This repository contains java projects to setup a simple SmartHome. The java-based application runs for example on a rasperry pi and controlls the music-player (mplayer) or controlls switches by sending codes by the gpios of the raspi to a 433 MHz sender. The SmartHome is configured by a xml-file that contains all controllable units.
The java application requires a xml-file. The xml defines the SmartHome and contains all controllable units. The following listing shows an example xml-configuration.
<?xml version="1.0"?> <SmartHome> <!-- Define the port of the web-interface --> <ControlCenter port="5061"> <!-- The optionally ground plot is used by the android-client --> <!-- The client visualizes the SmartHome in an opengl-scene--> <GroundPlot> <Wall> <Point x="0" y="0" z="0"/> <Point x="0" y="0" z="5"/> <Point x="5" y="0" z="5"/> <Point x="5" y="0" z="0"/> </Wall> <Wall> <Point x="0" y="0" z="0"/> <Point x="0" y="0" z="5"/> <Point x="0" y="5" z="5"/> <Point x="0" y="5" z="0"/> </Wall> </GroundPlot> <!-- Scripts are used to define events for any trigger --> <Script trigger="trigger.light"> <Event unitID="switch.light1"> <Parameter key="state" value="on"/> </Event> <Event unitID="switch.light2"> <Parameter key="state" value="on"/> </Event> </Script> <!-- Define jobs by the cron syntax. They can call any trigger --> <TimeTrigger cronjob="30 6 * * *"> <Trigger triggerID="trigger.light"/> </TimeTrigger> </ControlCenter> <!-- List of internet switches --> <!-- The family-code and switch-number indicates a 433MHz rc switch --> <!-- Setting the switch requires a 433MHz sender connected to the raspi gpios --> <InternetSwitch id="switch.light1" familyCode="11111" switchNumber="3" name="Livingroom" x="1.5" y="0.5" z="0" type="floorlamp" readonly="false"/> <InternetSwitch id="switch.light2" familyCode="11111" switchNumber="2" name="Bedroom" x="0.5" y="3.5" z="0" type="floorlamp" readonly="false"/> <!-- Define a media-server that supports file-browsing and playlists --> <!-- Requires mplayer or omxplayer to play any music or video file --> <MediaServer id="media.living" location="/media/hdd/" playlistLocation="/media/hdd/.pls/" type="remote" name="Wohnzimmer" x="2.5" y="0.5" z="1.5" thumbnailWorker="false"/> <!-- Define any command-line action --> <!-- This example starts the kodi media-server --> <!-- The client-action is used for the android-client to start the kodi remote control --> <CommandAction id="action.kodi" name="Kodi" type="Execute Kodi media server" command="/usr/bin/kodi-standalone" clientAction="yatse://command/show/remote" thumbnail="/home/pi/kodi.png" logFile="/home/pi/Logs/kodi.log" x="0.5" y="0.5" z="1.5"/> <!-- Define access by managed users--> <!-- A user can be admin witch allows access to everything --> <User avatar="" id="1333524613105917070" name="admin" password="secure" role="ADMIN"/> <!-- The normal user has the role USER and has no access by default --> <User avatar="" id="2601749788507583561" name="Anonymous" password="anon" role="USER"/> <!-- A UnitAccess allows the given user to access the defined unit --> <UnitAccess unit="switch.light1" user="2601749788507583561"/> <UnitAccess unit="media.living" user="2601749788507583561"/> <!-- The web-api requires a session-token for each call --> <!-- The following two sessions define a token for the admin and one for the user --> <Session id="2265740024538433441" token="admin_token" user="1333524613105917070"/> <Session id="1351990467740299448" token="user_token" user="2601749788507583561"/> </SmartHome>The android client visualizes and controlls the SmartHome application. The example-configuration looks like the following screenshot.
