/**
* Copyright 2020 Markus Liljergren (https://oh-lalabs.com)
*
* Version: v1.0.1.1123
*
* This program is free software: you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation, either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see .
*
* NOTE: This is an auto-generated file and most comments have been removed!
*
*/
// BEGIN:getDefaultImports()
import groovy.json.JsonSlurper
import groovy.json.JsonOutput
import java.security.MessageDigest
// END: getDefaultImports()
import hubitat.helper.HexUtils
metadata {
definition (name: "Zigbee - Xiaomi/Aqara Contact Sensor", namespace: "oh-lalabs.com", author: "Markus Liljergren", filename: "zigbee-xiaomi-aqara-contact-sensor", importUrl: "https://raw.githubusercontent.com/markus-li/Hubitat/release/drivers/expanded/zigbee-xiaomi-aqara-contact-sensor-expanded.groovy") {
// BEGIN:getDefaultMetadataCapabilitiesForZigbeeDevices()
capability "Sensor"
capability "PresenceSensor"
capability "Initialize"
capability "Refresh"
// END: getDefaultMetadataCapabilitiesForZigbeeDevices()
capability "Battery"
capability "ContactSensor"
// BEGIN:getDefaultMetadataAttributes()
attribute "driver", "string"
// END: getDefaultMetadataAttributes()
// BEGIN:getMetadataAttributesForLastCheckin()
attribute "lastCheckin", "Date"
attribute "lastCheckinEpoch", "number"
attribute "notPresentCounter", "number"
attribute "restoredCounter", "number"
// END: getMetadataAttributesForLastCheckin()
// BEGIN:getZigbeeBatteryMetadataAttributes()
attribute "batteryLastReplaced", "String"
// END: getZigbeeBatteryMetadataAttributes()
attribute "lastHoldEpoch", "String"
attribute "lastOpened", "String"
attribute "lastClosed", "String"
// BEGIN:getZigbeeBatteryCommands()
command "resetBatteryReplacedDate"
// END: getZigbeeBatteryCommands()
// BEGIN:getCommandsForPresence()
command "resetRestoredCounter"
// END: getCommandsForPresence()
// BEGIN:getCommandsForZigbeePresence()
command "forceRecoveryMode", [[name:"Minutes*", type: "NUMBER", description: "Maximum minutes to run in Recovery Mode"]]
// END: getCommandsForZigbeePresence()
command "resetToOpen"
command "resetToClosed"
fingerprint deviceJoinName: "Xiaomi Contact Sensor (MCCGQ01LM)", model: "lumi.sensor_magnet", profileId: "0104", deviceId: "0104", inClusters: "0000,0003,FFFF,0019", outClusters: "0000,0004,0003,0006,0008,0005,0019", manufacturer: "LUMI"
fingerprint deviceJoinName: "Aqara Contact Sensor (MCCGQ11LM)", model: "lumi.sensor_magnet.aq2", profileId: "0104", deviceId: "5F01", inClusters: "0000,0003,FFFF,0006", outClusters: "0000,0004,FFFF", manufacturer: "LUMI"
fingerprint model:"lumi.magnet.agl02", manufacturer:"LUMI", profileId:"0104", endpointId:"01", inClusters:"0000,0003,0500,0001", outClusters:"0019", application:"1C"
}
preferences {
// BEGIN:getDefaultMetadataPreferences(includeCSS=True, includeRunReset=False)
input(name: "debugLogging", type: "bool", title: styling_getLogo() + styling_addTitleDiv("Enable debug logging"), description: "" + styling_getDefaultCSS(), defaultValue: false, submitOnChange: true, displayDuringSetup: false, required: false)
input(name: "infoLogging", type: "bool", title: styling_addTitleDiv("Enable info logging"), description: "", defaultValue: true, submitOnChange: true, displayDuringSetup: false, required: false)
// END: getDefaultMetadataPreferences(includeCSS=True, includeRunReset=False)
// BEGIN:getMetadataPreferencesForLastCheckin()
input(name: "lastCheckinEnable", type: "bool", title: styling_addTitleDiv("Enable Last Checkin Date"), description: styling_addDescriptionDiv("Records Date events if enabled"), defaultValue: true)
input(name: "lastCheckinEpochEnable", type: "bool", title: styling_addTitleDiv("Enable Last Checkin Epoch"), description: styling_addDescriptionDiv("Records Epoch events if enabled"), defaultValue: false)
input(name: "presenceEnable", type: "bool", title: styling_addTitleDiv("Enable Presence"), description: styling_addDescriptionDiv("Enables Presence to indicate if the device has sent data within the last 3 hours (REQUIRES at least one of the Checkin options to be enabled)"), defaultValue: true)
input(name: "presenceWarningEnable", type: "bool", title: styling_addTitleDiv("Enable Presence Warning"), description: styling_addDescriptionDiv("Enables Presence Warnings in the Logs (default: true)"), defaultValue: true)
// END: getMetadataPreferencesForLastCheckin()
// BEGIN:getMetadataPreferencesForRecoveryMode(defaultMode="Normal")
input(name: "recoveryMode", type: "enum", title: styling_addTitleDiv("Recovery Mode"), description: styling_addDescriptionDiv("Select Recovery mode type (default: Normal)
NOTE: The \"Insane\" and \"Suicidal\" modes may destabilize your mesh if run on more than a few devices at once!"), options: ["Disabled", "Slow", "Normal", "Insane", "Suicidal"], defaultValue: "Normal")
// END: getMetadataPreferencesForRecoveryMode(defaultMode="Normal")
// BEGIN:getMetadataPreferencesForZigbeeDevicesWithBattery()
input(name: "vMinSetting", type: "decimal", title: styling_addTitleDiv("Battery Minimum Voltage"), description: styling_addDescriptionDiv("Voltage when battery is considered to be at 0% (default = 2.5V)"), defaultValue: "2.5", range: "2.1..2.8")
input(name: "vMaxSetting", type: "decimal", title: styling_addTitleDiv("Battery Maximum Voltage"), description: styling_addDescriptionDiv("Voltage when battery is considered to be at 100% (default = 3.0V)"), defaultValue: "3.0", range: "2.9..3.4")
// END: getMetadataPreferencesForZigbeeDevicesWithBattery()
// BEGIN:getDefaultMetadataPreferencesForContactSensor()
input(name: "invertContact", type: "bool", title: styling_addTitleDiv("Invert open/close"), description: styling_addDescriptionDiv("When open show as closed and vice versa (default: false)"), defaultValue: false)
input(name: "btnDevice1", type: "enum", title: styling_addTitleDiv("Child Device for the contact sensor"),
description: styling_addDescriptionDiv("Create a child device for the contact sensor. If changing from Button to Switch or vice versa you need to delete the child device manually for the change to work."),
options: ["None", "1 virtual button", "1 virtual switch", "1 virtual momentary switch"], defaultValue: "None")
input(name: "switchMirror", type: "bool", title: styling_addTitleDiv("Switch Mirrors open/close"), description: styling_addDescriptionDiv("Switch mirrors the Open(On) / Closed(Off) state (default: false)"), defaultValue: false)
input(name: "logOpenCloseDatetime", type: "bool", title: styling_addTitleDiv("Log Open/Close Time"), description: styling_addDescriptionDiv("Logs the date and time of when the last Open/Closed event occured (default: false)"), defaultValue: false)
// END: getDefaultMetadataPreferencesForContactSensor()
}
}
// BEGIN:getDeviceInfoFunction()
String getDeviceInfoByName(infoName) {
Map deviceInfo = ['name': 'Zigbee - Xiaomi/Aqara Contact Sensor', 'namespace': 'oh-lalabs.com', 'author': 'Markus Liljergren', 'filename': 'zigbee-xiaomi-aqara-contact-sensor', 'importUrl': 'https://raw.githubusercontent.com/markus-li/Hubitat/release/drivers/expanded/zigbee-xiaomi-aqara-contact-sensor-expanded.groovy']
return(deviceInfo[infoName])
}
// END: getDeviceInfoFunction()
/* These functions are unique to each driver */
ArrayList refresh() {
logging("refresh() model='${getDeviceDataByName('model')}'", 10)
getDriverVersion()
configurePresence()
startCheckEventInterval()
resetBatteryReplacedDate(forced=false)
setLogsOffTask(noLogWarning=true)
state.remove("prefsSetCount")
String model = setCleanModelName(newModelToSet=null, acceptedModels=[
"lumi.magnet.agl02",
"lumi.sensor_magnet.aq2",
"lumi.sensor_magnet.agl01",
"lumi.sensor_magnet"
])
if(model == "lumi.magnet.agl02") {
logging("T1 Sensor Init", 100)
bindAndRetrieveT1SensorData()
}
ArrayList cmd = []
//logging("refresh cmd: $cmd", 0)
/* refreshEvents() just sends all current states again, it's a hack for HubConnect */
refreshEvents()
return cmd
}
void bindAndRetrieveT1SensorData() {
ArrayList cmd = []
String endpoint = '01'
cmd += ["zdo bind ${device.deviceNetworkId} 0x$endpoint 0x01 0x0003 {${device.zigbeeId}} {}", "delay 187",]
cmd += ["zdo bind ${device.deviceNetworkId} 0x$endpoint 0x01 0x0500 {${device.zigbeeId}} {}", "delay 188",]
cmd += ["he cr 0x${device.deviceNetworkId} ${endpointId} 0x0001 0 0x10 0 0xE10 {}", "delay 189"]
cmd += zigbee.readAttribute(0x0500, 0x0000)
sendZigbeeCommands(cmd)
}
void initialize() {
logging("initialize()", 100)
unschedule()
refresh()
}
void installed() {
logging("installed()", 100)
refresh()
}
void updated() {
logging("updated()", 100)
createAllButtonChildren()
refresh()
}
boolean isKnownModel() {
switch(getDeviceDataByName('model')) {
case "lumi.sensor_magnet":
case "lumi.sensor_magnet.aq2":
return true
break
default:
return false
}
}
ArrayList parse(String description) {
// BEGIN:getGenericZigbeeParseHeader(loglevel=1)
logging("PARSE START---------------------", 1)
logging("Parsing: '${description}'", 1)
ArrayList cmd = []
Map msgMap = null
if(description.indexOf('encoding: 4C') >= 0) {
msgMap = zigbee.parseDescriptionAsMap(description.replace('encoding: 4C', 'encoding: F2'))
msgMap = unpackStructInMap(msgMap)
} else if(description.indexOf('attrId: FF01, encoding: 42') >= 0) {
msgMap = zigbee.parseDescriptionAsMap(description.replace('encoding: 42', 'encoding: F2'))
msgMap["encoding"] = "41"
msgMap["value"] = parseXiaomiStruct(msgMap["value"], isFCC0=false, hasLength=true)
} else {
if(description.indexOf('encoding: 42') >= 0) {
List values = description.split("value: ")[1].split("(?<=\\G..)")
