The RPI 4B installation plans are for an all ZFS implementation starting with the root directory of the install.Developer boards in industrial applicationsīoasting benefits such as a compact design, low power consumption and an affordable purchase price, developer boards are suitable for a wide range of projects. Any comments as to the probable success of a ZFS installation on a RPI 4B would be appreciated. This also means I will not be partitioning the drives into multiple hard sized partitions so there will be one pool of space for all ZFS subdirectories on a physical device. From my early looks at ZFS I will be able to fstab mount ZFS subdirectories for each of the jellyfin directories and it can appear to the system that nothing has been relocated from the root directory structure and standard directory locations. My next attempt will be on a RPI 4B where I plan to use ubuntu server and zfs. My current attempt in on a RPI 3b using ext4 mountpoints for hard sized usb drive partitions. I have seen references to environment variables to identify where they are moved, but I was hoping for a common process using the jellyfin web administration pages. Is the data directory a candidate to be relocated (/var/lib/jellyfin/data). It lists the log directory but I cannot determine how to inform jellyfin in the web admin that I have moved it. Question: Given the size and slowness of the sd card this generally gets installed upon why are there no instructions to relocate directories like the cache directory, the log directory, the metadata directory and the transcodes directory? The jellyfin web admin permits movement of three of those cache, metadata and transcodes. If you have any questions, please leave them in the comments! It’s also pretty cool to have this all running on a Raspberry Pi. It’s lightweight, has a bunch of great applications for your devices, and just works. Jellyfin on a Raspberry Pi is awesome for people who don’t have a NAS or device running 24/7. This tutorial showed how to setup Jellyfin on a Raspberry Pi. There are a bunch of settings that can be changed here. The setup process is now complete and your data will now sync! If you’d like to modify some of the admin settings, select Settings and then Dashboard under the admin section. If you’d like to access your data remotely, I suggest that you open the port directly on your router ( using a reverse proxy manager like nginx proxy manager would be even better) as opposed to using UPnP.ġ6. I highly suggest that you keep the second UPnP option deselected, as UPnP is an overall security risk. Select your preferred metadata settings and select Next.ġ5. Do steps 11 and 12 for all media types that you have and then select Next.ġ4. Make sure you pick the folder that is related to the content type you selected in the previous step!ġ3. In this section, you will need to select the folder that you mounted earlier. Select Add Media Library, enter the content type and then add a new folder.ġ2. You will now need to enter your media libraries. Enter a username and password and select Next.ġ1. You will be brought to the default Jellyfin page. Navigate to the IP address of your Raspberry Pi and port 8096 to access Jellyfin. sudo apt install apt-transport-httpsĮcho "deb $( awk -F'=' '/^ID=/' /etc/os-release ) main" | sudo tee /etc/apt//jellyfin.listĨ. Run the commands below, in order, and Jellyfin will be installed. Installing Jellyfin on a Raspberry Pi is very straight forward. When it boots back up, navigate to the folder that we mounted using the commands below and you should see your external hard drives files. It is also important to note that the “nofail” parameter allows you to boot the Raspberry Pi without the external hard drive attached – if this doesn’t exist, your Raspberry Pi will throw an error when the external hard drive is not connected and won’t boot. NOTE: You must “tab” between each block of text (each space below). Enter in the line exactly as shown (add your UUID and drive type) below and write out the file by pressing CTRL + O when complete. Run the command below and copy the UUID of the external hard drive. Find your external hard drive in this list. Run the command below to get the list of hard drives that we have attached to our Raspberry Pi. First, we will create a directory where the external hard drive can mount when our Raspberry Pi is booted. How to Setup Jellyfin on a Raspberry Piġ.
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