Raspberry pi4 Docker:- gluetun(qBit, prowlarr, flaresolverr), tailscale(jellyfin, jellyseerr, mealie), rad/read/sonarr, pi-hole, unbound, portainer, watchtower.

Raspberry pi3 Docker:- pi-hole, unbound, portainer.

  • 2 Posts
  • 36 Comments
Joined 1 year ago
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Cake day: June 26th, 2023

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  • Fedegenerate@lemmynsfw.comtomemes@lemmy.worldMeme.
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    13 days ago

    I don’t know what to tell you if you can’t see the brazen hypocrisy.

    Here’s my entire premise: if you’re going to be setting purity checks, make sure you pass them first. That’s it, you can try distract with “others fail it worse” all you want, but it’s just a distraction. I’ll try keep you on track though:

    Pug chose both to support genocide and be judged for their failure of attempt at moral superiority. Stop defending them, you’re only making Pug look worse.



  • Fedegenerate@lemmynsfw.comtomemes@lemmy.worldMeme.
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    13 days ago

    Now you’re getting it. A genuine moment of self reflection on Lemmy.

    1 claims to be anti-genocide.

    2 votes for a pro-genocide party.

    3 “war is peace” any vote for non-genocide is actually a vote for pro-genocide Orwellian nonsense.

    4 posits purity test they cant pass themselves.

    You summarised them perfectly.







  • On mobile so you’ll have to forgive format jank.

    It depends how each image handles ports if C1 has the ports set up as 1234:100 and C2 has the ports set up as 1234:500 then:

    service:

    gluetun:

    ports:

     - 1234:100 #c1
     - 1235:500 #c2
    

    […]

    Will solve the conflict

    Sometimes an image will allow you to edit it’s internal ports with an environment so

    service:

    gluetun:

    ports:

      - 1234:1000 #c1
      -1235:1234 #c2
    

    c1:

    environent:

    - UI_PORT=1000
    

    […]

    When both contsiners use the same second number, C1: 1234:80, C21235:80, and neither documents suggest how to change that port, I personally haven’t found a way to resolve that conflict.





  • My initial inception of this box was to have it request a static IP so I knew “box.ip”. Then tape then tape some thing like this:

    Box.ip Service1:port Service2:port …

    Onto the case. Then in NPM have it proxy requests to “box.ip:8096” to “tailscale.ip:8096”. But alas, I couldn’t figure it out. I could get 1 service to work but not multiple.

    I couldn’t ask someone to write the config for me, but if you’re certain it’s doable then I’ll learn to write a config. Thank you for the offer. I’m guessing for each service I tell nginx to “listen” at “port” instead of only listening to ports 80,443 and 81.

    MDNS seems like an interesting solution though, I’m going to read about that now actually, thank you for highlighting that solution to me. If I could get that working that would be ideal. I’ll have to check if the expected devices are compatible but that would make everyone’s life easier if I could just setup a cronjob on startup.


  • Thank you for the reading material, it’ll be tonight project. I think I’m just going to tell people if they want to join in the family immich/mealie/etc they’ll just have to let me into their router. They’ll get memorable addresses out of it and adblocking too. I’m pretty sure that setup is comfortably within my skill set. I thought long and hard about opening ports but the security needed is beyond me currently. Down side is cost and I’ll be managing a bunch of boxe. But I can add updating them into the monthly maintenance and if/when they come back they can be repurposed into other projects.


    I tried /locations but my service would rewrite the URL and break itself. I’d navigate to “box.ip/immich” and immich would change the address to “box.ip/login” and hang.

    I’d need to learn how to have npm lock “box.ip/immich” and let immich append “/login”. I’ll leave my test VM up and just chip away at it. I think I need the “rewrite” flag but I’m getting dangerously close to just learning how to write an nginx config instead of having npm do it for me.

    Thanks again for the pointers





  • Oh, routing, I remember watching an “off site back up” video where they set up IP tables, or IP forwarding, or some such, so when their parents tried to access jellyfin locally it was routed over tailscale. Maybe I’m misremembering though, I’m not confident enough to start thinking about it seriously, so I logged it as “that’s possible” and moved on.

    That way I just have to keep one instance of jellyfin/immich/etc up to date. It’s all a bit beyond my ken currently but it’s the way I’m trying to head. At least until I learn a better way.

    Ideally, I give someone a pi all set up. They plug it in go to service.domain.xyz and it routes to me. Or even IP:Port would be fine, I’ll write them down and stick it to their fridge.

    My parents and I run each others’ off-site back up (tailscale-syncthing), but their photo and media services are independent from mine. I just back up their important data, and they return the favour, but we can’t access or share anything.

    Guides like yours are great for showing what’s possible. I often find myself not knowing what I don’t know so don’t really know where to start learning what I need to learn.


  • What a write up, thank you for documenting this.

    I understand a lot of people in this hobby do it professionally too, so a lot is assumed to be common knowledge us outsiders just don’t have.

    While my system of using tailscale’s magic dns to use lxc:port works fine for my fiancée and I, expanding this a family wide system would prove challenging.

    So this guide is next step. I could send my fiancée to <home.domain.xyz> and it’ll take her to homarr, or <jellyseerr.domain.xyz>

    The ultimate dream would be to give family members a pi zero and a <home.domain.xyz> and then run a family jellyfin/immich.