String fullValue = values.join()
Integer zeroIndex = values.indexOf("01")
if(zeroIndex > -1) {
//logging("zeroIndex: $zeroIndex, fullValue: $fullValue, string: ${values.take(zeroIndex).join()}", 0)
msgMap = zigbee.parseDescriptionAsMap(description.replace(fullValue, values.take(zeroIndex).join()))
values = values.drop(zeroIndex + 3)
msgMap["additionalAttrs"] = [
["encoding": "41",
"value": parseXiaomiStruct(values.join(), isFCC0=false, hasLength=true)]
]
} else {
msgMap = zigbee.parseDescriptionAsMap(description)
}
} else {
msgMap = zigbee.parseDescriptionAsMap(description)
}
if(msgMap.containsKey("encoding") && msgMap.containsKey("value") && msgMap["encoding"] != "41" && msgMap["encoding"] != "42") {
msgMap["valueParsed"] = zigbee_generic_decodeZigbeeData(msgMap["value"], msgMap["encoding"])
}
if(msgMap == [:] && description.indexOf("zone") == 0) {
msgMap["type"] = "zone"
java.util.regex.Matcher zoneMatcher = description =~ /.*zone.*status.*0x(?([0-9a-fA-F][0-9a-fA-F])+).*extended.*status.*0x(?([0-9a-fA-F][0-9a-fA-F])+).*/
if(zoneMatcher.matches()) {
msgMap["parsed"] = true
msgMap["status"] = zoneMatcher.group("status")
msgMap["statusInt"] = Integer.parseInt(msgMap["status"], 16)
msgMap["statusExtended"] = zoneMatcher.group("statusExtended")
msgMap["statusExtendedInt"] = Integer.parseInt(msgMap["statusExtended"], 16)
} else {
msgMap["parsed"] = false
}
}
}
logging("msgMap: ${msgMap}", 1)
// END: getGenericZigbeeParseHeader(loglevel=1)
logging("msgMap: ${msgMap}", 100)
switch(msgMap["cluster"] + '_' + msgMap["attrId"]) {
case "0000_FF01":
case "0000_FF02":
if(msgMap["encoding"] == "4C") {
logging("KNOWN event (Xiaomi/Aqara specific data structure with battery data - 4C - hourly checkin) - description:${description} | parseMap:${msgMap}", 100)
parseAndSendBatteryStatus(msgMap['value'][1] / 1000.0)
sendOpenCloseEvent(msgMap['value'][0], sendAsStateChange=false, sendDatetimeEvent=false)
if(getDeviceDataByName('model') == "lumi.sensor_magnet.aq2") {
logging("Sending request to cluster 0x0000 for attribute 0x0005 (response to attrId: 0x${msgMap["attrId"]}) 1", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
} else {
logging("Sending request to cluster 0x0000 for attribute 0x0005 (response to attrId: 0x${msgMap["attrId"]}) 1", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
}
} else if(msgMap["encoding"] == "41" || msgMap["encoding"] == "42") {
if(msgMap["encoding"] == "42") {
msgMap = zigbee.parseDescriptionAsMap(description.replace('encoding: 42', 'encoding: 41'))
msgMap["value"] = parseXiaomiStruct(msgMap["value"], isFCC0=false)
}
logging("KNOWN event (Xiaomi/Aqara specific data structure with battery data - 42) - description:${description} | parseMap:${msgMap}", 1)
if(msgMap["value"].containsKey("battery")) {
parseAndSendBatteryStatus(msgMap["value"]["battery"] / 1000.0)
}
if(msgMap["value"].containsKey("openClose")) {
sendOpenCloseEvent(msgMap["value"]["openClose"], sendAsStateChange=false, sendDatetimeEvent=false)
}
if(getDeviceDataByName('model') == "lumi.sensor_magnet.aq2") {
logging("Sending request to cluster 0x0000 for attribute 0x0005 (response to attrId: 0x${msgMap["attrId"]}) 1", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
} else {
logging("Sending request to cluster 0x0000 for attribute 0x0005 (response to attrId: 0x${msgMap["attrId"]}) 1", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
}
} else {
log.warn "Unhandled Event PLEASE REPORT TO DEV - description:${description} | msgMap:${msgMap}"
}
break
case "0000_0004":
logging("Manufacturer Name Received (from readAttribute command) - description:${description} | parseMap:${msgMap}", 1)
sendZigbeeCommands(zigbee.readAttribute(0x0006, 0x0000))
break
case "0000_0005":
if(msgMap.containsKey("additionalAttrs") && msgMap["additionalAttrs"][0]["encoding"] == "42") {
//logging("Redoing the parsing for additionalAttrs", 0)
msgMap = zigbee.parseDescriptionAsMap(description.replace('01FF42', '01FF41'))
msgMap["additionalAttrs"][0]["encoding"] = "42"
msgMap["additionalAttrs"][0]["value"] = parseXiaomiStruct(msgMap["additionalAttrs"][0]["value"], isFCC0=msgMap["additionalAttrs"][0]["attrId"]=="FCC0")
}
logging("Reset button pressed/message requested by hourly checkin - description:${description} | parseMap:${msgMap}", 100)
if(msgMap.containsKey("additionalAttrs") && msgMap["additionalAttrs"][0]["encoding"] == "42") {
Map value = msgMap["additionalAttrs"][0]["value"]
if(value.containsKey("battery")) {
parseAndSendBatteryStatus(value["battery"] / 1000.0)
}
if(value.containsKey("openClose")) {
sendOpenCloseEvent(value["openClose"], sendAsStateChange=false, sendDatetimeEvent=false)
}
}
model = setCleanModelName(newModelToSet=msgMap["value"])
if(model == "lumi.sensor_magnet") {
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0xFF02, [mfgCode: "0x115F"]))
}
refresh()
break
case "0006_0000":
sendOpenCloseEvent(Integer.parseInt(msgMap['value'], 16) == 1, sendAsStateChange=true, sendDatetimeEvent=true)
break
default:
switch(msgMap["clusterId"]) {
case "0006":
logging("0006 CLUSTER EVENT - description:${description} | parseMap:${msgMap}", 100)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
break
case "0013":
logging("MULTISTATE CLUSTER EVENT - description:${description} | parseMap:${msgMap}", 100)
if(getDeviceDataByName('model') == "lumi.magnet.agl02") {
logging("T1 Motion Sensor Init", 100)
bindAndRetrieveT1SensorData()
}
break
case "8004":
//logging("BROADCAST EVENT 8004 - description:${description} | parseMap:${msgMap}", 0)
break
case "8021":
case "8032":
//logging("General catchall - description:${description} | parseMap:${msgMap}", 0)
break
default:
log.warn "Unhandled Event PLEASE REPORT TO DEV - description:${description} | msgMap:${msgMap}"
break
}
break
}
if(hasCorrectCheckinEvents(maximumMinutesBetweenEvents=90) == false) {
List restoreCmd = zigbeeReadAttribute(CLUSTER_BASIC, 0x0004, [:], delay=71)
logging("Restoring bind settings", 100)
restoreCmd += ["zdo bind ${device.deviceNetworkId} 0x01 0x01 0x0006 {${device.zigbeeId}} {}", "delay 72",]
restoreCmd += ["zdo bind ${device.deviceNetworkId} 0x01 0x01 0x0000 {${device.zigbeeId}} {}", "delay 73",]
sendZigbeeCommands(restoreCmd)
}
sendlastCheckinEvent(minimumMinutesToRepeat=30)
// BEGIN:getGenericZigbeeParseFooter(loglevel=0)
//logging("PARSE END-----------------------", 0)
msgMap = null
return cmd
// END: getGenericZigbeeParseFooter(loglevel=0)
}
void recoveryEventDeviceSpecific() {
logging("recoveryEventDeviceSpecific() Contact", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0004))
}
/**
* --------- WRITE ATTRIBUTE METHODS ---------
*/
/**
* --------- READ ATTRIBUTE METHODS ---------
*/
/**
* -----------------------------------------------------------------------------
* Everything below here are LIBRARY includes and should NOT be edited manually!
* -----------------------------------------------------------------------------
* --- Nothings to edit here, move along! --------------------------------------
* -----------------------------------------------------------------------------
*/
// BEGIN:getDefaultFunctions()
private String getDriverVersion() {
comment = "Works with models MCCGQ01LM & MCCGQ11LM."
