/* groovylint-disable CompileStatic, DuplicateListLiteral, DuplicateMapLiteral, DuplicateStringLiteral, ImplicitClosureParameter, MethodCount, MethodSize, NglParseError, NoDouble, PublicMethodsBeforeNonPublicMethods, StaticMethodsBeforeInstanceMethods, UnnecessaryGetter, UnnecessarySetter, UnusedImport */ /** * Zigbee TRVs and Thermostats - Device Driver for Hubitat Elevation * * https://community.hubitat.com/t/dynamic-capabilities-commands-and-attributes-for-drivers/98342 * * Licensed under the Apache License, Version 2.0 (the "License"); you may not use this file except * in compliance with the License. You may obtain a copy of the License at: * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License * for the specific language governing permissions and limitations under the License. * * ver. 3.3.0 2024-06-09 kkossev - first Namron Zigbee Thermostat version * ver. 3.3.1 2024-06-15 kkossev - calibrationTemp negative values bug fix; added hysteresis, floorCalibrationTemp, powerUpStatus, emergencyHeatTime, modeAfterDry, controlType, floorSensorType, childLock * ver. 3.3.2 2024-06-16 kkossev - added windowOpenCheck preference (not working?); added 'auto' mode, added emergency heat' mode; modeAfterDry default changed to 'heat'; added 'advanced:true' to the attributes map * added 'eco' (away) mode; added overHeatAlarm advanced attribute; displayAutoOff is disabled by default; added refreshAll command; added add factoryReset command; fixed energy reporting configuration * ver. 3.3.3 2024-06-25 kkossev - release 3.3.3 * ver. 3.3.4 2024-06-29 kkossev - added NAMRON_RADIATOR device profile and attributes; * ver. 3.3.5 2024-07-09 kkossev - release 3.3.5 * ver. 3.3.6 2024-08-28 kkossev - added Sunricher thermostat model 'HK-LN-HEATER-A' fingerprint * ver. 3.3.7 2024-09-01 kkossev - (dev. branch) New 'Sunricher Thermostat' device profile; fixed missing eco() method; rounded the floorTemperature to 0.1; heatingSetpoint is updated to the ecoSetpoint when eco mode is activated; added ecoSetPoint attribute; * removed systemMode'; added command 'eco'; added state.lastHeatingSetpoint; fixed thermostatMode switching from 'eco' to 'off'; fixed emergencyHeating mode update; * * TODO: */ static String version() { '3.3.7' } static String timeStamp() { '2024/09/01 5:08 PM' } @Field static final Boolean _DEBUG = false @Field static final Boolean DEFAULT_DEBUG_LOGGING = true import groovy.transform.Field import hubitat.device.HubMultiAction import hubitat.device.Protocol import hubitat.zigbee.zcl.DataType import java.util.concurrent.ConcurrentHashMap import groovy.json.JsonOutput import java.math.RoundingMode deviceType = 'Thermostat' @Field static final String DEVICE_TYPE = 'Thermostat' metadata { definition( name: 'Namron Zigbee Thermostat', importUrl: 'https://raw.githubusercontent.com/kkossev/Hubitat/development/Drivers/Zigbee%20TRV/Namron_Zigbee_Thermostat_lib_included.groovy', namespace: 'kkossev', author: 'Krassimir Kossev', singleThreaded: true) { // capbilities are defined in the thermostatLib attribute 'occupancy', 'enum', ['away', 'heat'] // NAMRON attribute 'away', 'enum', ['off', 'on'] // Tuya Saswell, AVATTO, NAMRON attribute 'awaySetPoint', 'number' // NAMRON attribute 'boostTime', 'number' // BRT-100 attribute 'calibrationTemp', 'number' // BRT-100, Sonoff, NAMRON attribute 'controlType', 'enum', ['room sensor', 'floor sensor', 'room+floor sensor'] // NAMRON attribute 'displayAutoOff', 'enum', ['disabled', 'enabled'] // NAMRON attribute 'emergencyHeatTime', 'number' // NAMRON attribute 'floorCalibrationTemp', 'number' // NAMRON attribute 'childLock', 'enum', ['off', 'on'] // BRT-100, Aqara E1, Sonoff, AVATTO, NAMRON attribute 'ecoMode', 'enum', ['off', 'on'] // BRT-100, NAMRON attribute 'ecoSetPoint', 'number' // NAMRON attribute 'emergencyHeating', 'enum', ['off', 'on'] // BRT-100 attribute 'emergencyHeatingTime', 'number' // BRT-100 attribute 'floorTemperature', 'number' // AVATTO/MOES floor thermostats NAMRON attribute 'floorSensorType', 'enum', ['NTC 10K/25', 'NTC 15K/25', 'NTC 12K/25', 'NTC 100K/25', 'NTC 50K/25'] // NAMRON attribute 'hysteresis', 'number' // AVATTO, Virtual thermostat, NAMRON attribute 'lcdBrightnesss', 'enum', ['low Level', 'mid Level', 'high Level'] // NAMRON attribute 'keyVibration', 'enum', ['off', 'low level', 'high Level'] // NAMRON attribute 'displayAutoOffActivation', 'enum', ['deactivated', 'activated'] // NAMRON_RADIATOR attribute 'maxHeatingSetpoint', 'number' // BRT-100, Sonoff, AVATTO attribute 'minHeatingSetpoint', 'number' // BRT-100, Sonoff, AVATTO attribute 'modeAfterDry', 'enum', ['off', 'manual', 'auto', 'eco'] // NAMRON attribute 'overHeatAlarm', 'number' // NAMRON attribute 'powerUpStatus', 'enum', ['default', 'last'] // NAMRON attribute 'temperatureDisplayMode', 'enum', ['room Temp', 'floor temp'] // NAMRON attribute 'windowOpenCheck', 'number' // NAMRON attribute 'windowOpenCheckActivation', 'enum', ['enabled', 'disabled'] // NAMRON_RADIATOR attribute 'windowOpenState', 'enum', ['notOpened', 'opened'] // NAMRON_RADIATOR attribute 'overHeatMark', 'enum', ['no', 'temperature over 85ºC and lower than 90ºC', 'temperature over 90ºC'] // NAMRON_RADIATOR command 'eco', [[name: 'eco', type: 'STRING', description: 'Set the thermostat to Eco mode', defaultValue : '']] command 'refreshAll', [[name: 'refreshAll', type: 'STRING', description: 'Refreshes all parameters', defaultValue : '']] command 'factoryResetThermostat', [[name: 'factoryResetThermostat', type: 'STRING', description: 'Factory reset the thermostat', defaultValue : '']] if (_DEBUG) { command 'testT', [[name: 'testT', type: 'STRING', description: 'testT', defaultValue : '']] } command 'sendCommand', [ [name:'command', type: 'STRING', description: 'command name', constraints: ['STRING']], [name:'val', type: 'STRING', description: 'command parameter value', constraints: ['STRING']] ] command 'setPar', [ [name:'par', type: 'STRING', description: 'preference parameter name', constraints: ['STRING']], [name:'val', type: 'STRING', description: 'preference parameter value', constraints: ['STRING']] ] // itterate through all the figerprints and add them on the fly deviceProfilesV3.each { profileName, profileMap -> if (profileMap.fingerprints != null) { profileMap.fingerprints.each { fingerprint it } } } } preferences { input name: 'txtEnable', type: 'bool', title: 'Enable descriptionText logging', defaultValue: true, description: 'Enables command logging.' input name: 'logEnable', type: 