Template:Installation

This template is expressly for the steps and processes of installing all the various ARR software on multiple different platforms

Template parameters

Parameter		Description	Type	Status
ARRNAME	ARRNAME	Name of the ARR Default Fake Radarr Example Radarr	String	required
RunArrCommandLinux	RunArrCommandLinux	Command to Start & Run ARR Linux Example ./opt/Radarr/Radarr -nobrowser -data=/home/radarr/.config/Radarr/	String	required
RunArrCommandOSX	RunArrCommandOSX	Command to Start & Run ARR OSX Example ./opt/Radarr/Radarr -nobrowser -data=/home/radarr/.config/Radarr/	String	required
ArrExecutableNameWin	ArrExecutableNameWin	Executable Name for Windows Example Radarr.exe	String	required
ArrDownloadLink	ArrDownloadLink	Link to the Arr Downloads	URL	required
ArrLinuxAutoStart	ArrLinuxAutoStart	Autostart file instructions	Unknown	required
ARRPORT	ARRPORT	Port number for the ARR Default 7878 Example Radarr: 7878, Sonarr: 8989, Lidarr: 8686, Readarr: 8787	Number	required
ARRNAME2	ARRNAME2	Used for lowercase ARR names, this is not a required field only used if needed Example radarr, sonarr, lidarr, readarr	String	optional

Installing

Linux

Debian / Ubuntu

Most of the "arr" software runs on mono, however newer version may run on .NET Core. If a .NET Core version is available, it will likely offer significant speed and resource enhancements.

Mono Install

Some "arr" software supports repository based automatic installs, and some must be installed manually. Repository installs will typically automatically install needed dependencies.

Repository Install

Sonarr:

sudo apt-key adv --keyserver keyserver.ubuntu.com --recv-keys 0xA236C58F409091A18ACA53CBEBFF6B99D9B78493
echo "deb http://apt.sonarr.tv/ master main" | sudo tee /etc/apt/sources.list.d/sonarr.list
sudo apt update
sudo apt install nzbdrone 

To start Sonarr, you need to call the mono executable:

/usr/bin/mono --debug /opt/NzbDrone/NzbDrone.exe

Manual Install

First start by installing the dependencies:

Mono:

sudo apt-key adv --keyserver hkp://keyserver.ubuntu.com:80 --recv-keys FA7E0328081BFF6A14DA29AA6A19B38D3D831EF
echo "deb https://download.mono-project.com/repo/ubuntu stable-focal main" | sudo tee /etc/apt/sources.list.d/mono-official-stable.list
sudo apt update && sudo apt install mono-devel

Curl

sudo apt install curl

Mediainfo:

sudo apt install mediainfo

sqlite3:

sudo apt install sqlite3

Now download the newest mono version release of {{{ARRNAME}}}:

wget --content-disposition '{{{ARRPackageFileMono}}}'

Uncompress:

tar -xvzf {{{ARRNAME}}}*.tar.gz

Move to your preferred install location (typically /opt/{{{ARRNAME}}}/

sudo mv {{{ARRNAME}}}/ /opt

Finally, make sure you grant the needed permission to your install directory:

sudo chown {{{ARRNAME2}}}:{{{ARRNAME2}}} /opt/{{{ARRNAME}}}

You can start {{{ARRNAME}}} with the following command:

/usr/bin/mono --debug /opt/{{{ARRNAME}}}/{{{ARRNAME}}}.exe -nobrowser

.NET Core Install

There are no dependencies needed for the .NET Core Install path.

Manual Install

Go to the {{{ARRNAME}}} download page, and pick the appropriate file. Note that only Radarr currently has a .NET Core install path right now.

In the example screenshot here, you can see multiple options. Choose the option that matches your OS and processor best. For most users, this would be .linux-core-x64.tar.gz if it is available.

Example of Radarr download options

Download this file onto your system: {{{ArrDownloadLink}}}

Radarr:

 wget --content-disposition 'http://radarr.servarr.com/v1/update/master/updatefile?os=linux&runtime=netcore&arch=x64'

Uncompress:

tar -xvzf {{{ARRNAME}}}*.linux-core-x64.tar.gz

Move to your preferred install location (typically /opt/{{{ARRNAME}}}/

sudo mv {{{ARRNAME}}}/ /opt

Finally, make sure you grant the needed permission to your install directory:

sudo chown {{{ARRNAME2}}}:{{{ARRNAME2}}} /opt/{{{ARRNAME}}}

You can start {{{ARRNAME}}} with the following command:

/opt/{{{ARRNAME}}}/{{{ARRNAME}}} -nobrowser

Auto Start Using Systemd

Most modern Linux distributions have switched to systemd, which involves a simple unit service file which gets enabled and started. It is important to remember that in Linux, capitalization matters. User account names and Group names are typically all lowercase, as are the directory structures mapped to them as part of the home directory.

Preparing the Unit Service File

Several items may need to be changed to match your installation:

1. User should match the service account that {{{ARRNAME2}}} will run as.
2. Group should match the service account group that {{{ARRNAME2}}} will run as.
3. ExecStart has several items that should match your installation /opt/{{{ARRNAME}}}/{{{ARRNAME}}}
   1. Executable Path Default location is /opt/{{{ARRNAME}}}/{{{ARRNAME}}}, but you may need to update if you installed {{{ARRNAME}}} elsewhere.
   2. Data Directory Default location is -data=/home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/, but you may need to update if you want to keep your database and settings elsewhere.
   3. Mono Path (if Mono is being used) Default location is /usr/bin/mono, but you may need to update if you installed Mono elsewhere.

The unit service file should be named {{{ARRNAME}}}.service and the best place for it is /etc/systemd/system/. Alternative locations like /usr/lib/systemd/system/ and /lib/systemd/system/ may depend on the distribution used.