if(comment != "") state.comment = comment
String version = "v1.0.1.1123"
logging("getDriverVersion() = ${version}", 100)
sendEvent(name: "driver", value: version)
updateDataValue('driver', version)
return version
}
// END: getDefaultFunctions()
// BEGIN:getLoggingFunction()
private boolean logging(message, level) {
boolean didLogging = false
Integer logLevelLocal = 0
if (infoLogging == null || infoLogging == true) {
logLevelLocal = 100
}
if (debugLogging == true) {
logLevelLocal = 1
}
if (logLevelLocal != 0){
switch (logLevelLocal) {
case 1:
if (level >= 1 && level < 99) {
log.debug "$message"
didLogging = true
} else if (level == 100) {
log.info "$message"
didLogging = true
}
break
case 100:
if (level == 100 ) {
log.info "$message"
didLogging = true
}
break
}
}
return didLogging
}
// END: getLoggingFunction()
// BEGIN:getHelperFunctions('zigbee-generic')
private getCLUSTER_BASIC() { 0x0000 }
private getCLUSTER_POWER() { 0x0001 }
private getCLUSTER_WINDOW_COVERING() { 0x0102 }
private getCLUSTER_WINDOW_POSITION() { 0x000d }
private getCLUSTER_ON_OFF() { 0x0006 }
private getBASIC_ATTR_POWER_SOURCE() { 0x0007 }
private getPOWER_ATTR_BATTERY_PERCENTAGE_REMAINING() { 0x0021 }
private getPOSITION_ATTR_VALUE() { 0x0055 }
private getCOMMAND_OPEN() { 0x00 }
private getCOMMAND_CLOSE() { 0x01 }
private getCOMMAND_PAUSE() { 0x02 }
private getENCODING_SIZE() { 0x39 }
void updateNeededSettings() {
}
void refreshEvents() {
}
ArrayList zigbeeCommand(Integer cluster, Integer command, Map additionalParams, int delay = 201, String... payload) {
ArrayList cmd = zigbee.command(cluster, command, additionalParams, delay, payload)
cmd[0] = cmd[0].replace('0xnull', '0x01')
return cmd
}
ArrayList zigbeeCommand(Integer cluster, Integer command, int delay = 202, String... payload) {
ArrayList cmd = zigbee.command(cluster, command, [:], delay, payload)
cmd[0] = cmd[0].replace('0xnull', '0x01')
return cmd
}
ArrayList zigbeeCommand(Integer endpoint, Integer cluster, Integer command, int delay = 203, String... payload) {
zigbeeCommand(endpoint, cluster, command, [:], delay, payload)
}
ArrayList zigbeeCommand(Integer endpoint, Integer cluster, Integer command, Map additionalParams, int delay = 204, String... payload) {
String mfgCode = ""
if(additionalParams.containsKey("mfgCode")) {
mfgCode = " {${HexUtils.integerToHexString(HexUtils.hexStringToInt(additionalParams.get("mfgCode")), 2)}}"
}
String finalPayload = payload != null && payload != [] ? payload[0] : ""
String cmdArgs = "0x${device.deviceNetworkId} 0x${HexUtils.integerToHexString(endpoint, 1)} 0x${HexUtils.integerToHexString(cluster, 2)} " +
"0x${HexUtils.integerToHexString(command, 1)} " +
"{$finalPayload}" +
"$mfgCode"
ArrayList cmd = ["he cmd $cmdArgs", "delay $delay"]
return cmd
}
ArrayList zigbeeWriteAttribute(Integer cluster, Integer attributeId, Integer dataType, Integer value, Map additionalParams = [:], int delay = 199) {
ArrayList cmd = zigbee.writeAttribute(cluster, attributeId, dataType, value, additionalParams, delay)
cmd[0] = cmd[0].replace('0xnull', '0x01')
return cmd
}
ArrayList zigbeeWriteAttribute(Integer endpoint, Integer cluster, Integer attributeId, Integer dataType, Integer value, Map additionalParams = [:], int delay = 198) {
logging("zigbeeWriteAttribute()", 1)
String mfgCode = ""
if(additionalParams.containsKey("mfgCode")) {
mfgCode = " {${HexUtils.integerToHexString(HexUtils.hexStringToInt(additionalParams.get("mfgCode")), 2)}}"
}
String wattrArgs = "0x${device.deviceNetworkId} $endpoint 0x${HexUtils.integerToHexString(cluster, 2)} " +
"0x${HexUtils.integerToHexString(attributeId, 2)} " +
"0x${HexUtils.integerToHexString(dataType, 1)} " +
"{${HexUtils.integerToHexString(value, 1)}}" +
"$mfgCode"
ArrayList cmd = ["he wattr $wattrArgs", "delay $delay"]
logging("zigbeeWriteAttribute cmd=$cmd", 1)
return cmd
}
ArrayList zigbeeReadAttribute(Integer cluster, Integer attributeId, Map additionalParams = [:], int delay = 205) {
ArrayList cmd = zigbee.readAttribute(cluster, attributeId, additionalParams, delay)
cmd[0] = cmd[0].replace('0xnull', '0x01')
return cmd
}
ArrayList zigbeeReadAttribute(Integer endpoint, Integer cluster, Integer attributeId, int delay = 206) {
ArrayList cmd = ["he rattr 0x${device.deviceNetworkId} ${endpoint} 0x${HexUtils.integerToHexString(cluster, 2)} 0x${HexUtils.integerToHexString(attributeId, 2)} {}", "delay $delay"]
return cmd
}
ArrayList zigbeeWriteLongAttribute(Integer cluster, Integer attributeId, Integer dataType, Long value, Map additionalParams = [:], int delay = 207) {
return zigbeeWriteLongAttribute(1, cluster, attributeId, dataType, value, additionalParams, delay)
}
ArrayList zigbeeWriteLongAttribute(Integer endpoint, Integer cluster, Integer attributeId, Integer dataType, Long value, Map additionalParams = [:], int delay = 208) {
logging("zigbeeWriteLongAttribute()", 1)
String mfgCode = ""
if(additionalParams.containsKey("mfgCode")) {
mfgCode = " {${HexUtils.integerToHexString(HexUtils.hexStringToInt(additionalParams.get("mfgCode")), 2)}}"
}
String wattrArgs = "0x${device.deviceNetworkId} $endpoint 0x${HexUtils.integerToHexString(cluster, 2)} " +
"0x${HexUtils.integerToHexString(attributeId, 2)} " +
"0x${HexUtils.integerToHexString(dataType, 1)} " +
"{${Long.toHexString(value)}}" +
"$mfgCode"
ArrayList cmd = ["he wattr $wattrArgs", "delay $delay"]
logging("zigbeeWriteLongAttribute cmd=$cmd", 1)
return cmd
}
void sendZigbeeCommand(String cmd) {
logging("sendZigbeeCommand(cmd=$cmd)", 1)
sendZigbeeCommands([cmd])
}
void sendZigbeeCommands(ArrayList cmd) {
logging("sendZigbeeCommands(cmd=$cmd)", 1)
hubitat.device.HubMultiAction allActions = new hubitat.device.HubMultiAction()
cmd.each {
allActions.add(new hubitat.device.HubAction(it, hubitat.device.Protocol.ZIGBEE))
}
sendHubCommand(allActions)
}
String setCleanModelName(String newModelToSet=null, List acceptedModels=null) {
String model = newModelToSet != null ? newModelToSet : getDeviceDataByName('model')
model = model == null ? "null" : model
String newModel = model.replaceAll("[^A-Za-z0-9.\\-_ ]", "")
boolean found = false
if(acceptedModels != null) {
acceptedModels.each {
if(found == false && newModel.startsWith(it) == true) {
newModel = it
found = true
}
}
}
logging("dirty model = $model, clean model=$newModel", 1)
updateDataValue('model', newModel)
return newModel
}
void resetBatteryReplacedDate(boolean forced=true) {
if(forced == true || device.currentValue('batteryLastReplaced') == null) {
sendEvent(name: "batteryLastReplaced", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
}
}
void parseAndSendBatteryStatus(BigDecimal vCurrent) {
BigDecimal vMin = vMinSetting == null ? 2.5 : vMinSetting
BigDecimal vMax = vMaxSetting == null ? 3.0 : vMaxSetting
BigDecimal bat = 0
if(vMax - vMin > 0) {
bat = ((vCurrent - vMin) / (vMax - vMin)) * 100.0
} else {
bat = 100
}
bat = bat.setScale(0, BigDecimal.ROUND_HALF_UP)
bat = bat > 100 ? 100 : bat
vCurrent = vCurrent.setScale(3, BigDecimal.ROUND_HALF_UP)
logging("Battery event: $bat% (V = $vCurrent)", 1)
sendEvent(name:"battery", value: bat, unit: "%", isStateChange: false)
}
Map unpackStructInMap(Map msgMap, String originalEncoding="4C") {
msgMap['encoding'] = originalEncoding
List values = msgMap['value'].split("(?<=\\G..)")
logging("unpackStructInMap() values=$values", 1)
Integer numElements = Integer.parseInt(values.take(2).reverse().join(), 16)
values = values.drop(2)
List r = []
Integer cType = null
List ret = null
while(values != []) {
cType = Integer.parseInt(values.take(1)[0], 16)
values = values.drop(1)
ret = zigbee_generic_convertStructValueToList(values, cType)
r += ret[0]
values = ret[1]
}
if(r.size() != numElements) throw new Exception("The STRUCT specifies $numElements elements, found ${r.size()}!")
msgMap['value'] = r
return msgMap
}
Map parseXiaomiStruct(String xiaomiStruct, boolean isFCC0=false, boolean hasLength=false) {
Map tags = [
'01': 'battery',
'03': 'deviceTemperature',
'04': 'unknown1',
'05': 'RSSI_dB',
'06': 'LQI',
'07': 'unknown2',
'08': 'unknown3',
'09': 'unknown4',
'0A': 'routerid',
'0B': 'unknown5',
'0C': 'unknown6',
'6429': 'temperature',
'6410': 'openClose',
'6420': 'curtainPosition',
'6521': 'humidity',
'6510': 'switch2',
'66': 'pressure',
'6E': 'unknown10',
'6F': 'unknown11',
'95': 'consumption',
'96': 'voltage',
'98': 'power',
'9721': 'gestureCounter1',
'9739': 'consumption',
'9821': 'gestureCounter2',
'9839': 'power',
'99': 'gestureCounter3',
'9A21': 'gestureCounter4',
'9A20': 'unknown7',
'9A25': 'accelerometerXYZ',
'9B': 'unknown9',
]
if(isFCC0 == true) {
tags['05'] = 'numBoots'
tags['6410'] = 'onOff'
tags['95'] = 'current'
}
List values = xiaomiStruct.split("(?<=\\G..)")
if(hasLength == true) values = values.drop(1)
Map r = [:]
r["raw"] = [:]
String cTag = null
String cTypeStr = null
Integer cType = null
String cKey = null
List ret = null
while(values != []) {
cTag = values.take(1)[0]
values = values.drop(1)
cTypeStr = values.take(1)[0]
cType = Integer.parseInt(cTypeStr, 16)
values = values.drop(1)
if(tags.containsKey(cTag+cTypeStr)) {
cKey = tags[cTag+cTypeStr]
} else if(tags.containsKey(cTag)) {
cKey = tags[cTag]
} else {
cKey = "unknown${cTag}${cTypeStr}"
log.warn("PLEASE REPORT TO DEV - The Xiaomi Struct used an unrecognized tag: 0x$cTag (type: 0x$cTypeStr) (struct: $xiaomiStruct)")
}
ret = zigbee_generic_convertStructValue(r, values, cType, cKey, cTag)
r = ret[0]
values = ret[1]
}
return r
}
Map parseAttributeStruct(List data, boolean hasLength=false) {
Map tags = [
'0000': 'ZCLVersion',
'0001': 'applicationVersion',
'0002': 'stackVersion',
'0003': 'HWVersion',
'0004': 'manufacturerName',
'0005': 'dateCode',
'0006': 'modelIdentifier',
'0007': 'powerSource',
'0010': 'locationDescription',
'0011': 'physicalEnvironment',
'0012': 'deviceEnabled',
'0013': 'alarmMask',
'0014': 'disableLocalConfig',
'4000': 'SWBuildID',
]
List values = data
if(hasLength == true) values = values.drop(1)
Map r = [:]
r["raw"] = [:]
String cTag = null
String cTypeStr = null
Integer cType = null
String cKey = null
List ret = null
while(values != []) {
cTag = values.take(2).reverse().join()
values = values.drop(2)
values = values.drop(1)
cTypeStr = values.take(1)[0]
cType = Integer.parseInt(cTypeStr, 16)
values = values.drop(1)
if(tags.containsKey(cTag+cTypeStr)) {
cKey = tags[cTag+cTypeStr]
} else if(tags.containsKey(cTag)) {
cKey = tags[cTag]
} else {
throw new Exception("The Xiaomi Struct used an unrecognized tag: 0x$cTag (type: 0x$cTypeStr)")
}
ret = zigbee_generic_convertStructValue(r, values, cType, cKey, cTag)
r = ret[0]
values = ret[1]
}
return r
}
def zigbee_generic_decodeZigbeeData(String value, String cTypeStr, boolean reverseBytes=true) {
List values = value.split("(?<=\\G..)")