'bool', title: 'Enable debug logging', defaultValue: DEFAULT_DEBUG_LOGGING, description: 'Turns on debug logging for 24 hours.' // the rest of the preferences are inputed from the deviceProfile maps in the deviceProfileLib } } @Field static final Map deviceProfilesV3 = [ 'NAMRON' : [ description : 'NAMRON Thermostat', device : [manufacturers: ['NAMRON AS'], type: 'TRV', powerSource: 'mains', isSleepy:false], capabilities : ['ThermostatHeatingSetpoint': true, 'ThermostatOperatingState': true, 'ThermostatSetpoint':true, 'ThermostatMode':true], preferences : [calibrationTemp: '0x0201:0x0010', ecoSetPoint: '0x0201:0x0014', lcdBrightnesss:'0x0201:0x1000', keyVibration:'0x0201:0x1001', temperatureDisplayMode:'0x0201:0x1008', displayAutoOff:'0x0201:0x100B', childLock:'0x0204:0x0001', floorSensorType:'0x0201:0x1002', controlType:'0x0201:0x1003', powerUpStatus:'0x0201:0x1004', floorCalibrationTemp:'0x0201:0x1005', emergencyHeatTime:'0x0201:0x1006', modeAfterDry:'0x0201:0x1007', windowOpenCheck:'0x0201:0x1009', hysteresis:'0x0201:0x100A', overHeatAlarm:'0x0201:0x2001'/*, ecoMode:'0x0201:0x2002' */// remove ecoMode after testing! ], fingerprints : [ [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0003,0019", model:"4512737", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:'0104', endpointId:'01', inClusters:'0000,0003,0004,0005,0006,0009,0408,0702,0B04,0B05,1000,FCCC', outClusters:'0019,1000', model:'4512749-N', manufacturer:'NAMRON AS', deviceJoinName: 'NAMRON'] // EP02: 0000,0004,0005,0201 // EPF2: 0021 ], commands : [tesT:'testT', resetStats:'resetStats', refresh:'refresh', initialize:'initialize', updateAllPreferences: 'updateAllPreferences', resetPreferencesToDefaults:'resetPreferencesToDefaults', validateAndFixPreferences:'validateAndFixPreferences', factoryResetThermostat:'factoryResetThermostat', sendSupportedThermostatModes: 'sendSupportedThermostatModes', refreshAll: 'refreshAll', configureNamron:'configureNamron' ], attributes : [ [at:'0x0201:0x0000', name:'temperature', type:'decimal', dt:'0x29', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', description:'Measured room temperature'], // ^^^ (int16S, read-only) reportable LocalTemperature : Attribute This is room temperature, the maximum resolution this format allows is 0.01 ºC. [at:'0x0201:0x0001', name:'floorTemperature', type:'decimal', dt:'0x29', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', description:'Floor temperature'], // ^^^ (int16S, read-only) reportable OutdoorTemperature : This is floor temperature, the maximum resolution this format allows is 0.01 ºC. [at:'0x0201:0x0002', name:'occupancy', type:'enum', dt:'0x30', rw: 'ro', min:0, max:1, step:1, scale:1, map:[0: 'away', 1: 'heat'], unit:'', description:'Occupancy'], // ^^^ (bitmap8, read-only) Occupancy : When this flag is set as 1, it means occupied, OccupiedHeatingSetpoint will be used, otherwise UnoccupiedHeatingSetpoint will be used [at:'0x0201:0x0010', name:'calibrationTemp', type:'decimal', dt:'0x28', rw: 'rw', min:-3.0, max:3.0, defVal:0.0, step:0.1, scale:10, unit:'°C', title: 'Local Temperature Calibration', description:'Room temperature calibration'], // ^^^ (Int8S, reportable) TODO: check dt!!! LocalTemperatureCalibration : Room temperature calibration, range is -30-30, the maximum resolution this format allows 0.1°C. Default value: 0 [at:'0x0201:0x0011', name:'coolingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Cooling Setpoint', description:'This system is not invalid'], // not used [at:'0x0201:0x0012', name:'heatingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:0.0, max:40.0, defVal:30.0, step:0.01, scale:100, unit:'°C', title: 'Current Heating Setpoint', description:'Current heating setpoint'], // ^^^(int16S, reportable) OccupiedHeatingSetpoint : Range is 0-4000,the maximum resolution this format allows is 0.01 ºC. Default is 0xbb8(30.00ºC) [at:'0x0201:0x0014', name:'ecoSetPoint', type:'decimal', dt:'0x29', rw: 'rw', min:0.0, max:40.0, defVal:6.0, step:0.01, scale:100, unit:'°C', title: 'Eco (Away) Heating Setpoint', description:'Away (Eco, unoccupied) heating setpoint'], // ^^^(int16S, reportable) Un-OccupiedHeatingSetpoint : Range is 0-4000,the maximum resolution this format allows is 0.01 ºC. Default is 0x258(6.00ºC) [at:'0x0201:0x001B', name:'controlSequenceOfOperation', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 2: 'heat'], unit:'', description:'device supported operation type'], // always 2 (heat) // ^^^(Map16, read-only, reportable) HVAC relay state/ termostatRunningState Indicates the relay on/off status, here only supports bit0( Heat State) [at:'0x0201:0x001C', name:'thermostatMode', type:'enum', dt:'0x30', rw: 'rw', map:[0: 'off', 1: 'auto', 4: 'heat', 8: 'emergency heat'], title: 'Thermostat Mode', description:'Thermostat (System) Mode'], [at:'0x0201:0x0029', name:'thermostatOperatingState', type:'enum', dt:'0x30', rw: 'ro', min:0, max:1, step:1, scale:1, map:[0: 'idle', 1: 'heating'], unit:'', description:'Thermostat Operating State (relay on/off status)'], // ^^^(Map16, read-only, reportable) HVAC relay state/ termostatRunningState Indicates the relay on/off status, here only supports bit0( Heat State) // Thermostat User Interface Configuration-0x0204(Server) [at:'0x0204:0x0001', name:'childLock', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, defVal:'0', map:[0: 'off', 1: 'on'], unit:'', title: 'Child Lock', description:'Keyboard lockout'], // Proprietary Attributes: Manufacturer code 0x1224 [at:'0x0201:0x1000', name:'lcdBrightnesss', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'1', step:1, scale:1, map:[0: 'low Level', 1: 'mid Level', 2: 'high Level'], unit:'', title: 'OLED brightness', description:'OLED brightness'], // ^^^ (ENUM8,reportable) TODO: check dt!!! OLED brightness when operate the buttons: Value=0 : Low Level Value=1 : Mid Level(default) Value=2 : High Level [at:'0x0201:0x1001', name:'keyVibration', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'1', step:1, scale:1, map:[0: 'off', 1: 'low level', 2: 'high Level'], unit:'', title: 'Key Vibration', description:'Key Vibration'], // ^^^ (ENUM8,reportable) TODO: check dt!!! OLED brightness when operate the buttons: Value=0 : Low Level Value=1 : Mid Level(default) Value=2 : High Level [at:'0x0201:0x1002', name:'floorSensorType', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:1, max:5, defVal:'1', advanced:true, map:[1: 'NTC 10K/25', 2: 'NTC 15K/25', 3: 'NTC 12K/25', 4: 'NTC 100K/25', 5: 'NTC 