#Sonarr raspberry pi 3 how to
#Sonarr raspberry pi 3 install
#Sonarr raspberry pi 3 skin
#Sonarr raspberry pi 3 code

#Sonarr raspberry pi 3 install

Quick and dirty with only 1 vpn server in /etc/openvpn: $ sudo apt install openvpn service file that can use your vpn server. ovpn) file in /etc/openvpn, test it with your intended user ( pi:pi, vpnuser:nogroup, or whatever), create a systemd. Basically: configure/download your server config (.

#Sonarr raspberry pi 3 how to

You didn't ask how to do this, but I'll skim over it anyway as most users will want to do it at this point in the process. May want to enable the mail server so it yells at you when it has to do this. Tadaa, now you don't have to risk corrupting hours of work when your Pi hangs by pulling the power cord - it will reboot itself. service, as I may have changed other stuff (can't remember): ĮxecStartPre=/bin/sh -c ' || /sbin/modprobe $watchdog_module'ĮxecStart=/bin/sh -c ' || exec /usr/sbin/watchdog $watchdog_options'ĮxecStopPost=/bin/sh -c ' || false' $ sudo vi /lib/systemd/system/rviceĬhange the WantedBy field to multi-user.target. $ sudo echo 'bcm2835_wdt' | sudo tee /etc/modules-load.d/bcm2835_wdt.conf conf without the other stuff: max-load-1 = 24 lines is uncommented, as well as watchdog-device, realtime, and priority. Tadaa, you have a terrible swap space to compensate for terrible programs. # $sudo sysctl vm=swappiness=15 cat /proc/sys/vm/swappiness There are great tutorials on how to do this but here is the quick and dirty: $ sudo dphys-swapfile swapoffĬomment out every active line, add the following to the end, then save and exit ( :wq): # Expanding normal swap file from 100MB to 500MB. On the RPi3 it is labeled ' bcm2835-wdt'. Bump swap to 512MB so it has a chance of recovering on its own, turn down swappiness to 5-30 (default 60 for raspian 4.14.30-v7+ #1102 mine is okay at 30 - Radarr needs a lot of memory at the moment due to a memory leak bug, and I'd rather have the Pi use swap for a few weeks until it is patched than fight with it), then turn on and configure the watchdog. Using swap on flash devices like a microSD card or USB key isn't recommended because it wears them out and it's slow, but it's better than having it crash and not noticing until a week later when you can't watch Matlock. Your Pi, especially if you're testing different power supplies, cords, and attached loads (e.g.

It's slower (single thread), and it works. When I set this up there was a bug using NFS, so I swapped to CIFS. If you see the ~2X speed increase of moving these volumes to a USB port on the Pi as a meaningful difference then you should not be using a Pi, use a docker container on a NAS or other server that has access to gigabit Ethernet, x86, and multiple GB RAM.

#Sonarr raspberry pi 3 skin

Yeah, the Pi is slow, getting 3-10MB/s (2-6mins/GB) between these external drives (100Mbit Ethernet), but it's no skin off your back as you don't have to deal with it. Reliability went way up by having a different piece of hardware manage the drive(s) - in my case, my temporary torrent download target is a 1TB SSD plugged into a USB port on the NAS, and finished torrents are moved to the NAS volume where Sonarr/Radarr/CP/etc deals with them. I found that even with an external power supply, plugging USB SSDs into the Pi gave inconsistent results. This means a rock solid usb power supply, a good microSD card, a good USB stick (for '/'), and whatever you're using for external storage. As it is, it's good enough to leave as-is for at least another few months.

I'll say right away that although I now this working well, I really like the idea of using Docker instead of direct installs as it would allow me to move the containers to new hardware, should the system need it (note: it needs it), without going through the process again.

#Sonarr raspberry pi 3 code

Do not setup VirtualBox or do the first batch of code ( # The basics, # User experience, # Optional clients).īefore all that, however, it's important to make sure your Pi is up to the tasks by setting up external storage and moving the root filesystem off of the microSD card.