values = reverseBytes == true ? values.reverse() : values
Integer cType = Integer.parseInt(cTypeStr, 16)
Map rMap = [:]
rMap['raw'] = [:]
List ret = zigbee_generic_convertStructValue(rMap, values, cType, "NA", "NA")
return ret[0]["NA"]
}
List zigbee_generic_convertStructValueToList(List values, Integer cType) {
Map rMap = [:]
rMap['raw'] = [:]
List ret = zigbee_generic_convertStructValue(rMap, values, cType, "NA", "NA")
return [ret[0]["NA"], ret[1]]
}
List zigbee_generic_convertStructValue(Map r, List values, Integer cType, String cKey, String cTag) {
String cTypeStr = cType != null ? integerToHexString(cType, 1) : null
switch(cType) {
case 0x10:
r["raw"][cKey] = values.take(1)[0]
r[cKey] = Integer.parseInt(r["raw"][cKey], 16) != 0
values = values.drop(1)
break
case 0x18:
case 0x20:
r["raw"][cKey] = values.take(1)[0]
r[cKey] = Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(1)
break
case 0x19:
case 0x21:
r["raw"][cKey] = values.take(2).reverse().join()
r[cKey] = Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(2)
break
case 0x1A:
case 0x22:
r["raw"][cKey] = values.take(3).reverse().join()
r[cKey] = Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(3)
break
case 0x1B:
case 0x23:
r["raw"][cKey] = values.take(4).reverse().join()
r[cKey] = Long.parseLong(r["raw"][cKey], 16)
values = values.drop(4)
break
case 0x1C:
case 0x24:
r["raw"][cKey] = values.take(5).reverse().join()
r[cKey] = Long.parseLong(r["raw"][cKey], 16)
values = values.drop(5)
break
case 0x1D:
case 0x25:
r["raw"][cKey] = values.take(6).reverse().join()
r[cKey] = Long.parseLong(r["raw"][cKey], 16)
values = values.drop(6)
break
case 0x1E:
case 0x26:
r["raw"][cKey] = values.take(7).reverse().join()
r[cKey] = Long.parseLong(r["raw"][cKey], 16)
values = values.drop(7)
break
case 0x1F:
case 0x27:
r["raw"][cKey] = values.take(8).reverse().join()
r[cKey] = new BigInteger(r["raw"][cKey], 16)
values = values.drop(8)
break
case 0x28:
r["raw"][cKey] = values.take(1).reverse().join()
r[cKey] = convertToSignedInt8(Integer.parseInt(r["raw"][cKey], 16))
values = values.drop(1)
break
case 0x29:
r["raw"][cKey] = values.take(2).reverse().join()
r[cKey] = (Integer) (short) Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(2)
break
case 0x2B:
r["raw"][cKey] = values.take(4).reverse().join()
r[cKey] = (Integer) Long.parseLong(r["raw"][cKey], 16)
values = values.drop(4)
break
case 0x30:
r["raw"][cKey] = values.take(1)[0]
r[cKey] = Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(1)
break
case 0x31:
r["raw"][cKey] = values.take(2).reverse().join()
r[cKey] = Integer.parseInt(r["raw"][cKey], 16)
values = values.drop(2)
break
case 0x39:
r["raw"][cKey] = values.take(4).reverse().join()
r[cKey] = parseSingleHexToFloat(r["raw"][cKey])
values = values.drop(4)
break
case 0x42:
Integer strLength = Integer.parseInt(values.take(1)[0], 16)
values = values.drop(1)
r["raw"][cKey] = values.take(strLength)
r[cKey] = r["raw"][cKey].collect {
(char)(int) Integer.parseInt(it, 16)
}.join()
values = values.drop(strLength)
break
default:
throw new Exception("The Struct used an unrecognized type: $cTypeStr ($cType) for tag 0x$cTag with key $cKey (values: $values, map: $r)")
}
return [r, values]
}
ArrayList zigbeeWriteHexStringAttribute(Integer cluster, Integer attributeId, Integer dataType, String value, Map additionalParams = [:], int delay = 209) {
logging("zigbeeWriteBigIntegerAttribute()", 1)
String mfgCode = ""
if(additionalParams.containsKey("mfgCode")) {
mfgCode = " {${integerToHexString(HexUtils.hexStringToInt(additionalParams.get("mfgCode")), 2, reverse=true)}}"
}
String wattrArgs = "0x${device.deviceNetworkId} 0x01 0x${HexUtils.integerToHexString(cluster, 2)} " +
"0x${HexUtils.integerToHexString(attributeId, 2)} " +
"0x${HexUtils.integerToHexString(dataType, 1)} " +
"{${value.split("(?<=\\G..)").reverse().join()}}" +
"$mfgCode"
ArrayList cmd = ["he wattr $wattrArgs", "delay $delay"]
logging("zigbeeWriteBigIntegerAttribute cmd=$cmd", 1)
return cmd
}
ArrayList zigbeeReadAttributeList(Integer cluster, List attributeIds, Map additionalParams = [:], int delay = 211) {
logging("zigbeeReadAttributeList()", 1)
String mfgCode = "0000"
if(additionalParams.containsKey("mfgCode")) {
mfgCode = "${integerToHexString(HexUtils.hexStringToInt(additionalParams.get("mfgCode")), 2, reverse=true)}"
log.error "Manufacturer code support is NOT implemented!"
}
List attributeIdsString = []
attributeIds.each { attributeIdsString.add(integerToHexString(it, 2, reverse=true)) }
logging("attributeIds=$attributeIds, attributeIdsString=$attributeIdsString", 100)
String rattrArgs = "0x${device.deviceNetworkId} 1 0x01 0x${integerToHexString(cluster, 2)} " +
"{000000${attributeIdsString.join()}}"
ArrayList cmd = ["he raw $rattrArgs", "delay $delay"]
logging("zigbeeWriteLongAttribute cmd=$cmd", 1)
return cmd
}
Float parseSingleHexToFloat(String singleHex) {
return Float.intBitsToFloat(Long.valueOf(singleHex, 16).intValue())
}
Integer convertToSignedInt8(Integer signedByte) {
Integer sign = signedByte & (1 << 7)
return (signedByte & 0x7f) * (sign != 0 ? -1 : 1)
}
Integer parseIntReverseHex(String hexString) {
return Integer.parseInt(hexString.split("(?<=\\G..)").reverse().join(), 16)
}
Long parseLongReverseHex(String hexString) {
return Long.parseLong(hexString.split("(?<=\\G..)").reverse().join(), 16)
}
String integerToHexString(BigDecimal value, Integer minBytes, boolean reverse=false) {
return integerToHexString(value.intValue(), minBytes, reverse=reverse)
}
String integerToHexString(Integer value, Integer minBytes, boolean reverse=false) {
if(reverse == true) {
return HexUtils.integerToHexString(value, minBytes).split("(?<=\\G..)").reverse().join()
} else {
return HexUtils.integerToHexString(value, minBytes)
}
}
String bigIntegerToHexString(BigInteger value, Integer minBytes, boolean reverse=false) {
if(reverse == true) {
return value.toString(16).reverse().join()
} else {
return String.format("%0${minBytes*2}x", value)
}
}
BigInteger hexStringToBigInteger(String hexString, boolean reverse=false) {
if(reverse == true) {
return new BigInteger(hexString.split("(?<=\\G..)").reverse().join(), 16)
} else {
return new BigInteger(hexString, 16)
}
}
Integer miredToKelvin(Integer mired) {
Integer t = mired
if(t < 153) t = 153
if(t > 500) t = 500
t = Math.round(1000000/t)
if(t > 6536) t = 6536
if(t < 2000) t = 2000
return t
}
Integer kelvinToMired(Integer kelvin) {
Integer t = kelvin
if(t > 6536) t = 6536
if(t < 2000) t = 2000
t = Math.round(1000000/t)
if(t < 153) t = 153
if(t > 500) t = 500
return t
}
Integer getMaximumMinutesBetweenEvents(BigDecimal forcedMinutes=null) {
Integer mbe = null
if(forcedMinutes == null && (state.forcedMinutes == null || state.forcedMinutes == 0)) {
mbe = MINUTES_BETWEEN_EVENTS == null ? 90 : MINUTES_BETWEEN_EVENTS
} else {
mbe = forcedMinutes != null ? forcedMinutes.intValue() : state.forcedMinutes.intValue()
}
return mbe
}
void reconnectEvent(BigDecimal forcedMinutes=null) {
recoveryEvent(forcedMinutes)
}
void disableRecoveryDueToBug() {
log.warn("Stopping Recovery feature due to Platform bug! Disabling the feature in Preferences. To use it again when the platform is stable, Enable it in Device Preferences.")
unschedule('recoveryEvent')
unschedule('reconnectEvent')
device.updateSetting('recoveryMode', 'Disabled')
}
void recoveryEvent(BigDecimal forcedMinutes=null) {
try {
recoveryEventDeviceSpecific()
} catch(Exception e) {
logging("recoveryEvent()", 1)
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0004))
}
try {
checkPresence(displayWarnings=false)
Integer mbe = getMaximumMinutesBetweenEvents(forcedMinutes=forcedMinutes)
if(hasCorrectCheckinEvents(maximumMinutesBetweenEvents=mbe, displayWarnings=false) == true) {
if(presenceWarningEnable == null || presenceWarningEnable == true) log.warn("Event interval normal, recovery mode DEACTIVATED!")