50K/25'], unit:'', title: 'Floor Sensor Type', description:'Floor Sensor Type'], // ^^^ (ENUM8,reportable) TODO: check dt!!! TODO: check why there are 3 diferent enum groups??? FloorSenserType Value=5 : NTC 12K/25 Value=4 : NTC 100K/25 Value=3 : NTC 50K/25 Select external (Floor) sensor type: Value=1 : NTC 10K/25 (Default) Value=2 : NTC 15K/25 Value=5 : NTC 12K/25 Value=4 : NTC 100K/25 Value=3 : NTC 50K/25 Select external (Floor) sensor type: Value=1 : NTC 10K/25 (Default) Value=2 : NTC 15K/25 [at:'0x0201:0x1003', name:'controlType', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'0', advanced:true, map:[0: 'room sensor', 1: 'floor sensor', 2: 'room+floor sensor'], unit:'', title: 'Control Type', description:'Control Type'], // ^^^ (ENUM8,reportable) TODO: check dt!!! ControlType The referring sensor for heat control: Value=0 : Room sensor(Default) Value=1 : floor sensor Value=2 : Room+floor sensor [at:'0x0201:0x1004', name:'powerUpStatus', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'1', step:1, scale:1, map:[0: 'default', 1: 'last'], title: 'Power Up Status',description:'Power Up Status'], // ^^^ (ENUM8,reportable) TODO: check dt!!! PowerUpStatus Value=0 : default mode The mode after reset power of the device: Value=1 : last status before power off (Default) [at:'0x0201:0x1005', name:'floorCalibrationTemp', type:'decimal', dt:'0x28', mfgCode:'0x1224', rw: 'rw', min:-3.0, max:3.0, defVal:0.0, step:0.1, scale:10, unit:'°C', title: 'Floor Sensor Calibration', description:'Floor Sensor Calibration/i>'], // ^^^ (Int8S, reportable) TODO: check dt!!! FloorSenserCalibration The temp compensation for the external (floor) sensor, range is -30-30, unit is 0.1°C. default value 0 [at:'0x0201:0x1006', name:'emergencyHeatTime', type:'number', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:5, max:100, defVal:5, step:1, scale:1, unit:'minutes', title: 'Emergency Heat Time', description:'The duration of Emergency Heat time (dry time)>'], // ^^^ (Int8S, reportable) TODO: check dt!!! DryTime The duration of Dry Mode, range is 5-100, unit is min. Default value is 5. [at:'0x0201:0x1007', name:'modeAfterDry', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:3, defVal:'1', advanced:true, map:[0: 'off', 1: 'manual', 2: 'auto', 3: 'eco'], unit:'', title: 'Mode After Emergency Heat (Dry) mode', description:'The mode the thermostat will switch automatically after the Emergency Heat (Dry) Mode'], // ^^^ (ENUM8,reportable) TODO: check dt!!! ModeAfterDry The mode after Dry Mode: Value=0 : OFF Value=1 : Manual mode Value=2 : Auto mode –schedule (default) Value=3 : Away mode [at:'0x0201:0x1008', name:'temperatureDisplayMode', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'1', step:1, scale:1, map:[0: 'room Temp', 1: 'floor temp'], unit:'', title: 'Temperature Display',description:'Temperature Display'], // ^^^ (ENUM8,reportable) TODO: check dt!!! TemperatureDisplay Value=0 : Room Temp (Default) Value=1 : Floor Temp [at:'0x0201:0x1009', name:'windowOpenCheck', type:'decimal', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:0.0, max:8.0, defVal:0.0, step:0.5, scale:10, unit:'°C', title: 'Window Open Check', description:'The threshold to detect open window, 0 means disabled'], // ^^^ (INT8U,reportable) TODO: check dt!!! WindowOpenCheck The threshold to detect open window, range is 0.3-8, unit is 0.5ºC, 0 means disabled, default is 0 [at:'0x0201:0x100A', name:'hysteresis', type:'decimal', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:0.5, max:2.0, defVal:0.5, step:0.1, scale:10, unit:'°C', title: 'Hysteresis', description:'Hysteresis'], // ^^^ (INT8U,reportable) TODO: check dt!!! TODO - check the scailing !!! Hysteresis setting, range is 5-20, unit is 0.1ºC, default value is 5 [at:'0x0201:0x100B', name:'displayAutoOff', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'disabled', 1: 'enabled'], unit:'', title: 'Display Auto Off',description:'Display Auto Off disable/enable'], // ^^^ (ENUM8,reportable) TODO: check dt!!! DisplayAutoOffEnable 0, disable Display Auto Off function 1, enable Display Auto Off function [at:'0x0201:0x2001', name:'overHeatAlarm', type:'decimal', dt:'0x21', mfgCode:'0x1224', rw: 'rw', min:0.0, max:6.0, defVal:4.5, step:0.1, scale:10, advanced:true, unit:'°C', title: 'Over Heat Alarm', description:'Room temp alarm threshold, 0 means disabled,'], // ^^^ (INT8U,reportable) TODO: check dt!!! TODO - check the scailing !!! AlarmAirTempOverValue Room temp alarm threshold, range is 0.20-60, unit is 1ºC,0 means disabled, default is 45 [at:'0x0201:0x2002', name:'ecoMode', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'off', 1: 'on'], unit:'', title: 'Eco (Away) Mode', description:'Eco (Away) Mode'], // ^^^ (ENUM8,reportable) TODO: check dt!!! Away Mode Set: Value=1: away Value=0: not away (default) // Command supported !!!!!!!!!! TODO !!!!!!!!!!!! not attribute, but a command !!!!!!!!!!!!!!!! [cmd:'0x0201:0x0000', name:'setpointRaiseLower', type:'decimal', dt:'0x21', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:10, unit:'°C', description:'Setpoint Raise/Lower'] // ^^^ Setpoint Raise/Lower Increase or decrease the set temperature according to current mode, unit is 0.1ºC ], supportedThermostatModes : ['off', 'heat', 'auto', 'emergency heat', 'eco'], supportedThermostatFanModes : ['off'], refresh: ['pollThermostatCluster'], // definded in the thermostatLib deviceJoinName: 'NAMRON Thermostat', configuration : [:] ], 'NAMRON_RADIATOR' : [ description : 'NAMRON Radiator', device : [manufacturers: ['NAMRON AS'], type: 'TRV', powerSource: 'mains', isSleepy:false], capabilities : ['ThermostatHeatingSetpoint': true, 'ThermostatOperatingState': true, 'ThermostatSetpoint':true, 'ThermostatMode':true], preferences : [calibrationTemp: '0x0201:0x0010', lcdBrightnesss:'0x0201:0x1000', displayAutoOffActivation:'0x0201:0x1001', temperatureDisplayMode:'0x0201:0x1008', displayAutoOffActivation:'0x0201:0x1001', childLock:'0x0204:0x0001', powerUpStatus:'0x0201:0x1004', windowOpenCheckActivation:'0x0201:0x1009', hysteresis:'0x0201:0x100A', overHeatAlarm:'0x0201:0x2001'/*, ecoMode:'0x0201:0x2002' */// remove ecoMode after testing! ], fingerprints : [ [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401392", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401396", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401393", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401397", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , // @tomas [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401394", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401398", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , // @tomas [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401395", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0001,0003,0019", model:"5401399", manufacturer:"NAMRON AS", controllerType: "ZGB", deviceJoinName: 'NAMRON'] , ], commands : [resetStats:'resetStats', refresh:'refresh', initialize:'initialize', updateAllPreferences: 'updateAllPreferences', resetPreferencesToDefaults:'resetPreferencesToDefaults', validateAndFixPreferences:'validateAndFixPreferences', factoryResetThermostat:'factoryResetThermostat', sendSupportedThermostatModes: 'sendSupportedThermostatModes', refreshAll: 'refreshAll', configureNamron:'configureNamron' ], attributes : [ [at:'0x0201:0x0000', name:'temperature', type:'decimal', dt:'0x29', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', description:'Measured room temperature'], [at:'0x0201:0x0010', name:'calibrationTemp', type:'decimal', dt:'0x28', rw: 'rw', min:-3.0, max:3.0, defVal:0.0, step:0.1, scale:10, unit:'°C', title: 'Local Temperature Calibration', description:'Room temperature calibration'], [at:'0x0201:0x0011', name:'coolingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Cooling Setpoint', description:'This system is not invalid'], // not used [at:'0x0201:0x0012', name:'heatingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:5.0, max:35.0, defVal:30.0, step:0.01, scale:100, unit:'°C', title: 'Current Heating Setpoint', description:'Current heating setpoint'], [at:'0x0201:0x001B', name:'controlSequenceOfOperation', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 2: 'heat'], unit:'', description:'device supported operation type'], [at:'0x0201:0x001C', name:'thermostatMode', type:'enum', dt:'0x30', rw: 'rw', map:[0: 'off', 1: 'auto', 4: 'heat', 8: 'emergency heat'], title: 'Thermostat Mode', description:'Thermostat (System) Mode'], [at:'0x0201:0x0020', name:'startOfWeek', type:'enum', dt:'0x30', rw: 'rw', map:[0: 'Sun', 1: 'Mon'], title: 'Start Of Week', description:'Start of week'], [at:'0x0201:0x0021', name:'numberOfWeeklyTransitions',type:'enum', dt:'0x30', rw: 'ro', map:[0: '7 transitions'], title: 'Number of Weekly Transitions', description:'Number of weekly transitions'], [at:'0x0201:0x0022', name:'numberOfDailyTransitions', type:'enum', dt:'0x30', rw: 'ro', map:[0: '4 time periods'], title: 'Number of Daily Transitions', description:'Number of daily transitions'], [at:'0x0201:0x0029', name:'thermostatOperatingState', type:'enum', dt:'0x30', rw: 'ro', min:0, max:1, step:1, scale:1, map:[0: 'idle', 1: 'heating'], unit:'', description:'Thermostat Operating State (relay on/off status)'], // Thermostat User Interface Configuration-0x0204(Server) [at:'0x0204:0x0000', name:'temperatureDisplayMode', type:'enum', dt:'0x30', rw: 'ro', map:[0: 'Temperature in °C'], description:'Temperature display mode'], [at:'0x0204:0x0001', name:'childLock', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 1: 'on'], unit:'', title: 'Child Lock', description:'Keyboard lockout'], // Proprietary Attributes: Manufacturer code 0x1224 [at:'0x0201:0x1000', name:'lcdBrightnesss', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:1, max:7, defVal:'1', map:[1: 'Level 1', 2: 'Level 2', 3: 'Level 3', 4: 'Level 4', 5: 'Level 5', 6: 'Level 6', 7: 'Level 7'], unit:'', title: 'OLED brightness', description:'OLED brightness'], [at:'0x0201:0x1001', name:'displayAutoOffActivation', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', map:[0: 'deactivated', 1: 'activated'], title: 'Display Auto Off Activation', description:'Display auto off activation'], [at:'0x0201:0x1004', name:'powerUpStatus', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'1', step:1, scale:1, map:[0: 'default', 1: 'last'], title: 'Power Up Status',description:'Power Up Status'], [at:'0x0201:0x1009', name:'windowOpenCheckActivation', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'1', step:1, scale:1, map:[0: 'enabled', 1: 'disabled'], title: 'Window Open Check Activation',description:'Window open check activation'], [at:'0x0201:0x100A', name:'hysteresis', type:'decimal', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:0.5, max:5.0, defVal:0.5, step:0.1, scale:10, unit:'°C', title: 'Hysteresis', description:'Hysteresis'], [at:'0x0201:0x100B', name:'windowOpenState', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'ro', min:0, max:1, defVal:'0', map:[0: 'notOpened', 1: 'opened'], title: 'Window Open State/b>',description:'Window open state'], [at:'0x0201:0x2002', name:'overHeatMark', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'ro', min:0, max:2, defVal:'0', map:[0: 'no', 1: 'temperature over 85ºC and lower than 90ºC', 2: 'temperature over 90ºC'], description:'OoverHeatMark'], // commands supported [cmd:'0x0201:0x0000', name:'setpointRaiseLower', type:'decimal', dt:'0x21', rw: 'ow', min:5.0, max:35.0, step:0.5, scale:10, unit:'°C', description:'Setpoint Raise/Lower'], [cmd:'0x0201:0x0001', name:'setWeeklySchedule', type:'decimal', dt:'0x21', rw: 'ow', description:'Set Weekly Schedule'], [cmd:'0x0201:0x0002', name:'gettWeeklySchedule', type:'decimal', dt:'0x21', rw: 'ro', description:'Get Weekly Schedule'] ], supportedThermostatModes : ['off', 'heat', 'auto'], supportedThermostatFanModes : ['off'], refresh: ['pollThermostatCluster'], deviceJoinName: 'NAMRON Radiator', configuration : [:] ], // Sunricher HK-LN-HEATER-A' Zigbee Heating Thermostat SR-ZG9092A 'SUNRICHER' : [ // https://www.sunricher.com/zigbee-heating-thermostat-sr-zg9092a.html#product_tabs_description_tabbed description : 'Sunricher Thermostat', // https://www.sunricher.com/media/resources/manual/SR-ZG9092A%20instruction.pdf device : [manufacturers: ['Sunricher'], type: 'TRV', powerSource: 'mains', isSleepy:false], capabilities : ['ThermostatHeatingSetpoint': true, 'ThermostatOperatingState': true, 'ThermostatSetpoint':true, 'ThermostatMode':true], preferences : [calibrationTemp: '0x0201:0x0010', ecoSetPoint: '0x0201:0x0014', lcdBrightnesss:'0x0201:0x1000', keyVibration:'0x0201:0x1001', temperatureDisplayMode:'0x0201:0x1008', displayAutoOff:'0x0201:0x100B', childLock:'0x0204:0x0001', floorSensorType:'0x0201:0x1002', controlType:'0x0201:0x1003', powerUpStatus:'0x0201:0x1004', floorCalibrationTemp:'0x0201:0x1005', emergencyHeatTime:'0x0201:0x1006', modeAfterDry:'0x0201:0x1007', windowOpenCheck:'0x0201:0x1009', hysteresis:'0x0201:0x100A', overHeatAlarm:'0x0201:0x2001'/*, ecoMode:'0x0201:0x2002' */// remove