it will continue to work.
You should be able to create the directories manually. I cheated by simply cloning the repo and copying them to the bind mount location like so. You can use the bind mount method like you wanted.
It is basically a graphical wrapper around your CLI tools like ssh, docker, kubectl, and more that gives you the features you know from tools like graphical SFTP clients but supports much more types of connections and allows you to use your favourite terminal and editor for your remote connections.
I’ve been extremely fond of “Our Groceries” for many years. It strikes a sweet spot between features and simplicity of use, and the devs are very responsive and have added several features after my suggestions. Really the only downside right now is that it can’t use the front facing camera on my wall mounted android tablet for scanning barcodes.
Logseq is great. It’s still in early development. Only sync is not so great. I use Git and wrote two scripts (pull/push) for Android which I start manually. The desktop application is very powerful and extensible. The app only supports the most common features without any plugin support.
It’s a very different kind of beast, but I’m very much enjoying it so far. Linking things is definitely Joplin’s weak point whereas this is a core strength for logseq.
I often used bullet points in my Joplin notes, so having that as the default works for me too. However, since Op has said they want plain text notes Obsidian seems like a better fit (although logseq does save pages as text it’s not what it feels like in use).
I also use Logseq and I use SyncThing to sync between devices. I just started a month ago, so I can’t say for sure, but so far it has been pretty great.
Just a note about piracy: Please don’t give the corporate overlords any reason to legally go after a Lemmy admin. There are plenty of dark web sites that I won’t mention but they are a better fit.
My partner and I use a pinned issue as our grocery list on our git repo for managing our household. All running on top of a self-hosted gitea instance.
Great for being able to create git issues for honey-dos as well as having automations for creating issues for recurring tasks.
“Hey we need to take X to the vet for Y sometime next week” “Oh yeah, can you go ahead and put in a ticket?” Amd vice versa
I think the simplest setup is keeping all the apps and services on the local network and doing something like this guide so they are always behind a VPN. Then setup another VPN on unraid or another device to access from outside the local network. There are plenty of other guides for unraid and Plex and the arr stack out there, unraid is just what I use but can use whatever OS you would prefer.
b) I was aware of using tailscale or a VPN. I don’t really want to do that as it requires running my whole connection through home Internet.
c) I also want to setup a reverse proxy even if I do only use it locally just so I am not dealing with ports and IPs. No bookmarks are not practical I have too many as it is.
d) At this point I am doing this the “right” way or at least the complex way because I can.
Well, what you could do is run a DNS server so you don’t need to deal with IPs. You could likely adjust ports for whatever server to be 443 or 80 depending on if you’re internal only or need SSL. Also, something like zerotier won’t route your whole connection through your home internet if you set it up correctly, consider split tunneling. With something like zerotier it’ll only route the zerotier network you create for your devices.
A, great. Overly complicated. B, wireguard lets you set your allowed IPS to your networks’s subnet so you only tunnel that traffic. C, that’s ideal. Use nginx proxy manager. It’s super simple. Buy a domain and you can use letsencrypt for SSL so you don’t get http nag messages from your browser. Old suggest something with cheap renewals like ‘.rodeo’ or ‘.top’. D, there are many right ways. Personally, i’d set up your services in a docker compose file, all behind gluetun as a VPN for your torrent service. I’d set up a wireguard VPN on a pi zero elsewhere on your network so you can access everything from outside, and on your wireguard clients i’d only tunnel the traffic to your network’s subnet. Unless you want everything behind the same VPN you use for torrenting. In that case i’d run a wireguard service in the same docker network as gluetun, so you can tunnel all your client traffic through that. You could even out a dns server in there as well, and manually set a domain name to your server’s ip so you don’t have to buy a domain name. Course, then you can’t use letsenceypt SSL.
Thanks thats good to know! I have got onto tailscale and have a test lab setup with a digital ocean vps for the public IP(exit node) and a ubuntu machine with a tunnel to it. Its working, just need to translate that to pfsense…
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