unschedule('recoveryEvent')
unschedule('reconnectEvent')
}
} catch(Exception e) {
disableRecoveryDueToBug()
}
}
void scheduleRecoveryEvent(BigDecimal forcedMinutes=null) {
Random rnd = new Random()
switch(recoveryMode) {
case "Suicidal":
schedule("${rnd.nextInt(15)}/15 * * * * ? *", 'recoveryEvent')
break
case "Insane":
schedule("${rnd.nextInt(30)}/30 * * * * ? *", 'recoveryEvent')
break
case "Slow":
schedule("${rnd.nextInt(59)} ${rnd.nextInt(3)}/3 * * * ? *", 'recoveryEvent')
break
case null:
case "Normal":
default:
schedule("${rnd.nextInt(59)} ${rnd.nextInt(2)}/2 * * * ? *", 'recoveryEvent')
break
}
recoveryEvent(forcedMinutes=forcedMinutes)
}
void checkEventInterval(boolean displayWarnings=true) {
logging("recoveryMode: $recoveryMode", 1)
if(recoveryMode == "Disabled") {
unschedule('checkEventInterval')
} else {
prepareCounters()
Integer mbe = getMaximumMinutesBetweenEvents()
try {
if(hasCorrectCheckinEvents(maximumMinutesBetweenEvents=mbe) == false) {
recoveryMode = recoveryMode == null ? "Normal" : recoveryMode
if(displayWarnings == true && (presenceWarningEnable == null || presenceWarningEnable == true)) log.warn("Event interval INCORRECT, recovery mode ($recoveryMode) ACTIVE! If this is shown every hour for the same device and doesn't go away after three times, the device has probably fallen off and require a quick press of the reset button or possibly even re-pairing. It MAY also return within 24 hours, so patience MIGHT pay off.")
scheduleRecoveryEvent()
}
} catch(Exception e) {
disableRecoveryDueToBug()
}
sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0004))
}
}
void startCheckEventInterval() {
logging("startCheckEventInterval()", 1)
if(recoveryMode != "Disabled") {
logging("Recovery feature ENABLED", 100)
Random rnd = new Random()
schedule("${rnd.nextInt(59)} ${rnd.nextInt(59)}/59 * * * ? *", 'checkEventInterval')
checkEventInterval(displayWarnings=true)
} else {
logging("Recovery feature DISABLED", 100)
unschedule('checkEventInterval')
unschedule('recoveryEvent')
unschedule('reconnectEvent')
}
}
void forceRecoveryMode(BigDecimal minutes) {
minutes = minutes == null || minutes < 0 ? 0 : minutes
Integer minutesI = minutes.intValue()
logging("forceRecoveryMode(minutes=$minutesI) ", 1)
if(minutesI == 0) {
disableForcedRecoveryMode()
} else if(hasCorrectCheckinEvents(maximumMinutesBetweenEvents=minutesI) == false) {
recoveryMode = recoveryMode == null ? "Normal" : recoveryMode
if(presenceWarningEnable == null || presenceWarningEnable == true) log.warn("Forced recovery mode ($recoveryMode) ACTIVATED!")
state.forcedMinutes = minutes
runIn(minutesI * 60, 'disableForcedRecoveryMode')
scheduleRecoveryEvent(forcedMinutes=minutes)
} else {
log.warn("Forced recovery mode NOT activated since we already have a checkin event during the last $minutesI minute(s)!")
}
}
void disableForcedRecoveryMode() {
state.forcedMinutes = 0
unschedule('recoveryEvent')
unschedule('reconnectEvent')
if(presenceWarningEnable == null || presenceWarningEnable == true) log.warn("Forced recovery mode DEACTIVATED!")
}
void updateManufacturer(String manfacturer) {
if(getDataValue("manufacturer") == null) {
updateDataValue("manufacturer", manfacturer)
}
}
void updateApplicationId(String application) {
if(getDataValue("application") == null) {
updateDataValue("application", application)
}
}
Integer retrieveEndpointId() {
String endpointIdRaw = getDataValue("endpointId")
BigDecimal endpointId = endpointIdRaw == null ? 1 : hexStringToBigInteger(endpointIdRaw)
return endpointId.intValue()
}
Map parseSimpleDescriptorData(List data) {
Map d = [:]
if(data[1] == "00") {
d["nwkAddrOfInterest"] = data[2..3].reverse().join()
Integer ll = Integer.parseInt(data[4], 16)
d["endpointId"] = data[5]
d["profileId"] = data[6..7].reverse().join()
d["applicationDevice"] = data[8..9].reverse().join()
d["applicationVersion"] = data[10]
Integer icn = Integer.parseInt(data[11], 16)
Integer pos = 12
Integer cPos = null
d["inClusters"] = ""
if(icn > 0) {
(1..icn).each() {b->
cPos = pos+((b-1)*2)
d["inClusters"] += data[cPos..cPos+1].reverse().join()
if(b < icn) {
d["inClusters"] += ","
}
}
}
pos += icn*2
Integer ocn = Integer.parseInt(data[pos], 16)
pos += 1
d["outClusters"] = ""
if(ocn > 0) {
(1..ocn).each() {b->
cPos = pos+((b-1)*2)
d["outClusters"] += data[cPos..cPos+1].reverse().join()
if(b < ocn) {
d["outClusters"] += ","
}
}
}
logging("d=$d, ll=$ll, icn=$icn, ocn=$ocn", 1)
} else {
log.warn("Incorrect Simple Descriptor Data received: $data")
}
return d
}
void updateDataFromSimpleDescriptorData(List data) {
Map sdi = parseSimpleDescriptorData(data)
if(sdi != [:]) {
updateDataValue("endpointId", sdi['endpointId'])
updateDataValue("profileId", sdi['profileId'])
updateDataValue("inClusters", sdi['inClusters'])
updateDataValue("outClusters", sdi['outClusters'])
getInfo(true, sdi)
} else {
log.warn("No VALID Simple Descriptor Data received!")
}
sdi = null
}
void getInfo(boolean ignoreMissing=false, Map sdi = [:]) {
log.debug("Getting info for Zigbee device...")
String endpointId = device.getEndpointId()
endpointId = endpointId == null ? getDataValue("endpointId") : endpointId
String profileId = getDataValue("profileId")
String inClusters = getDataValue("inClusters")
String outClusters = getDataValue("outClusters")
String model = getDataValue("model")
String manufacturer = getDataValue("manufacturer")
String application = getDataValue("application")
if(sdi != [:]) {
endpointId = endpointId == null ? sdi['endpointId'] : endpointId
profileId = profileId == null ? sdi['profileId'] : profileId
inClusters = inClusters == null ? sdi['inClusters'] : inClusters
outClusters = outClusters == null ? sdi['outClusters'] : outClusters
sdi = null
}
String extraFingerPrint = ""
boolean missing = false
String requestingFromDevice = ", requesting it from the device. If it is a sleepy device you may have to wake it up and run this command again. Run this command again to get the new fingerprint."
if(ignoreMissing==true) {
requestingFromDevice = ". Try again."
}
if(manufacturer == null) {
missing = true
log.warn("Manufacturer name is missing for the fingerprint$requestingFromDevice")
if(ignoreMissing==false) sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0004))
}
log.trace("Manufacturer: $manufacturer")
if(model == null) {
missing = true
log.warn("Model name is missing for the fingerprint$requestingFromDevice")
if(ignoreMissing==false) sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0005))
}
log.trace("Model: $model")
if(application == null) {
log.info("NOT IMPORTANT: Application ID is missing for the fingerprint$requestingFromDevice")
if(ignoreMissing==false) sendZigbeeCommands(zigbee.readAttribute(CLUSTER_BASIC, 0x0001))
} else {
extraFingerPrint += ", application:\"$application\""
}
log.trace("Application: $application")
if(profileId == null || endpointId == null || inClusters == null || outClusters == null) {
missing = true
String endpointIdTemp = endpointId == null ? "01" : endpointId
log.warn("One or multiple pieces of data needed for the fingerprint is missing$requestingFromDevice")
if(ignoreMissing==false) sendZigbeeCommands(["he raw ${device.deviceNetworkId} 0 0 0x0004 {00 ${zigbee.swapOctets(device.deviceNetworkId)} $endpointIdTemp} {0x0000}"])
}
profileId = profileId == null ? "0104" : profileId
if(missing == true) {
log.info("INCOMPLETE - DO NOT SUBMIT THIS - TRY AGAIN: fingerprint model:\"$model\", manufacturer:\"$manufacturer\", profileId:\"$profileId\", endpointId:\"$endpointId\", inClusters:\"$inClusters\", outClusters:\"$outClusters\"" + extraFingerPrint)
} else {
log.info("COPY AND PASTE THIS ROW TO THE DEVELOPER: fingerprint model:\"$model\", manufacturer:\"$manufacturer\", profileId:\"$profileId\", endpointId:\"$endpointId\", inClusters:\"$inClusters\", outClusters:\"$outClusters\"" + extraFingerPrint)
}
}
// END: getHelperFunctions('zigbee-generic')
// BEGIN:getHelperFunctions('all-default')
boolean isDriver() {
try {
getDeviceDataByName('_unimportant')
logging("This IS a driver!", 1)
return true
} catch (MissingMethodException e) {
logging("This is NOT a driver!", 1)
return false
}
}
void deviceCommand(String cmd) {
def jsonSlurper = new JsonSlurper()
def cmds = jsonSlurper.parseText(cmd)
r = this."${cmds['cmd']}"(*cmds['args'])
updateDataValue('appReturn', JsonOutput.toJson(r))
}
void setLogsOffTask(boolean noLogWarning=false) {
if (debugLogging == true) {
if(noLogWarning==false) {
if(runReset != "DEBUG") {
log.warn "Debug logging will be disabled in 30 minutes..."
} else {
log.warn "Debug logging will NOT BE AUTOMATICALLY DISABLED!"
