Installation on Raspberry Pi
You will find here the documentation to install Jeedom on a raspberry PI with a MiroSD card.. There are 2 modes :
- Automatic (beta) : use of the image for Raspberry Pi made by Jeedom with Jeedom preinstalled on it
- Command line : manual installation of Jeedom from Raspberry Pi OS
Important
Debian 10 (Buster) is the officially supported distribution.
Automatic installation
Download the latest image
You find the images here
Important
There are 2 images : jeedom-debian-XXXX-rpi-X.X.XX.zip which is in 32bits, it is compatible with Raspberry PI models of generation 2 and 3 and jeedom-debian-XXXX-rpi-64-X.X.XX.zip which is in 64bits, it is compatible only for Raspberry Pi4 and is in alpha (not recommended).
Raspberry Pi imager allows you to directly download the installation image of Raspberry Pi OS, in its most recent version.
Burn this image on a MicroSD card with Raspberry Pi imager for example
You can download it here
Start the PI
Insert your MicroSD card, connect the network cable and connect the power.
Important
On first boot, the Raspberry Pi may be slow as it resizes the partition to match your MicroSD card size. In addition, once the first start is made, it is advisable to restart again so that the Swap is of correct size.
Il vous suffit ensuite, dethen votre navigateur, de saisir : http://IP_RPI/ (en remplaçant IP_RPI par l’ip de votre Raspberry Pi).
Information
The default SSH login credentials are : jeedom and Mjeedom96 for the password
Then you can follow the documentation First step with Jeedom
Command line installation
Download the latest “lite” image”
Raspberry Pi imager allows you to directly download the installation image of Raspberry Pi OS, in its most recent version.
Burn this image on a MiroSD card with Raspberry Pi imager for example
NOTE
If you use Etcher to burn your image, the decompression step is useless (Zip format recognized directly in the selection of the image file).
Enable SSH access
Warning
For security reasons, SSH access is no longer enabled by default on this distribution. So you have to activate it.
An empty ssh file must be created on the boot partition (the only one accessible under windows).
Just right click : new / text document and rename it to “ssh” without extension
Important
Under Windows, in Explorer, you must therefore check your settings in display / options / modify the folder and search options /
Start the Raspberry Pi
Insert your MicroSD card, connect the network cable and connect the power.
Connect in SSH
Identify your Raspberry Pi on the network
You need to know the IP address of your Raspberry PI. Many solutions :
- Consult the DHCP configuration in your router
- Use a port scanner such as “Angry IP Scanner” here
Establish connection
Then use for example PuTTY to establish your connection Here
Enter the IP address of your Raspberry Pi (here 192.168.0.10) and click on open. Accept the default security message on first login.
Log in with credentials pi / raspberry
Important
For security reasons, it is imperative to change the default password. Cases of hacking based on the use of the default login / password pair of the Raspberry Pi are particularly widespread. (Command : passwd and sudo passwd)
Launch the jeedom installation script
wget -O- https://raw.githubusercontent.com/jeedom/core/master/install/install.sh | sudo bash
The sudo password is also raspberry
NOTE
Depending on your internet speed, the installation can take 45 to 90 minutes. You must not interrupt the process before the end. Otherwise, you will have to repeat the entire procedure.
Then just go to IP_MACHINE_JEEDOM
NOTE
The default credentials are admin / admin
NOTE
The following arguments can be used : -w = webserver folder -z = installation dependencies z-wave -m = desired mysql root password
./install.sh -w /var/www/html -z
System optimization
If you use your Raspberry Pi for Jeedom without a screen connected, it is recommended to allocate the minimum of RAM to the video part.
Just log in SSH and modify the config file : sudo nano /boot/config.txt
Add and or De-comment (by removing the #) and or Edit the lines :
gpu_mem=16
disable_l2cache=0
gpu_freq=250
Quit by saving : CTRL+X then O then ENTER
Reboot your Raspberry Pi
Then you can follow the documentation First step with Jeedom