This example unit assumes that the User and Group are both {{{ARRNAME2}}}, {{{ARRNAME}}}'s executable is placed in /opt/{{{ARRNAME}}}/, the data directory is placed in /home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}, and the Mono executable (if being used) is placed in /usr/bin/mono.

Important note: Both ExecStart lines are commented out below. Remove the # from the line matching your install type (Mono vs NetCore).

[Unit]
Description={{{ARRNAME}}} Daemon
After=syslog.target network.target

[Service]
# Change the user and group variables here.
User={{{ARRNAME2}}}
Group={{{ARRNAME2}}}

Type=simple

# NOTE: Uncomment one of the two below ExecStart lines, based on if {{{ARRNAME}}} is using NetCore or Mono.
# NetCore install:
#ExecStart=/opt/{{{ARRNAME}}}/{{{ARRNAME}}} -nobrowser -data=/home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/

# Mono Install:
#ExecStart=/usr/bin/mono --debug /opt/{{{ARRNAME}}}/{{{ARRNAME}}}.exe -nobrowser -data=/home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/

TimeoutStopSec=20
KillMode=process
Restart=on-failure

[Install]
WantedBy=multi-user.target

Verify Directory Permissions

Ensure the User that will be running {{{ARRNAME}}} has access to both the executable directory and data directory. Running the command ls -lad /directory/ will show the permissions for that folder. Example:

$ ls -lad /opt/{{{ARRNAME}}}
drwxr-xr-x 6 {{{ARRNAME2}}} {{{ARRNAME2}}} 24576 Nov 28 21:30 /opt/{{{ARRNAME}}}/
$ ls -lad /home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/
drwxr-xr-x 6 {{{ARRNAME2}}} {{{ARRNAME2}}} 24576 Nov 28 21:30 /home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/

Enabling and starting the Unit Service File

Once you have created {{{ARRNAME}}}.service, you will want to enable the service:

sudo systemctl enable {{{ARRNAME}}}.service

You are now ready to start {{{ARRNAME}}}. You can do so with the start command:

sudo systemctl start {{{ARRNAME}}}.service

If you want to verify {{{ARRNAME}}} is running, you can run the status command:

 $ sudo systemctl status {{{ARRNAME}}}.service
● {{{ARRNAME}}}.service - {{{ARRNAME}}}Service
   Loaded: loaded (/usr/lib/systemd/system/{{{ARRNAME}}}.service; enabled; vendor preset: disabled)
   Active: active (running) since Tue 2017-03-07 10:23:44 PST; 5min ago
 Main PID: 19978 ({{{ARRNAME}}})
    Tasks: 16 (limit: 4915)
   Memory: 114.6M
      CPU: 9.331s
   CGroup: /system.slice/{{{ARRNAME}}}.service
           └─19978 /opt/{{{ARRNAME}}}/{{{ARRNAME}}} -nobrowser -data=/home/{{{ARRNAME2}}}/.config/{{{ARRNAME}}}/
Mar 07 10:23:44 apollo systemd[1]: Started {{{ARRNAME}}} Service.

Docker on unRAID

• Installation of {{{ARRNAME}}} is quite simple when it comes to unRAID as they have made installing Docker containers a breeze.

1. Simply head on over to the community applications store on the top bar of your browser.
   

2. In the search field type in {{{ARRNAME}}}
   

3. Select which docker image you would like to install. There are several to choose from
   

 [[File:{{{ARRNAME}}}-unraid-install.png|frameless|none|750px|alt=Installation Options|Installation Options]]

4. Depending on which container you go with will determine the steps in which you take. Some containers come preloaded with volumes mapped already. This is really up to your liking how you would like your container volumes to be laid out. It is highly recommended to follow the guide listed here for your volume mapping
   

Depending on which container you select you may recieve a pop up asking you to Choose A Branch To Install when in doubt go with the Default :latest branch

5. Once you have selected which container you are going to go with, you will need to either create the volumes for {{{ARRNAME}}} to be able to use or simply use the pre-filled ones. (Highly recommended to remove the pre-filled and use your own, to remove the pre-filled ones).
   

To remove the pre-filled paths simply select the toggle in the upper right from Basic to Advanced view then scroll down to the pre-filled path and click Remove



1. To create new volumes simply select the Add another Path, Port, Variable, Label or Device text at the bottom above the Apply button.
   

2. Once the new window appears you will want to use the drop down box next to Config Type: and make sure that it is set to Path.
   

3. From here you will want to fill out all pertinant information:
   

1. Name: The name of this path, this can be any unique name more like a note to know what this path is for.
   

2. Container Path: This will be the path that {{{ARRNAME}}} will see inside the container /data is a favorite
   

3. Host Path: This is the path to the host (unRAID) machine, This will be /mnt/user/<Your User Share>
   

NOTE If you follow the Docker Guide you will only need one Volume path to be made as all information that {{{ARRNAME}}} will need will be in one share /mnt/user/data

4. The last three items Default Value:, Access Mode", and Description: Can be left alone.
   

5. Click ADD
   



4. Last thing to check is to make sure Host Port for {{{ARRPORT}}} is filled in with {{{ARRPORT}}}, UNLESS This port causes any conflicts with any other container. If it does please choose a different port that is not in use.
   

5. Click APPLY
   

6. Now the {{{ARRNAME}}}'s container is being downloaded, once complete simply click the OK button at the bottom of the new pop up window
   

7. Click DOCKER on the top row of your browser.
   

8. Now all you will need to do is simply left click on your newly created container and select WebUI.
   



9. Now a new browser tab should show up with {{{ARRNAME}}} running in all its glory. ENJOY