}
}
runIn(1800, "logsOff")
}
}
void toggle() {
if(device.currentValue('switch') == 'on') {
off()
} else {
on()
}
}
void logsOff() {
if(runReset != "DEBUG") {
log.warn "Debug logging disabled... "
if(isDriver()) {
device.clearSetting("logLevel")
device.removeSetting("logLevel")
device.updateSetting("logLevel", "0")
state?.settings?.remove("logLevel")
device.clearSetting("debugLogging")
device.removeSetting("debugLogging")
device.updateSetting("debugLogging", "false")
state?.settings?.remove("debugLogging")
} else {
app.removeSetting("logLevel")
app.updateSetting("logLevel", "0")
app.removeSetting("debugLogging")
app.updateSetting("debugLogging", "false")
}
} else {
log.warn "OVERRIDE: Disabling Debug logging will not execute with 'DEBUG' set..."
if (logLevel != "0" && logLevel != "100") runIn(1800, "logsOff")
}
}
boolean isDeveloperHub() {
return generateMD5(location.hub.zigbeeId as String) == "125fceabd0413141e34bb859cd15e067_disabled"
}
def getEnvironmentObject() {
if(isDriver()) {
return device
} else {
return app
}
}
private def getFilteredDeviceDriverName() {
def deviceDriverName = getDeviceInfoByName('name')
if(deviceDriverName.toLowerCase().endsWith(' (parent)')) {
deviceDriverName = deviceDriverName.substring(0, deviceDriverName.length()-9)
}
return deviceDriverName
}
private def getFilteredDeviceDisplayName() {
def deviceDisplayName = device.displayName.replace(' (parent)', '').replace(' (Parent)', '')
return deviceDisplayName
}
BigDecimal round2(BigDecimal number, Integer scale) {
Integer pow = 10;
for (Integer i = 1; i < scale; i++)
pow *= 10;
BigDecimal tmp = number * pow;
return ( (Float) ( (Integer) ((tmp - (Integer) tmp) >= 0.5f ? tmp + 1 : tmp) ) ) / pow;
}
String generateMD5(String s) {
if(s != null) {
return MessageDigest.getInstance("MD5").digest(s.bytes).encodeHex().toString()
} else {
return "null"
}
}
Integer extractInt(String input) {
return input.replaceAll("[^0-9]", "").toInteger()
}
String hexToASCII(String hexValue) {
StringBuilder output = new StringBuilder("")
for (int i = 0; i < hexValue.length(); i += 2) {
String str = hexValue.substring(i, i + 2)
output.append((char) Integer.parseInt(str, 16) + 30)
logging("${Integer.parseInt(str, 16)}", 10)
}
return output.toString()
}
// END: getHelperFunctions('all-default')
// BEGIN:getHelperFunctions('styling')
String styling_addTitleDiv(title) {
return '' + title + '
'
}
String styling_addDescriptionDiv(description) {
return '' + description + '
'
}
String styling_makeTextBold(s) {
if(isDriver()) {
return "$s"
} else {
return "$s"
}
}
String styling_makeTextItalic(s) {
if(isDriver()) {
return "$s"
} else {
return "$s"
}
}
String styling_getDefaultCSS(boolean includeTags=true) {
String defaultCSS = '''
/* This is part of the CSS for replacing a Command Title */
div.mdl-card__title div.mdl-grid div.mdl-grid .mdl-cell p::after {
visibility: visible;
position: absolute;
left: 50%;
transform: translate(-50%, 0%);
width: calc(100% - 20px);
padding-left: 5px;
padding-right: 5px;
margin-top: 0px;
}
/* This is general CSS Styling for the Driver page */
h3, h4, .property-label {
font-weight: bold;
}
.preference-title {
font-weight: bold;
}
.preference-description {
font-style: italic;
}
'''
if(includeTags == true) {
return ""
} else {
return defaultCSS
}
}
String styling_getLogo() {
String logoCSS = '''
#ohla_logo {
display: block;
width: 200px;
height: 50px;
position: absolute;
top: 10px;
right: 10px;
}
@media screen and (max-device-width:450px), screen and (max-width:450px) {
#ohla_logo {
width: 120px;
top: 55px;
}
}
'''
return ""
}
// END: getHelperFunctions('styling')
// BEGIN:getHelperFunctions('driver-default')
String getDEGREE() { return String.valueOf((char)(176)) }
void refresh(String cmd) {
deviceCommand(cmd)
}
def installedDefault() {
logging("installedDefault()", 100)
try {
tasmota_installedPreConfigure()
} catch (MissingMethodException e) {
}
try {
installedAdditional()
} catch (MissingMethodException e) {
}
}
def configureDefault() {
logging("configureDefault()", 100)
try {
return configureAdditional()
} catch (MissingMethodException e) {
}
try {
getDriverVersion()
} catch (MissingMethodException e) {
}
}
void configureDelayed() {
runIn(10, "configure")
runIn(30, "refresh")
}
void configurePresence() {
prepareCounters()
if(presenceEnable == null || presenceEnable == true) {
Random rnd = new Random()
schedule("${rnd.nextInt(59)} ${rnd.nextInt(59)} 1/3 * * ? *", 'checkPresence')
checkPresence(false)
} else {
sendEvent(name: "presence", value: "not present", descriptionText: "Presence Checking Disabled" )
unschedule('checkPresence')
}
}
void stopSchedules() {
unschedule()
log.info("Stopped ALL Device Schedules!")
}
void prepareCounters() {
if(device.currentValue('restoredCounter') == null) sendEvent(name: "restoredCounter", value: 0, descriptionText: "Initialized to 0" )
if(device.currentValue('notPresentCounter') == null) sendEvent(name: "notPresentCounter", value: 0, descriptionText: "Initialized to 0" )
if(device.currentValue('presence') == null) sendEvent(name: "presence", value: "unknown", descriptionText: "Initialized as Unknown" )
}
boolean isValidDate(String dateFormat, String dateString) {
try {
Date.parse(dateFormat, dateString)
} catch (e) {
return false
}
return true
}
Integer retrieveMinimumMinutesToRepeat(Integer minimumMinutesToRepeat=55) {
Integer mmr = null
if(state.forcedMinutes == null || state.forcedMinutes == 0) {
mmr = minimumMinutesToRepeat
} else {
mmr = state.forcedMinutes - 1 < 1 ? 1 : state.forcedMinutes.intValue() - 1
}
return mmr
}
boolean sendlastCheckinEvent(Integer minimumMinutesToRepeat=55) {
boolean r = false
Integer mmr = retrieveMinimumMinutesToRepeat(minimumMinutesToRepeat=minimumMinutesToRepeat)
if (lastCheckinEnable == true || lastCheckinEnable == null) {
String lastCheckinVal = device.currentValue('lastCheckin')
if(lastCheckinVal == null || isValidDate('yyyy-MM-dd HH:mm:ss', lastCheckinVal) == false || now() >= Date.parse('yyyy-MM-dd HH:mm:ss', lastCheckinVal).getTime() + (mmr * 60 * 1000)) {
r = true
sendEvent(name: "lastCheckin", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
logging("Updated lastCheckin", 1)
} else {
}
}
if (lastCheckinEpochEnable == true) {
if(device.currentValue('lastCheckinEpoch') == null || now() >= device.currentValue('lastCheckinEpoch').toLong() + (mmr * 60 * 1000)) {
r = true
sendEvent(name: "lastCheckinEpoch", value: now())
logging("Updated lastCheckinEpoch", 1)
} else {
}
}
if(r == true) setAsPresent()
return r
}
Long secondsSinceLastCheckinEvent() {
Long r = null
if (lastCheckinEnable == true || lastCheckinEnable == null) {
String lastCheckinVal = device.currentValue('lastCheckin')
if(lastCheckinVal == null || isValidDate('yyyy-MM-dd HH:mm:ss', lastCheckinVal) == false) {
logging("No VALID lastCheckin event available! This should be resolved by itself within 1 or 2 hours and is perfectly NORMAL as long as the same device don't get this multiple times per day...", 100)
r = -1
} else {
r = (now() - Date.parse('yyyy-MM-dd HH:mm:ss', lastCheckinVal).getTime()) / 1000
}
}
if (lastCheckinEpochEnable == true) {
if(device.currentValue('lastCheckinEpoch') == null) {
logging("No VALID lastCheckin event available! This should be resolved by itself within 1 or 2 hours and is perfectly NORMAL as long as the same device don't get this multiple times per day...", 100)
r = r == null ? -1 : r
} else {
r = (now() - device.currentValue('lastCheckinEpoch').toLong()) / 1000
}
}
return r
}
boolean hasCorrectCheckinEvents(Integer maximumMinutesBetweenEvents=90, boolean displayWarnings=true) {
Long secondsSinceLastCheckin = secondsSinceLastCheckinEvent()
if(secondsSinceLastCheckin != null && secondsSinceLastCheckin > maximumMinutesBetweenEvents * 60) {
if(displayWarnings == true && (presenceWarningEnable == null || presenceWarningEnable == true)) log.warn("One or several EXPECTED checkin events have been missed! Something MIGHT be wrong with the mesh for this device. Minutes since last checkin: ${Math.round(secondsSinceLastCheckin / 60)} (maximum expected $maximumMinutesBetweenEvents)")
return false
}
return true
}
boolean checkPresence(boolean displayWarnings=true) {
boolean isPresent = false
Long lastCheckinTime = null
String lastCheckinVal = device.currentValue('lastCheckin')
if ((lastCheckinEnable == true || lastCheckinEnable == null) && isValidDate('yyyy-MM-dd HH:mm:ss', lastCheckinVal) == true) {
lastCheckinTime = Date.parse('yyyy-MM-dd HH:mm:ss', lastCheckinVal).getTime()
} else if (lastCheckinEpochEnable == true && device.currentValue('lastCheckinEpoch') != null) {
lastCheckinTime = device.currentValue('lastCheckinEpoch').toLong()
}
if(lastCheckinTime != null && lastCheckinTime >= now() - (3 * 60 * 60 * 1000)) {
setAsPresent()
isPresent = true
} else {
sendEvent(name: "presence", value: "not present")
if(displayWarnings == true) {
Integer numNotPresent = device.currentValue('notPresentCounter')
numNotPresent = numNotPresent == null ? 1 : numNotPresent + 1
sendEvent(name: "notPresentCounter", value: numNotPresent )
if(presenceWarningEnable == null || presenceWarningEnable == true) {
log.warn("No event seen from the device for over 3 hours! Something is not right... (consecutive events: $numNotPresent)")
}
}
}
return isPresent
}
void setAsPresent() {
if(device.currentValue('presence') == "not present") {
Integer numRestored = device.currentValue('restoredCounter')
numRestored = numRestored == null ? 1 : numRestored + 1
sendEvent(name: "restoredCounter", value: numRestored )
sendEvent(name: "notPresentCounter", value: 0 )
}
sendEvent(name: "presence", value: "present")
}
void resetNotPresentCounter() {
logging("resetNotPresentCounter()", 100)
sendEvent(name: "notPresentCounter", value: 0, descriptionText: "Reset notPresentCounter to 0" )
}
void resetRestoredCounter() {
logging("resetRestoredCounter()", 100)
sendEvent(name: "restoredCounter", value: 0, descriptionText: "Reset restoredCounter to 0" )
}
// END: getHelperFunctions('driver-default')
// BEGIN:getHelperFunctions('virtual-child-device-for-button')
void createAllButtonChildren() {
if(btnDevice1 != null && btnDevice1 != "None") {
logging("btnDevice1 = $btnDevice1", 1)
createButtonChildDevice("1", null, btnDevice1)
}
if(btnDevice1and2 != null && btnDevice1and2 != "None") {
logging("btnDevice1and2 = $btnDevice1and2", 1)
createButtonChildDevice("1", "2", btnDevice1and2)
}
if(btnDevice3and4 != null && btnDevice3and4 != "None") {
logging("btnDevice3and4 = $btnDevice3and4", 1)
createButtonChildDevice("3", "4", btnDevice3and4)
}
if(btnDevice5and6 != null && btnDevice5and6 != "None") {
logging("btnDevice5and6 = $btnDevice5and6", 1)
createButtonChildDevice("5", "6", btnDevice5and6)
}
}
void createButtonChildDevice(String id1, String id2, String type) {
String driver = null
String name = null
String id = null
if(useDimmerChildSet(type) == true) {
driver = "Generic Component Dimmer"
name = "Virtual Dimmer"
id = "${id1}_$id2"
} else if(useMomentarySwitchChildSet(type) == true) {
driver = "Generic Component Switch"
name = "Virtual Momentary Switch"
id = id1
if(id2 != null) {
createButtonChildDevice(id2, null, type)
}
} else if(useVirtualButtonChildSet(type) == true) {
driver = "Generic Component Button Controller"
name = "Virtual Button"
id = id1
if(id2 != null) {
createButtonChildDevice(id2, null, type)
}
} else {
driver = "Generic Component Switch"
name = "Virtual Switch"
id = id1
if(id2 != null) {
createButtonChildDevice(id2, null, type)
}
}
try {
logging("Making device with type $type and id $device.id-$id", 100)
com.hubitat.app.DeviceWrapper cd = addChildDevice("hubitat", driver, "$device.id-$id", [name: "$name $id", label: "$name $id", isComponent: false])
if(useDimmerChildSet(type) == true) {
cd.parse([[name: "switch", value: 'off', isStateChange: true, descriptionText: "Switch Initialized as OFF"]])
cd.parse([[name: "level", value: 0, isStateChange: true, descriptionText: "Level Initialized as 0"]])
} else if(useVirtualButtonChildSet(type) == true) {
cd.parse([[name: "numberOfButtons ", value: 4, isStateChange: true, descriptionText: "Number of Buttons set to 4"]])
cd.parse([[name: "held", value: 0, isStateChange: true, descriptionText: "Held Initialized as 0"]])
cd.parse([[name: "pushed", value: 0, isStateChange: true, descriptionText: "Pushed Initialized as 0"]])
cd.parse([[name: "doubleTapped", value: 0, isStateChange: true, descriptionText: "Double Tapped Initialized as 0"]])
cd.parse([[name: "released", value: 0, isStateChange: true, descriptionText: "Released Initialized as 0"]])
} else {
cd.parse([[name: "switch", value: 'off', isStateChange: true, descriptionText: "Switch Initialized as OFF"]])
}
} catch (com.hubitat.app.exception.UnknownDeviceTypeException e) {
log.error "'$driver' driver can't be found! This is supposed to be built-in! Is your hub broken?"
