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/**
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* Copyright 2015 SmartThings
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*
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* Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except
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* in compliance with the License. You may obtain a copy of the License at:
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*
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* http://www.apache.org/licenses/LICENSE-2.0
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*
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* Unless required by applicable law or agreed to in writing, software distributed under the License is distributed
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* on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License
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* for the specific language governing permissions and limitations under the License.
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*
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*/
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metadata {
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definition (name: "재부재 센서", namespace: "smartthings", author: "김성훈") {
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capability "Tone"
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capability "Actuator"
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capability "Signal Strength"
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capability "Presence Sensor"
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capability "Sensor"
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capability "Battery"
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fingerprint profileId: "FC01", deviceId: "019A"
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fingerprint profileId: "FC01", deviceId: "0131", inClusters: "0000,0003", outClusters: "0003"
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fingerprint profileId: "FC01", deviceId: "0131", inClusters: "0000", outClusters: "0006"
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}
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simulator {
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status "present": "presence: 1"
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status "not present": "presence: 0"
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status "battery": "battery: 27, batteryDivisor: 0A, rssi: 100, lqi: 64"
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}
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preferences {
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section {
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image(name: 'educationalcontent', multiple: true, images: [
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"http://cdn.device-gse.smartthings.com/Arrival/Arrival1.jpg",
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"http://cdn.device-gse.smartthings.com/Arrival/Arrival2.jpg"
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])
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}
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}
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tiles {
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standardTile("presence", "device.presence", width: 2, height: 2, canChangeBackground: true) {
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state "present", labelIcon:"st.presence.tile.present", backgroundColor:"#53a7c0"
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state "not present", labelIcon:"st.presence.tile.not-present", backgroundColor:"#ebeef2"
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}
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standardTile("beep", "device.beep", decoration: "flat") {
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state "beep", label:'', action:"tone.beep", icon:"st.secondary.beep", backgroundColor:"#ffffff"
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}
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valueTile("battery", "device.battery", decoration: "flat", inactiveLabel: false) {
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state "battery", label:'${currentValue}% battery', unit:""/*, backgroundColors:[
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[value: 5, color: "#BC2323"],
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[value: 10, color: "#D04E00"],
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[value: 15, color: "#F1D801"],
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[value: 16, color: "#FFFFFF"]
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]*/
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}
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/*
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valueTile("lqi", "device.lqi", decoration: "flat", inactiveLabel: false) {
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state "lqi", label:'${currentValue}% signal', unit:""
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}
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*/
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main "presence"
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details(["presence", "beep", "battery"/*, "lqi"*/])
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}
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}
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def beep() {
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/*
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You can make the speaker turn on for 0.5-second beeps by sending some CLI commands:
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Command: send raw, wait 7, send raw, wait 7, send raw
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Future: new packet type "st.beep"
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raw 0xFC05 {15 0A 11 00 00 15 01}
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send 0x2F7F 2 2
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where "0xABCD" is the node ID of the Smart Tag, everything else above is a constant. Except
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the "15 01" at the end of the first raw command, that sets the speaker's period (reciprocal
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of frequency). You can play with this value up or down to experiment with loudness as the
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loudness will be strongly dependent upon frequency and the enclosure that it's in. Note that
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"15 01" represents the hex number 0x0115 so a lower frequency is "16 01" (longer period) and
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a higher frequency is "14 01" (shorter period). Note that since the tag only checks its parent
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for messages every 5 seconds (while at rest) or every 3 seconds (while in motion) it will take
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up to this long from the time you send the message to the time you hear a sound.