ecoMode after testing! ], fingerprints : [ [profileId:"0104", endpointId:"01", inClusters:"0000,0003,0004,0005,0009,000A,0201,0204,0702,0B04", outClusters:"0003,0019", model:"HK-LN-HEATER-A", manufacturer:"Sunricher", controllerType: "ZGB", deviceJoinName: 'Sunricher HK-LN-HEATER-A'] , //Sunricher Thermostat ], commands : [tesT:'testT', resetStats:'resetStats', refresh:'refresh', initialize:'initialize', updateAllPreferences: 'updateAllPreferences', resetPreferencesToDefaults:'resetPreferencesToDefaults', validateAndFixPreferences:'validateAndFixPreferences', factoryResetThermostat:'factoryResetThermostat', sendSupportedThermostatModes: 'sendSupportedThermostatModes', refreshAll: 'refreshAll', configureNamron:'configureNamron' ], attributes : [ [at:'0x0201:0x0000', name:'temperature', type:'decimal', dt:'0x29', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', description:'Measured room temperature'], [at:'0x0201:0x0001', name:'floorTemperature', type:'decimal', dt:'0x29', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', description:'Floor temperature'], [at:'0x0201:0x0002', name:'occupancy', type:'enum', dt:'0x30', rw: 'ro', min:0, max:1, step:1, scale:1, map:[0: 'away', 1: 'heat'], unit:'', description:'Occupancy'], // When this flag is set as 1, it means occupied, OccupiedHeatingSetpoint will be used, otherwise UnoccupiedHeatingSetpoint will be used. // ^^^ (bitmap8, read-only) Occupancy : When this flag is set as 1, it means occupied, OccupiedHeatingSetpoint will be used, otherwise UnoccupiedHeatingSetpoint will be used [at:'0x0201:0x0010', name:'calibrationTemp', type:'decimal', dt:'0x28', rw: 'rw', min:-3.0, max:3.0, defVal:0.0, step:0.1, scale:10, unit:'°C', title: 'Local Temperature Calibration', description:'Room temperature calibration'], [at:'0x0201:0x0011', name:'coolingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Cooling Setpoint', description:'This system is not invalid'], [at:'0x0201:0x0012', name:'heatingSetpoint', type:'decimal', dt:'0x29', rw: 'rw', min:0.0, max:40.0, defVal:30.0, step:0.01, scale:100, unit:'°C', title: 'Current Heating Setpoint', description:'Current heating setpoint'], [at:'0x0201:0x0014', name:'ecoSetPoint', type:'decimal', dt:'0x29', rw: 'rw', min:0.0, max:40.0, defVal:6.0, step:0.01, scale:100, unit:'°C', title: 'Eco (Away) Heating Setpoint', description:'Away (Eco, unoccupied) heating setpoint'], [at:'0x0201:0x001B', name:'controlSequenceOfOperation', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 2: 'heat'], unit:'', description:'device supported operation type'], // always 2 (heat) [at:'0x0201:0x001C', name:'thermostatMode', type:'enum', dt:'0x30', rw: 'rw', map:[0: 'off', 1: 'auto', 4: 'heat', 8: 'emergency heat'], title: 'Thermostat Mode', description:'Thermostat (System) Mode'], [at:'0x0201:0x0029', name:'thermostatOperatingState', type:'enum', dt:'0x30', rw: 'ro', min:0, max:1, step:1, scale:1, map:[0: 'idle', 1: 'heating'], unit:'', description:'Thermostat Operating State (relay on/off status)'], // Thermostat User Interface Configuration-0x0204(Server) [at:'0x0204:0x0000', name:'temperatureDisplayMode2', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'room Temp', 1: 'floor temp'], unit:'', title: 'Temperature Display',description:'Temperature Display'], [at:'0x0204:0x0001', name:'childLock', type:'enum', dt:'0x30', rw: 'rw', min:0, max:1, step:1, scale:1, defVal:'0', map:[0: 'off', 1: 'on'], unit:'', title: 'Child Lock', description:'Keyboard lockout'], // Proprietary Attributes: Manufacturer code 0x1224 [at:'0x0201:0x1000', name:'lcdBrightnesss', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'1', step:1, scale:1, map:[0: 'low Level', 1: 'mid Level', 2: 'high Level'], unit:'', title: 'OLED brightness', description:'OLED brightness when operating the buttons'], [at:'0x0201:0x1001', name:'keyVibration', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'1', step:1, scale:1, map:[0: 'off', 1: 'low level', 2: 'high Level'], unit:'', title: 'Key Vibration', description:'Key beep volume & vibration level'], [at:'0x0201:0x1002', name:'floorSensorType', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:1, max:5, defVal:'1', advanced:true, map:[1: 'NTC 10K/25', 2: 'NTC 15K/25', 3: 'NTC 12K/25', 4: 'NTC 100K/25', 5: 'NTC 50K/25'], unit:'', title: 'Floor Sensor Type', description:'External (Floor) sensor type'], [at:'0x0201:0x1003', name:'controlType', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:2, defVal:'0', advanced:true, map:[0: 'room sensor', 1: 'floor sensor', 2: 'room+floor sensor'], unit:'', title: 'Control Type', description:'The referring sensor for heat control'], [at:'0x0201:0x1004', name:'powerUpStatus', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'1', step:1, scale:1, map:[0: 'default', 1: 'last'], title: 'Power Up Status',description:'The mode after reset power of the device'], [at:'0x0201:0x1005', name:'floorCalibrationTemp', type:'decimal', dt:'0x28', mfgCode:'0x1224', rw: 'rw', min:-3.0, max:3.0, defVal:0.0, step:0.1, scale:10, unit:'°C', title: 'Floor Sensor Calibration', description:'The temp compensation for the external (floor) sensor'], // ^^^ (Int8S, reportable) TODO: check dt!!! FloorSenserCalibration The temp compensation for the external (floor) sensor, range is -30-30, unit is 0.1°C. default value 0 [at:'0x0201:0x1006', name:'emergencyHeatTime', type:'number', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:5, max:100, defVal:5, step:1, scale:1, unit:'minutes', title: 'Emergency Heat Time', description:'The duration of Emergency Heat time (Dry) time)>'], // ^^^ (Int8S, reportable) TODO: check dt!!! DryTime The duration of Dry Mode, range is 5-100, unit is min. Default value is 5. [at:'0x0201:0x1007', name:'modeAfterDry', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:3, defVal:'1', advanced:true, map:[0: 'off', 1: 'manual', 2: 'auto', 3: 'eco'], unit:'', title: 'Mode After Emergency Heat (Dry) mode', description:'The mode the thermostat will switch automatically after the Emergency Heat (Dry) Mode'], // ^^^ (ENUM8,reportable) TODO: check dt!!! ModeAfterDry The mode after Dry Mode: Value=0 : OFF Value=1 : Manual mode Value=2 : Auto mode –schedule (default) Value=3 : Away mode [at:'0x0201:0x1008', name:'temperatureDisplayMode', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'room Temp', 1: 'floor temp'], unit:'', title: 'Temperature Display',description:'Temperature