} catch (java.lang.IllegalArgumentException e) {
logging("Do nothing - The device already exists", 100)
}
}
String buildChildDeviceId(String type) {
return "$device.id-$type"
}
boolean useSwitchChildSet(String btnSetting) {
if(btnSetting == "2 virtual switches" || btnSetting == "1 virtual switch") {
return true
} else {
return false
}
}
boolean useMomentarySwitchChildSet(String btnSetting) {
if(btnSetting == "2 virtual momentary switches" || btnSetting == "1 virtual momentary switch") {
return true
} else {
return false
}
}
boolean useVirtualButtonChildSet(String btnSetting) {
if(btnSetting == "2 virtual buttons" || btnSetting == "1 virtual button") {
return true
} else {
return false
}
}
boolean useDimmerChildSet(String btnSetting) {
if(btnSetting == "1 virtual dimmer" || btnSetting == "dimmer") {
return true
} else {
return false
}
}
void toggleChildSwitch(String deviceID) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
String cSwitch = cd.currentState("switch", true)?.value
if(cSwitch == "on") {
cd.parse([[name: "switch", value: "off", isStateChange: false, descriptionText: "Switch toggled OFF"]])
} else {
cd.parse([[name: "switch", value: "on", isStateChange: false, descriptionText: "Switch toggled ON"]])
}
}
void setChildSwitch(String deviceID, String state, boolean levelChange = true) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
cd.parse([[name: "switch", value: state, isStateChange: false, descriptionText: "Switch set to ${state.toUpperCase()}"]])
if(levelChange == true && state == "on") {
String cLevelStr = cd.currentState("level", true)?.value
Integer cLevel = cLevelStr != null ? cLevelStr.toInteger() : null
if(cLevel != null && cLevel == 0) {
cd.parse([[name: "level", value: 10, isStateChange: false, descriptionText: "Current level was 0, level set to 10."]])
}
}
}
void activateMomentarySwitch(String deviceID) {
setMomentarySwitch(deviceID)
runInMillis(600, "releaseMomentarySwitch", [data: ['deviceID': deviceID]])
}
void setMomentarySwitch(String deviceID) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
cd.parse([[name: "switch", value: 'on', isStateChange: true, descriptionText: "Momentary Switch set to ON"]])
}
void releaseMomentarySwitch(String deviceID) {
releaseMomentarySwitch(['deviceID': deviceID])
}
void releaseMomentarySwitch(Map data) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(data["deviceID"])
cd.parse([[name: "switch", value: 'off', isStateChange: true, descriptionText: "Momentary Switch set to OFF"]])
}
void sendButtonEvent(String deviceID, String name, Integer button) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
cd.parse([[name: name, value: button, isStateChange: true, descriptionText: "Virtual button event '$name' for button $button"]])
if(name == 'held') {
cd.parse([[name: 'pushed', value: 2, isStateChange: true, descriptionText: "Virtual button event 'pushed' for button 2 (from '$name')"]])
}
}
Map getChildDeviceConfig() {
logging("getChildDeviceConfig()", 1)
Map childDeviceConfig = [
1: ['switch': useSwitchChildSet(btnDevice1) == true || useSwitchChildSet(btnDevice1and2) == true,
'switchMomentary': useMomentarySwitchChildSet(btnDevice1) == true || useMomentarySwitchChildSet(btnDevice1and2) == true,
'dimmer': useDimmerChildSet(btnDevice1and2) == true,
'button': useVirtualButtonChildSet(btnDevice1) == true],
2: ['switch': useSwitchChildSet(btnDevice1and2) == true,
'switchMomentary': useMomentarySwitchChildSet(btnDevice1and2) == true,
'dimmer': useDimmerChildSet(btnDevice1and2) == true,
'button': false],
3: ['switch': useSwitchChildSet(btnDevice3and4) == true,
'switchMomentary': useMomentarySwitchChildSet(btnDevice3and4) == true,
'dimmer': useDimmerChildSet(btnDevice3and4) == true,
'button': false],
4: [:],
5: ['switch': useSwitchChildSet(btnDevice5and6) == true,
'switchMomentary': useMomentarySwitchChildSet(btnDevice5and6) == true,
'dimmer': useDimmerChildSet(btnDevice5and6) == true,
'button': false],
6: [:],
]
childDeviceConfig[4] = childDeviceConfig[3]
childDeviceConfig[6] = childDeviceConfig[5]
return childDeviceConfig
}
String getChildDeviceComboId(Integer button) {
logging("getChildDeviceComboId(button=$button)", 1)
if(button >= 1) {
return button % 2 == 0 ? "${button - 1}_${button}" : "${button}_${button + 1}"
} else {
return null
}
}
boolean buttonDown(Integer button, boolean useEvent=false) {
boolean active = false
if(useEvent == true) {
logging("buttonDown(button=$button)", 100)
Map childDeviceConfig = getChildDeviceConfig()
if(childDeviceConfig[button]['switchMomentary'] == true) {
setMomentarySwitch(buildChildDeviceId("$button"))
active = true
} else if(childDeviceConfig[button]['button'] == true) {
sendButtonEvent(buildChildDeviceId("$button"), "pushed", 1)
active = true
}
} else {
logging("buttonDown(button=$button) UNUSED EVENT", 1)
}
return active
}
void updateBatteryDemo(Long step) {
Integer cBattery = device.currentValue('battery')
if(cBattery == null) {
cBattery = 100
}
BigDecimal bat = 0
if(cBattery + step >= 0) {
bat = cBattery + step
} else {
bat = 100
}
bat = bat.setScale(0, BigDecimal.ROUND_HALF_UP)
bat = bat > 100 ? 100 : bat
logging("Battery DEMO event: $bat%", 100)
sendEvent(name:"battery", value: bat, unit: "%", isStateChange: true, descriptionText: "DEMO")
}
boolean buttonPushed(Integer button, boolean momentaryRelease=false) {
logging("buttonPushed(button=$button)", 100)
boolean active = false
Map childDeviceConfig = getChildDeviceConfig()
if(childDeviceConfig[button]['switch'] == true) {
toggleChildSwitch(buildChildDeviceId("$button"))
active = true
} else if(childDeviceConfig[button]['switchMomentary'] == true) {
active = true
if(momentaryRelease == true) {
releaseMomentarySwitch(buildChildDeviceId("$button"))
} else {
activateMomentarySwitch(buildChildDeviceId("$button"))
}
} else if(childDeviceConfig[button]['dimmer'] == true) {
active = true
stepLevel(buildChildDeviceId(getChildDeviceComboId(button)), button % 2 == 0 ? "up" : "down")
} else if(childDeviceConfig[button]['button'] == true) {
if(momentaryRelease == false) {
sendButtonEvent(buildChildDeviceId("$button"), "pushed", 1)
} else {
sendButtonEvent(buildChildDeviceId("$button"), "released", 1)
}
active = true
}
if(batteryDemo != null && batteryDemo > 0) {
if(button == 1) {
updateBatteryDemo(batteryDemo * -1)
}
if(button == 2) {
updateBatteryDemo(batteryDemo)
}
}
return active
}
boolean buttonHeld(Integer button) {
logging("buttonHeld(button=$button)", 100)
boolean active = false
Map childDeviceConfig = getChildDeviceConfig()
if(childDeviceConfig[button]['switch'] == true) {
active = true
setChildSwitch(buildChildDeviceId("$button"), "off")
} else if(childDeviceConfig[button]['dimmer'] == true) {
active = true
setChildSwitch(buildChildDeviceId(getChildDeviceComboId(button)), button % 2 == 0 ? "on" : "off")
} else if(childDeviceConfig[button]['button'] == true) {
sendButtonEvent(buildChildDeviceId("$button"), "held", 1)
active = true
}
return active
}
boolean buttonDoubleTapped(Integer button) {
logging("buttonDoubleTapped(button=$button)", 100)
boolean active = false
Map childDeviceConfig = getChildDeviceConfig()
if(childDeviceConfig[button]['switch'] == true) {
active = true
setChildSwitch(buildChildDeviceId("$button"), "on")
} else if(childDeviceConfig[button]['dimmer'] == true) {
active = true
prepareStartLevelChange(buildChildDeviceId(getChildDeviceComboId(button)), button % 2 == 0 ? "up" : "down")
}
if(batteryDemo != null && batteryDemo > 0) {
if(button == 1) {
updateBatteryDemo(batteryDemo)
}
}
return active
}
void componentRefresh(com.hubitat.app.DeviceWrapper cd) {
logging("componentRefresh() from $cd.deviceNetworkId", 1)
}
void componentOn(com.hubitat.app.DeviceWrapper cd) {
logging("componentOn() from $cd.deviceNetworkId", 1)
getChildDevice(cd.deviceNetworkId).parse([[name: "switch", value: "on", isStateChange: false, descriptionText: "Switch turned ON"]])
}
void componentOff(com.hubitat.app.DeviceWrapper cd) {
logging("componentOff() from $cd.deviceNetworkId", 1)
getChildDevice(cd.deviceNetworkId).parse([[name: "switch", value: "off", isStateChange: false, descriptionText: "Switch turned OFF"]])
}
void componentStopLevelChange(com.hubitat.app.DeviceWrapper cd) {
logging("componentStopLevelChange() from $cd.deviceNetworkId", 1)
unschedule("runLevelChange_${cd.deviceNetworkId.split("-")[1]}")
}