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*/
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[
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"raw 0xFC05 {15 0A 11 00 00 15 01}",
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"delay 7000",
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"raw 0xFC05 {15 0A 11 00 00 15 01}",
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"delay 7000",
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"raw 0xFC05 {15 0A 11 00 00 15 01}",
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"delay 7000",
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"raw 0xFC05 {15 0A 11 00 00 15 01}",
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"delay 7000",
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"raw 0xFC05 {15 0A 11 00 00 15 01}"
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]
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}
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def parse(String description) {
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def results
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if (isBatteryMessage(description)) {
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results = parseBatteryMessage(description)
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}
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else {
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results = parsePresenceMessage(description)
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}
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log.debug "Parse returned $results.descriptionText"
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results
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}
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private Map parsePresenceMessage(String description) {
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def name = parseName(description)
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def value = parseValue(description)
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def linkText = getLinkText(device)
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def descriptionText = parseDescriptionText(linkText, value, description)
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def handlerName = getState(value)
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def isStateChange = isStateChange(device, name, value)
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def results = [
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name: name,
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value: value,
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unit: null,
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linkText: linkText,
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descriptionText: descriptionText,
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handlerName: handlerName,
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isStateChange: isStateChange,
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displayed: displayed(description, isStateChange)
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]
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results
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}
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private String parseName(String description) {
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if (description?.startsWith("presence: ")) {
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return "presence"
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}
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null
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}
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private String parseValue(String description) {
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if (description?.startsWith("presence: "))
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{
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if (description?.endsWith("1"))
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{
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return "present"
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}
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else if (description?.endsWith("0"))
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{
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return "not present"
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}
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}
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description
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}
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private parseDescriptionText(String linkText, String value, String description) {
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switch(value) {
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case "present": return "$linkText has arrived"
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case "not present": return "$linkText has left"
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default: return value
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}
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}
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private getState(String value) {
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def state = value
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if (value == "present") {
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state = "arrived"
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}
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else if (value == "not present") {
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state = "left"
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}
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state
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}
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private Boolean isBatteryMessage(String description) {
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// "raw:36EF1C, dni:36EF, battery:1B, rssi:, lqi:"
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description ==~ /.*battery:.*rssi:.*lqi:.*/
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}
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private List parseBatteryMessage(String description) {
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def results = []
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def parts = description.split(',')
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parts.each { part ->
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part = part.trim()
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if (part.startsWith('battery:')) {
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def batteryResult = getBatteryResult(part, description)
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if (batteryResult) {
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results << batteryResult
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}
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}
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else if (part.startsWith('rssi:')) {
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def rssiResult = getRssiResult(part, description)
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if (rssiResult) {
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results << rssiResult
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}
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}
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else if (part.startsWith('lqi:')) {
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def lqiResult = getLqiResult(part, description)
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if (lqiResult) {
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results << lqiResult
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}
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}
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}
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results
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}
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private getBatteryResult(part, description) {
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def batteryDivisor = description.split(",").find {it.split(":")[0].trim() == "batteryDivisor"} ? description.split(",").find {it.split(":")[0].trim() == "batteryDivisor"}.split(":")[1].trim() : null
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def name = "battery"
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def value = zigbee.parseSmartThingsBatteryValue(part, batteryDivisor)
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def unit = "%"
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def linkText = getLinkText(device)
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def descriptionText = "$linkText battery was ${value}${unit}"
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def isStateChange = isStateChange(device, name, value)
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[
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name: name,
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value: value,
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unit: unit,
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linkText: linkText,
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descriptionText: descriptionText,
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handlerName: name,
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isStateChange: isStateChange,
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//displayed: displayed(description, isStateChange)
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displayed: false
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]
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}
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private getRssiResult(part, description) {
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def name = "rssi"
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def parts = part.split(":")
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if (parts.size() != 2) return null
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def valueString = parts[1].trim()
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def valueInt = Integer.parseInt(valueString, 16)
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def value = (valueInt - 128).toString()
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def linkText = getLinkText(device)
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def descriptionText = "$linkText was $value dBm"
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def isStateChange = isStateChange(device, name, value)
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[
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name: name,
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value: value,
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unit: "dBm",
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linkText: linkText,
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descriptionText: descriptionText,
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handlerName: null,
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isStateChange: isStateChange,
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//displayed: displayed(description, isStateChange)
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displayed: false
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]
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}
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/**
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* Use LQI (Link Quality Indicator) as a measure of signal strength. The values
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* are 0 to 255 (0x00 to 0xFF) and higher values represent higher signal
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* strength. Return as a percentage of 255.
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*
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* Note: To make the signal strength indicator more accurate, we could combine
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* LQI with RSSI.
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*/
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private getLqiResult(part, description) {
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def name = "lqi"
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def parts = part.split(":")
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if (parts.size() != 2) return null
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def valueString = parts[1].trim()
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def valueInt = Integer.parseInt(valueString, 16)
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def percentageOf = 255
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def value = Math.round((valueInt / percentageOf * 100)).toString()
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def unit = "%"
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def linkText = getLinkText(device)
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def descriptionText = "$linkText Signal (LQI) was ${value}${unit}"
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def isStateChange = isStateChange(device, name, value)
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[
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name: name,
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value: value,
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unit: unit,
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linkText: linkText,
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descriptionText: descriptionText,
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handlerName: null,
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isStateChange: isStateChange,
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//displayed: displayed(description, isStateChange)
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displayed: false
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]
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}
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