We configure the openHAB2 automation platform.
To run the platform server, you must have java.
$ sudo apt-get install oracle-java8-jdk
First we will load the installation packages.
$ sudo mkdir /opt/openhab2 $ cd /opt/openhab2 $ sudo wget https://dl.bintray.com/openhab/mvn/org/openhab/distro/openhab/2.0.0/openhab-2.0.0.zip $ sudo unzip openhab-2.0.0.zip
The add-on package is now installed directly from the platform interface. For initial configuration, you must run the server startup.
$ sudo ./start.sh
If the automation platform starts successfully, the openHAB console appears.
Launching the openHAB runtime...
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/_/ 2.0.0
Release Build
Hit '' for a list of available commands
and '[cmd] --help' for help on a specific command.
Hit '' or type 'system:shutdown' or 'logout' to shutdown openHAB.
openhab>
Launch the browser and specify the address of the openHAB server http: //a.b.c.d: 8080.
The initial system installation window opens. We select the recommended installation "Standart".
After the installation is complete, go to the configuration interface "PAPER UI"
Choose the menu "Add-ons" and install the necessary add-ons.
Create a configuration file for information sources.
$ sudo nano conf/things/_default.things
Thing exec:command:devrm_t [command="/opt/broadlink/temp.py", interval=60, timeout=5] Thing exec:command:devrm_a [command="/opt/broadlink/send.py /opt/broadlink/code/rm1_a", interval=0, timeout=2, autorun=false] Thing exec:command:devrm_d [command="/opt/broadlink/send.py /opt/broadlink/code/rm1_d", interval=0, timeout=2, autorun=false]
Create a device configuration file.
$ sudo nano conf/items/_default.items
String devrm_t "Temp RM2 [%s °C]" {channel="exec:command:devrm_t:output"}
Switch devrm_a {channel="exec:command:devrm_a:run"}
Switch devrm_d {channel="exec:command:devrm_d:run"}
Number Temp_period
Create the UI configuration file.
$ sudo nano conf/sitemaps/_default.sitemap
sitemap default label="My Smart Home" {
Frame label="Smart Switch" {
Text item=devrm_t icon="temperature"
Switch item=devrm_a label="Button A" icon="switch" mappings=["ON"="A"]
Switch item=devrm_d label="Button D" icon="switch" mappings=["ON"="D"]
}
Frame label="Temp Chart" {
Selection item=Temp_period icon="chart" label="Period" mappings=["0"="8 hours", "1"="Day", "2"="3 days", "3"="Week"]
Image url="http://10.0.1.12:8080/rrdchart.png?items=devrm_t&period=8h" visibility=[Temp_period==0]
Image url="http://10.0.1.12:8080/rrdchart.png?items=devrm_t&period=24h" visibility=[Temp_period==1]
Image url="http://10.0.1.12:8080/rrdchart.png?items=devrm_t&period=3D" visibility=[Temp_period==2]
Image url="http://10.0.1.12:8080/rrdchart.png?items=devrm_t&period=W" visibility=[Temp_period==3]
}
}
Create a configuration file for the storage system.
$ sudo nano configurations/persistence/rrd4j.persist
Strategies {
everyMinute : "0 * * * * ?"
default = everyChange
}
Items {
devrm_t : strategy = everyChange, everyMinute, restoreOnStartup
}
Configuring and adding openHAB 2 to the system startup.
Create a service start script.
$ sudo nano /lib/systemd/system/openhab2.service
[Unit] Description=The openHAB 2 Home Automation Bus Solution Documentation=http://docs.openhab.org Wants=network-online.target After=network-online.target [Service] Type=simple User=root Group=root GuessMainPID=yes WorkingDirectory=/opt/openhab2 #EnvironmentFile=/etc/default/openhab2 ExecStart=/opt/openhab2/start.sh server ExecStop=/bin/kill -SIGINT $MAINPID Restart=on-failure [Install] WantedBy=multi-user.target
Save the script and add it to the system startup.
sudo systemctl daemon-reload sudo systemctl enable openhab2.service
Reboot the system. After rebooting in the browser, open the address http://a.b.c.d:8080, where a.b.c.d is the IP address of Raspberry Pi. Go to the "BASIC UI" configuration interface. If everything is configured correctly, we will see the openHAB2 user interface that we configured.
Do not forget to install the official openHAB mobile application on your mobile device on Android or iOS.
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