void componentStartLevelChange(com.hubitat.app.DeviceWrapper cd, String direction) {
logging("componentStartLevelChange() from $cd.deviceNetworkId (direction=$direction)", 1)
prepareStartLevelChange(cd.deviceNetworkId, direction)
}
void componentSetLevel(com.hubitat.app.DeviceWrapper cd, BigDecimal level) {
componentSetLevel(cd, level, null)
}
void componentSetLevel(com.hubitat.app.DeviceWrapper cd, BigDecimal level, BigDecimal duration) {
level = level > 100 ? 100 : level < 0 ? 0 : level
logging("componentSetLevel() from $cd.deviceNetworkId (level=$level, duration=$duration)", 1)
prepareLevelChange(cd.deviceNetworkId, level, duration)
}
void prepareStartLevelChange(String deviceID, String direction) {
logging("prepareStartLevelChange() from $deviceID (direction=$direction)", 1)
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
String cLevelStr = cd.currentState("level", true)?.value
logging("cLevelStr = $cLevelStr", 1)
Integer cLevel = cLevelStr != null ? cLevelStr.toInteger() : 50
logging("cLevel = $cLevel", 1)
if(direction == "up") {
prepareLevelChange(cd.deviceNetworkId, 100, (20 / 100.0) * (100 - cLevel))
} else {
prepareLevelChange(cd.deviceNetworkId, 0, (20 / 100.0) * cLevel)
}
}
void stepLevel(String deviceID, String direction) {
logging("runLevelChange() from $deviceID (direction=$direction)", 1)
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
unschedule("runLevelChange_${deviceID.split("-")[1]}")
String cLevelStr = cd.currentState("level", true)?.value
logging("cLevelStr = $cLevelStr", 1)
Integer cLevel = cLevelStr != null ? cLevelStr.toInteger() : 50
if(direction == "up") {
cLevel = cLevel + 5 > 100 ? 100 : cLevel + 5
prepareLevelChange(cd.deviceNetworkId, cLevel, 0)
} else {
cLevel = cLevel - 5 < 0 ? 0 : cLevel - 5
prepareLevelChange(cd.deviceNetworkId, cLevel, 0)
}
logging("cLevel = $cLevel", 1)
}
void prepareLevelChange(String deviceID, BigDecimal level, BigDecimal duration) {
level = level > 100 ? 100 : level < 0 ? 0 : level
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
if(duration == null || duration <= 1) {
cd.parse([[name: "level", value: level, isStateChange: false, descriptionText: "Level set to $level"]])
} else {
String cLevelStr = cd.currentState("level", true)?.value
Integer cLevel = cLevelStr != null ? cLevelStr.toInteger() : null
logging("cLevel = $cLevel, level = $level, duration = $duration", 1)
if(cLevel == null || level == cLevel) {
cd.parse([[name: "level", value: level, isStateChange: false, descriptionText: "Current level was null, level set to $level"]])
} else {
Integer levelDiff = Math.abs(cLevel - level)
duration = duration > 3600 ? 3600 : duration
BigDecimal changePerStep = levelDiff / duration
Integer numSteps = duration
Integer timeBetweenSteps = 1
if(changePerStep > 0 && changePerStep < 1) {
timeBetweenSteps = (1 / changePerStep).intValue()
changePerStep = 1
numSteps = duration / timeBetweenSteps
}
changePerStep = changePerStep.setScale(2, BigDecimal.ROUND_HALF_UP)
changePerStepInt = changePerStep.intValue()
changePerStepInt = level < cLevel ? changePerStepInt * -1 : changePerStepInt
Integer missingSteps = levelDiff - (numSteps * changePerStepInt)
runIn(timeBetweenSteps, "runLevelChange_${deviceID.split("-")[1]}", [data: [deviceID: deviceID, level:level, changePerStep:changePerStepInt, timeBetweenSteps:timeBetweenSteps]])
}
}
}
void runLevelChange_1_2(Map data) {
runLevelChange(data["deviceID"], "runLevelChange_1_2", data["level"], data["changePerStep"], data["timeBetweenSteps"])
}
void runLevelChange_3_4(Map data) {
runLevelChange(data["deviceID"], "runLevelChange_3_4", data["level"], data["changePerStep"], data["timeBetweenSteps"])
}
void runLevelChange_5_6(Map data) {
runLevelChange(data["deviceID"], "runLevelChange_5_6", data["level"], data["changePerStep"], data["timeBetweenSteps"])
}
void runLevelChange(Map data) {
runLevelChange(data["deviceID"], "runLevelChange", data["level"], data["changePerStep"], data["timeBetweenSteps"])
}
void runLevelChange(String deviceID, String methodName, BigDecimal level, Integer changePerStep, Integer timeBetweenSteps) {
com.hubitat.app.DeviceWrapper cd = getChildDevice(deviceID)
String cLevelStr = cd.currentState("level", true)?.value
Integer cLevel = cLevelStr != null ? cLevelStr.toInteger() : null
if(cLevel == null) {
cd.parse([[name: "level", value: level, isStateChange: false, descriptionText: "Current level was null, can't use duration, level set to $level"]])
if(level == 0) {
setChildSwitch(cd.deviceNetworkId, "off")
} else {
setChildSwitch(cd.deviceNetworkId, "on")
}
} else {
Integer nextLevel = cLevel + changePerStep
if(changePerStep > 0) {
nextLevel = nextLevel > level ? level : nextLevel
} else {
nextLevel = nextLevel < level ? level : nextLevel
}
if(nextLevel == 0) {
setChildSwitch(cd.deviceNetworkId, "off")
} else {
setChildSwitch(cd.deviceNetworkId, "on")
}
if(nextLevel == level) {
cd.parse([[name: "level", value: level, isStateChange: false, descriptionText: "Levelchange done, level set to $level"]])
} else {
cd.parse([[name: "level", value: nextLevel, isStateChange: false, descriptionText: "Levelchange in progress, level set to $nextLevel"]])
runIn(timeBetweenSteps, methodName, [data: [deviceID: deviceID, level:level, changePerStep:changePerStep, timeBetweenSteps:timeBetweenSteps]])
}
}
}
// END: getHelperFunctions('virtual-child-device-for-button')
// BEGIN:getHelperFunctions('sensor-contact')
boolean useAsButton(Integer button) {
return useAsMirrorSwitch(button) == false
}
boolean useAsMirrorSwitch(Integer button) {
Map childDeviceConfig = getChildDeviceConfig()
return childDeviceConfig[button]['switch'] == true && switchMirror == true
}
void mirrorContactToSwitch(boolean openClose, Integer button) {
if(openClose == true) {
setChildSwitch(buildChildDeviceId("$button"), "on", levelChange=false)
} else {
setChildSwitch(buildChildDeviceId("$button"), "off", levelChange=false)
}
}
void sendOpenCloseEvent(boolean openClose, sendAsStateChange=true, sendDatetimeEvent=false) {
if(invertContact == null) invertContact = false
logging("sendOpenCloseEvent(openClose=$openClose) invertContact=$invertContact", 100)
if(openClose == invertContact) {
sendEvent(name:"contact", value: "closed", isStateChange: false, descriptionText: "Contact was Closed")
if(useAsButton(1) == true && buttonDown(1, useEvent=true) == true) {
sendEvent(name: "lastHoldEpoch", value: now(), isStateChange: sendAsStateChange)
} else if(useAsMirrorSwitch(1) == true) {
mirrorContactToSwitch(false, 1)
}
if(logOpenCloseDatetime == true && sendDatetimeEvent == true) {
sendEvent(name: "lastClosed", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
}
} else {
sendEvent(name:"contact", value: "open", isStateChange: false, descriptionText: "Contact was Opened")
if(useAsButton(1) == true && buttonPushed(1, momentaryRelease=true) == true) {
Long lastHold = 0
String lastHoldEpoch = device.currentValue('lastHoldEpoch', true)
if(lastHoldEpoch != null) lastHold = lastHoldEpoch.toLong()
sendEvent(name: "lastHoldEpoch", value: 0, isStateChange: sendAsStateChange)
Long millisHeld = now() - lastHold
Long millisForHoldLong = millisForHold == null ? 1000 : millisForHold.toLong()
if(lastHold == 0) millisHeld = 0
logging("millisHeld = $millisHeld, millisForHold = $millisForHoldLong", 1)
if(millisHeld > millisForHoldLong) {
logging("Button 1 was held", 100)
buttonHeld(1)
}
} else if(useAsMirrorSwitch(1) == true) {
mirrorContactToSwitch(true, 1)
}
if(logOpenCloseDatetime == true && sendDatetimeEvent == true) {
sendEvent(name: "lastOpened", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
}
}
}
void resetToOpen() {
logging("resetToOpen()", 1)
sendEvent(name:"contact", value: "open", isStateChange: true, descriptionText: "Contact was Reset to Open")
if(logOpenCloseDatetime == true) {
sendEvent(name: "lastOpened", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
}
if(useAsMirrorSwitch(1) == true) {
mirrorContactToSwitch(true, 1)
}
}
void resetToClosed() {
logging("resetToClosed()", 1)
sendEvent(name:"contact", value: "closed", isStateChange: true, descriptionText: "Contact was Reset to Closed")
if(logOpenCloseDatetime == true) {
sendEvent(name: "lastClosed", value: new Date().format('yyyy-MM-dd HH:mm:ss'))
}
if(useAsMirrorSwitch(1) == true) {
mirrorContactToSwitch(false, 1)
}
}
// END: getHelperFunctions('sensor-contact')