Samuele E. Locatelli
165 lines
4.7 KiB
Plaintext
165 lines
4.7 KiB
Plaintext
import java.util.Random
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// var Timer timer = null
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// val resList = newArrayList("640/480", "320/240", "480/360")
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// val urlList = newArrayList("https://www.fillmurray.com", "https://www.fillmurray.com/g",
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// "https://www.placecage.com", "https://www.placecage.com/c", "https://www.placecage.com/g")
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// val Random random = new Random()
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// /**
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// * This is a demo rule which simulates a real dimmer by reacting to increase/decrease commands
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// * and posting an updated state on the bus
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// */
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// rule "Dimmed Light"
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// when
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// Item DimmedLight received command
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// then
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// if ((receivedCommand == INCREASE) || (receivedCommand == DECREASE)) {
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// var Number percent = 0
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// if (DimmedLight.state instanceof DecimalType) percent = DimmedLight.state as DecimalType
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// if (receivedCommand == INCREASE) percent = percent + 5
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// if (receivedCommand == DECREASE) percent = percent - 5
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// if (percent < 0) percent = 0
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// if (percent > 100) percent = 100
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// postUpdate(DimmedLight, percent);
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// }
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// end
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// rule "Timer Demo"
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// when
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// Item Light_GF_Corridor_Ceiling received command
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// then
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// if (receivedCommand == ON) {
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// if (timer === null) {
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// // first ON command, so create a timer to turn the light off again
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// timer = createTimer(now.plusSeconds(10)) [|
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// sendCommand(Light_GF_Corridor_Ceiling, OFF)
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// ]
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// } else {
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// // subsequent ON command, so reschedule the existing timer
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// timer.reschedule(now.plusSeconds(10))
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// }
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// } else if (receivedCommand == OFF) {
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// // remove any previously scheduled timer
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// if (timer !== null) {
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// timer.cancel
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// timer = null
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// }
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// }
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// end
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// /**
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// * The following rules help initializing the demo items with some helpful states.
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// */
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// rule "Initialize light states"
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// when
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// System started
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// then
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// Lights?.members.forEach(light|
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// postUpdate(light, if (Math::random > 0.7) ON else OFF)
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// )
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// end
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// rule "Initialize heating states"
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// when
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// System started
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// then
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// Heating?.members.forEach(heating|
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// postUpdate(heating, if (Math::random > 0.8) ON else OFF)
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// )
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// postUpdate(Temperature_Setpoint, 22)
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// end
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// rule "Initialize contact states"
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// when
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// System started
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// then
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// Windows?.members.forEach(window|
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// postUpdate(window, if (Math::random > 0.5) OPEN else CLOSED)
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// )
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// end
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// rule "Initialize Location"
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// when
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// System started
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// then
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// DemoLocation.postUpdate(new PointType("52.5200066,13.4049540"))
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// end
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// rule "Set random room temperatures"
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// when
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// System started or
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// Time cron "0 0/5 * * * ?"
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// then
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// Temperature?.members.forEach(temperature|
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// postUpdate(temperature, 20.0 + (25.0 - (Math::random * 50.0).intValue) / 10.0)
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// )
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// end
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// rule "Set daily max and min temperature"
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// when
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// Item Weather_Temperature changed or
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// Time cron "0 0 0 * * ?" or
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// System started
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// then
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// val max = Weather_Temperature.maximumSince(now.withTimeAtStartOfDay)
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// val min = Weather_Temperature.minimumSince(now.withTimeAtStartOfDay)
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// if (max !== null && min !== null) {
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// postUpdate(Weather_Temp_Max, max.state)
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// postUpdate(Weather_Temp_Min, min.state)
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// }
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// end
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// // Creates an item that stores the last update time of this item
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// rule "Records last weather update time"
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// when
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// Item Weather_Temperature received update
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// then
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// postUpdate(Weather_LastUpdate, new DateTimeType())
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// end
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// rule "Set random wifi variations"
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// when
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// System started or
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// Time cron "/20 * * * * ?"
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// then
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// postUpdate(Wifi_Level, (Math::random * 4.0).intValue)
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// end
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// rule "Set random image URLs"
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// when
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// Time cron "/10 * * * * ?"
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// then
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// val url = urlList.get(random.nextInt(urlList.length))
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// val res = resList.get(random.nextInt(resList.length))
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// postUpdate(ImageURL, url + "/" + res)
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// end
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// rule "Volume"
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// when
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// Item Volume received command
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// then
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// if (receivedCommand instanceof PercentType) {
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// setMasterVolume(receivedCommand)
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// } else {
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// if (receivedCommand == INCREASE) increaseMasterVolume(20)
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// if (receivedCommand == DECREASE) decreaseMasterVolume(20)
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// }
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// end
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// rule "Select Radio Station"
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// when
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// Item Radio_Station received command
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// then
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// switch(receivedCommand) {
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// case 0 : playStream(null)
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// case 1 : playStream("http://metafiles.gl-systemhaus.de/hr/hr3_2.m3u")
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// case 2 : playStream("http://mp3-live.swr3.de/swr3_m.m3u")
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// }
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// end
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// vim: syntax=Xtend
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