Display, default is room temp'], // ^^^ (ENUM8,reportable) TODO: check dt!!! TemperatureDisplay Value=0 : Room Temp (Default) Value=1 : Floor Temp [at:'0x0201:0x1009', name:'windowOpenCheck', type:'decimal', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:0.0, max:8.0, defVal:0.0, step:0.5, scale:10, unit:'°C', title: 'Window Open Check', description:'The threshold to detect open window, 0 means disabled'], // ^^^ (INT8U,reportable) TODO: check dt!!! WindowOpenCheck The threshold to detect open window, range is 0.3-8, unit is 0.5ºC, 0 means disabled, default is 0 [at:'0x0201:0x100A', name:'hysteresis', type:'decimal', dt:'0x20', mfgCode:'0x1224', rw: 'rw', min:0.5, max:2.0, defVal:0.5, step:0.1, scale:10, unit:'°C', title: 'Hysteresis', description:'Hysteresis setting'], // ^^^ (INT8U,reportable) TODO: check dt!!! TODO - check the scailing !!! Hysteresis setting, range is 5-20, unit is 0.1ºC, default value is 5 [at:'0x0201:0x100B', name:'displayAutoOff', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'disabled', 1: 'enabled'], unit:'', title: 'Display Auto Off',description:'Display Auto Off disable/enable'], // ^^^ (ENUM8,reportable) TODO: check dt!!! DisplayAutoOffEnable 0, disable Display Auto Off function 1, enable Display Auto Off function [at:'0x0201:0x2001', name:'overHeatAlarm', type:'decimal', dt:'0x21', mfgCode:'0x1224', rw: 'rw', min:0.0, max:35.0, defVal:27.0, step:1, scale:1, advanced:true, unit:'°C', title: 'Over Heat Alarm', description:'Floor temperature over heating threshold, 0 means disabled,'], // ^^^ (INT8U,reportable) TODO: check dt!!! TODO - check the scailing !!! AlarmAirTempOverValue Room temp alarm threshold, range is 0.20-60, unit is 1ºC,0 means disabled, default is 45 [at:'0x0201:0x2002', name:'ecoMode', type:'enum', dt:'0x30', mfgCode:'0x1224', rw: 'rw', min:0, max:1, defVal:'0', step:1, scale:1, map:[0: 'off', 1: 'on'], unit:'', title: 'Eco (Away) Mode', description:'Eco (Away) Mode'], // ^^^ (ENUM8,reportable) TODO: check dt!!! Away Mode Set: Value=1: away Value=0: not away (default) ], supportedThermostatModes : ['off', 'heat', 'auto', 'emergency heat', 'eco'], supportedThermostatFanModes : ['off'], refresh: ['pollThermostatCluster'/*, 'pollOccupancy'*/], deviceJoinName: 'Sunricher Thermostat', configuration : [:] ], '---' : [ description : '--------------------------------------', ], // TODO = check constants! https://github.com/Koenkk/zigbee-herdsman-converters/blob/master/src/lib/constants.ts#L17 'GENERIC_ZIGBEE_THERMOSTAT' : [ description : 'Generic Zigbee Thermostat', device : [type: 'TRV', powerSource: 'battery', isSleepy:false], capabilities : ['ThermostatHeatingSetpoint': true, 'ThermostatOperatingState': true, 'ThermostatSetpoint':true, 'ThermostatMode':true], preferences : [:], fingerprints : [], commands : ['resetStats':'resetStats', 'refresh':'refresh', 'initialize':'initialize', 'updateAllPreferences': 'updateAllPreferences', 'resetPreferencesToDefaults':'resetPreferencesToDefaults', 'validateAndFixPreferences':'validateAndFixPreferences', 'getDeviceNameAndProfile':'getDeviceNameAndProfile' ], attributes : [ [at:'0x0201:0x0000', name:'temperature', type:'decimal', dt: '0x21', rw: 'ro', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Temperature', description:'Measured temperature'], [at:'0x0201:0x0011', name:'coolingSetpoint', type:'decimal', dt: '0x21', rw: 'rw', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Cooling Setpoint', description:'cooling setpoint'], [at:'0x0201:0x0012', name:'heatingSetpoint', type:'decimal', dt: '0x21', rw: 'rw', min:5.0, max:35.0, step:0.5, scale:100, unit:'°C', title: 'Current Heating Setpoint', description:'Current heating setpoint'], [at:'0x0201:0x001C', name:'thermostatMode', type:'enum', dt: '0x20', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 1: 'auto', 2:'unknown_2', 4:'heat', 8:'emergency heat'], unit:'', title: 'thermostatMode', description:'System Mode ?'], [at:'0x0201:0x001E', name:'thermostatRunMode', type:'enum', dt: '0x20', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 1: 'heat'], unit:'', title: 'thermostatRunMode', description:'thermostatRunMode'], [at:'0x0201:0x0020', name:'battery2', type:'number', dt: '0x21', rw: 'ro', min:0, max:100, step:1, scale:1, unit:'%', description:'Battery percentage remaining'], [at:'0x0201:0x0023', name:'thermostatHoldMode', type:'enum', dt: '0x20', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 1: 'heat'], unit:'', title: 'thermostatHoldMode', description:'thermostatHoldMode'], [at:'0x0201:0x0029', name:'thermostatOperatingState', type:'enum', dt: '0x20', rw: 'rw', min:0, max:1, step:1, scale:1, map:[0: 'off', 1: 'heat'], unit:'', title: 'thermostatOperatingState', description:'thermostatOperatingState'], ], refresh: ['pollThermostatCluster'], deviceJoinName: 'Generic Zigbee Thermostat', configuration : [:] ] ] void off() { setThermostatMode('off') } void on() { setThermostatMode('heat') } // not used /* * ----------------------------------------------------------------------------- * thermostat cluster 0x0201 * called from parseThermostatCluster() in the main code ... * ----------------------------------------------------------------------------- */ void customParseThermostatCluster(final Map descMap) { final Integer value = safeToInt(hexStrToUnsignedInt(descMap.value)) logTrace "customParseThermostatCluster: zigbee received Thermostat cluster (0x0201) attribute 0x${descMap.attrId} value ${value} (raw ${descMap.value})" if (descMap == null || descMap == [:] || descMap.cluster == null || descMap.attrId == null || descMap.value == null) { logTrace 'descMap is missing cluster, attribute or value!'; return } boolean result = processClusterAttributeFromDeviceProfile(descMap) if ( result == false ) { logWarn "parseThermostatClusterThermostat: received unknown Thermostat cluster (0x0201) attribute 0x${descMap.attrId} (value ${descMap.value})" } } // ThermostatConfig cluster 0x0204 void customParseThermostatConfigCluster(final Map descMap) { final Integer value = safeToInt(hexStrToUnsignedInt(descMap.value)) logTrace "customParseThermostatConfigCluster: zigbee received Thermostat Config cluster (0x0204) attribute 0x${descMap.attrId} value ${value} (raw ${descMap.value})" if (descMap == null || descMap == [:] || descMap.cluster == null || descMap.attrId == null || descMap.value == null) { logTrace 'descMap is missing cluster, attribute or value!'; return } boolean result = processClusterAttributeFromDeviceProfile(descMap) if ( result == false ) { logWarn "parseThermostatConfigCluster: received unknown Thermostat Config cluster (0x0204) attribute 0x${descMap.attrId} (value ${descMap.value})" } } // // called from updated() in the main code void customUpdated() { //ArrayList cmds = [] logDebug 'customUpdated: ...' // if (settings?.forcedProfile != null) { //logDebug "current state.deviceProfile=${state.deviceProfile}, settings.forcedProfile=${settings?.forcedProfile}, getProfileKey()=${getProfileKey(settings?.forcedProfile)}" if (getProfileKey(settings?.forcedProfile) != state.deviceProfile) { logWarn "changing the device profile from ${state.deviceProfile} to ${getProfileKey(settings?.forcedProfile)}" state.deviceProfile = getProfileKey(settings?.forcedProfile) //initializeVars(fullInit = false) customInitializeVars(fullInit = false) resetPreferencesToDefaults(debug = true) logInfo 'press F5 to refresh the page' } } else { logDebug 'forcedProfile is not set' } final int pollingInterval = (settings.temperaturePollingInterval as Integer) ?: 0 if (pollingInterval > 0) { logInfo "updatedThermostat: scheduling temperature polling every ${pollingInterval} seconds" scheduleThermostatPolling(pollingInterval) } else { unScheduleThermostatPolling() logInfo 'updatedThermostat: thermostat polling is disabled!' } // Itterates through all settings logDebug 'updatedThermostat: updateAllPreferences()...' updateAllPreferences() } void refreshAll() { logInfo 'Refreshing all parameters...' List cmds = [] DEVICE.attributes.each { attr -> Map map = attr as Map log.trace "refreshAll: ${map} " if (map != null && map.at != null) { Map mfgCode = map.mfgCode != null ? ['mfgCode':map.mfgCode] : [:] cmds += zigbee.readAttribute(hubitat.helper.HexUtils.hexStringToInt((map.at).split(':')[0]), hubitat.helper.HexUtils.hexStringToInt((map.at).split(':')[1]), mfgCode, delay = 100) } } logDebug "refreshAll: ${cmds} " setRefreshRequest() // 3 seconds sendZigbeeCommands(cmds) } List refreshNamron() { List cmds = [] logDebug 'refreshNamron() ...' cmds += zigbee.readAttribute(0x0201, [0x0000, 0x0001, 0x0010, 0x0012,0x0014, 0x001c, 0x0029], [:], delay = 255) // temperature, floorTemperature, occupancy, calibration, heatingSetpoint, unoccupiedHeatingSetpoint, termostatRunningState, systemMode, thermostatOperatingState cmds += zigbee.readAttribute(0x0b04, [0x0505, 0x0508, 0x050b, 0x0802], [:], delay = 255) // ActivePower, ActiveEnergy, ActivePower, ACCurrentOverload cmds += zigbee.readAttribute(0x0702, 0x0000, [:], delay = 255) // CurrentSummationDelivered - energy consumption return cmds } List configureNamron() { List cmds = [] logDebug 'configureNamron() ...' cmds += zigbee.configureReporting(0x0201, 0x0000, 0x29, 0, 600, 50, [:], delay=200) // Configure LocalTemperature reporting cmds += zigbee.configureReporting(0x0201, 0x0001, 0x29, 0, 600, 50, [:], delay=200) // Configure floorTemperature reporting cmds += zigbee.configureReporting(0x0201, 0x0012, 0x29, 0, 600, 50, [:], delay=200) // Configure OccupiedHeatingSetpoint reporting cmds += zigbee.configureReporting(0x0201, 0x001c, 0x30, 0, 600, 1, [:], delay=200) // Configure thermostatMode reporting // zigbee configure reporting error: Invalid Data Type [8D, 00, 29, 00] // cmds += zigbee.configureReporting(0x0201, 0x0029, 0x20, 0, 600, 1) // Configure thermostatOperatingState reporting cmds += zigbee.configureReporting(0x0b04, 0x050b, DataType.INT16, 0, 600, 50, [:], delay=200) // Configure ActivePower reporting cmds += zigbee.configureReporting(0x0b04, 0x0505, DataType.UINT16, 0, 600, 10, [:], delay=200) // Configure Voltage reporting cmds += zigbee.configureReporting(0x0b04, 0x0508, DataType.UINT16, 0, 600, 50, [:], delay=200) // Configure Amperage reporting cmds += zigbee.configureReporting(0x0702, 0x0000, DataType.UINT48, 0, 600, 1, [:], delay=200) // Configure Energy reporting return cmds } List customRefresh() { List cmds = refreshFromDeviceProfileList() cmds += refreshNamron() logDebug "customRefresh: ${cmds} " return cmds } List customConfigure() { List cmds = [] cmds += configureNamron() logDebug "customConfigure() : ${cmds} " return cmds } // called from initializeDevice in the commonLib code List customInitializeDevice() { List cmds = [] //int intMinTime = 300 //int intMaxTime = 600 // report temperature every 10 minutes ! cmds += configureNamron() /* if ( getDeviceProfile() == 'SONOFF_TRV') { cmds += initializeSonoff() } else if (getDeviceProfile() == 'AQARA_E1_TRV' ) { cmds += initializeAqara() } else { */ logDebug"customInitializeDevice: nothing to initialize for device group ${getDeviceProfile()}" //} logDebug "initializeThermostat() : ${cmds}" return cmds } void customInitializeVars(final boolean fullInit=false) { logDebug "customInitializeVars(${fullInit})" if (state.deviceProfile == null) { setDeviceNameAndProfile() // in deviceProfileiLib.groovy } thermostatInitializeVars(fullInit) if (fullInit == true) { resetPreferencesToDefaults() } device.updateSetting('defaultPrecision', [value: 1, type: 'number']) } // called from initializeVars() in the main code ... void customInitEvents(final boolean fullInit=false) { logDebug "customInitEvents(${fullInit})" thermostatInitEvents(fullInit) } // called from processFoundItem (processTuyaDPfromDeviceProfile and ) processClusterAttributeFromDeviceProfile in deviceProfileLib when a Zigbee message was found defined in the device profile map // /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef */ void customProcessDeviceProfileEvent(final Map descMap, final String name, final valueScaled, final String unitText, final String descText) { logTrace "customProcessDeviceProfileEvent(${name}, ${valueScaled}) called" Map eventMap = [name: name, value: valueScaled, unit: unitText, descriptionText: descText, type: 'physical', isStateChange: true] switch (name) { case 'temperature' : handleTemperatureEvent(valueScaled as Float) break case 'floorTemperature' : eventMap.value = Math.round(valueScaled * 10) / 10 eventMap.unit = '°C' sendThermostatEvent(eventMap) break case 'humidity' : handleHumidityEvent(valueScaled) break case 'heatingSetpoint' : sendHeatingSetpointEvent(valueScaled) state.lastHeatingSetpoint = valueScaled break case 'thermostatMode' : // changed 09/01/2024 (0x0201:0x001c) if (device.currentValue('ecoMode') == 'on' && valueScaled != 'off') { logWarn "customProcessDeviceProfileEvent: ignoring the thermostatMode ${valueScaled} event, because the ecoMode is on!" } else { sendThermostatEvent(eventMap) state.lastThermostatMode = valueScaled } break case 'ecoMode' : // changed 09/01/2024 logTrace "ecoMode = ${valueScaled}" sendThermostatEvent(eventMap) if (valueScaled == 'on') { // ecoMode is on sendThermostatEvent([name: 'thermostatMode', value: 'eco', isStateChange: true, descriptionText: 'thermostatMode is eco (eco on)', type: 'digital']) state.lastThermostatMode = 'eco' // added 09/01/2024 Float ecoSetpoint = device.currentValue('ecoSetPoint') as Float ?: 6.0 sendThermostatEvent([name: 'heatingSetpoint', value: ecoSetpoint, isStateChange: true, descriptionText: 'heatingSetpoint is ecoSetpoint', type: 'digital']) sendThermostatEvent([name: 'thermostatSetpoint', value: ecoSetpoint, isStateChange: true, descriptionText: 'thermostatSetpoint is ecoSetpoint', type: 'digital']) } else { sendThermostatEvent([name: 'thermostatMode', value: 'heat', isStateChange: true, descriptionText: 'thermostatMode is heat (eco off)', type: 'digital']) state.lastThermostatMode = 'heat' // added 09/01/2024 Float lastHeatingSetpoint = state.lastHeatingSetpoint as Float ?: 20.0 sendThermostatEvent([name: 'heatingSetpoint', value: state.lastHeatingSetpoint, isStateChange: true, descriptionText: 'heatingSetpoint is lastHeatingSetpoint', type: 'digital']) sendThermostatEvent([name: 'thermostatSetpoint', value: state.lastHeatingSetpoint, isStateChange: true, descriptionText: 'thermostatSetpoint is lastHeatingSetpoint', type: 'digital']) } break case 'ecoSetPoint' : sendThermostatEvent(eventMap) if (device.currentValue('ecoMode') == 'on') { sendThermostatEvent([name: 'heatingSetpoint', value: valueScaled, isStateChange: true, descriptionText: 'heatingSetpoint is ecoSetpoint', type: 'digital']) sendThermostatEvent([name: 'thermostatSetpoint', value: valueScaled, isStateChange: true, descriptionText: 'thermostatSetpoint is ecoSetpoint', type: 'digital']) } break case 'emergencyHeating' : sendEvent(eventMap) logInfo "${descText}" if (valueScaled == 'on') { // the valve shoud be completely open, however the level and the working states are NOT updated! :( sendEvent(name: 'thermostatMode', value: 'emergency heat', isStateChange: true, descriptionText: 'emergencyHeating is on') sendEvent(name: 'thermostatOperatingState', value: 'heating', isStateChange: true, descriptionText: 'emergencyHeating is on') } else { sendEvent(name: 'thermostatMode', value: 'heat', isStateChange: true, descriptionText: 'emergencyHeating is off') } break default : sendEvent(name : name, value : valueScaled, unit:unitText, descriptionText: descText, type: 'physical', isStateChange: true) // attribute value is changed - send an event ! logDebug "event ${name} sent w/ value ${valueScaled}" logInfo "${descText}" // send an Info log also (because value changed ) // TODO - check whether Info log will be sent also for spammy DPs ? break } } import java.time.Instant import java.time.ZoneOffset import java.time.LocalDateTime void testT(String par) { List cmds = [] cmds = ["he raw 0x${device.deviceNetworkId} 1 1 0x000a {40 01 01 00 00 00 e2 78 83 1f 2e 07 00 00 23 a8 ad 1f 2e}", "delay 200",] sendZigbeeCommands(cmds) } // /////////////////////////////////////////////////////////////////// Libraries ////////////////////////////////////////////////////////////////////// // ~~~~~ start include (144) kkossev.commonLib ~~~~~ /* groovylint-disable CompileStatic, DuplicateListLiteral, DuplicateMapLiteral, DuplicateNumberLiteral, DuplicateStringLiteral, ImplicitClosureParameter, ImplicitReturnStatement, InsecureRandom, LineLength, MethodCount, MethodReturnTypeRequired, MethodSize, NglParseError, NoDouble, ParameterName, PublicMethodsBeforeNonPublicMethods, StaticMethodsBeforeInstanceMethods, UnnecessaryGetter, UnnecessaryGroovyImport, UnnecessaryObjectReferences, UnnecessaryPackageReference, UnnecessaryPublicModifier, UnnecessarySetter, UnusedImport, UnusedPrivateMethod, VariableName */ // library marker kkossev.commonLib, line 1 library( // library marker kkossev.commonLib, line 2 base: 'driver', author: 'Krassimir Kossev', category: 'zigbee', description: 'Common ZCL Library', name: 'commonLib', namespace: 'kkossev', // library marker kkossev.commonLib, line 3 importUrl: 'https://raw.githubusercontent.com/kkossev/hubitat/development/libraries/commonLib.groovy', documentationLink: '', // library marker kkossev.commonLib, line 4 version: '3.3.2' // library marker kkossev.commonLib, line 5 ) // library marker kkossev.commonLib, line 6 /* // library marker kkossev.commonLib, line 7 * Common ZCL Library // library marker kkossev.commonLib, line 8 * // library marker kkossev.commonLib, line 9 * Licensed Virtual the Apache License, Version 2.0 (the "License"); you may not use this file except // library marker kkossev.commonLib, line 10 * in compliance with the License. You may obtain a copy of the License at: // library marker kkossev.commonLib, line 11 * // library marker kkossev.commonLib, line 12 * http://www.apache.org/licenses/LICENSE-2.0 // library marker kkossev.commonLib, line 13 * // library marker kkossev.commonLib, line 14 * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed // library marker kkossev.commonLib, line 15 * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License // library marker kkossev.commonLib, line 16 * for the specific language governing permissions and limitations under the License. // library marker kkossev.commonLib, line 17 * // library marker kkossev.commonLib, line 18 * This library is inspired by @w35l3y work on Tuya device driver (Edge project). // library marker kkossev.commonLib, line 19 * For a big portions of code all credits go to Jonathan Bradshaw. // library marker kkossev.commonLib, line 20 * // library marker kkossev.commonLib, line 21 * // library marker kkossev.commonLib, line 22 * ver. 1.0.0 2022-06-18 kkossev - first beta version // library marker kkossev.commonLib, line 23 * ver. 2.0.0 2023-05-08 kkossev - first published version 2.x.x // library marker kkossev.commonLib, line 24 * ver. 2.1.6 2023-11-06 kkossev - last update on version 2.x.x // library marker kkossev.commonLib, line 25 * ver. 3.0.0 2023-11-16 kkossev - first version 3.x.x // library marker kkossev.commonLib, line 26 * ver. 3.0.1 2023-12-06 kkossev - info event renamed to Status; txtEnable and logEnable moved to the custom driver settings; 0xFC11 cluster; logEnable is false by default; checkDriverVersion is called on updated() and on healthCheck(); // library marker kkossev.commonLib, line 27 * ver. 3.0.2 2023-12-17 kkossev - configure() changes; Groovy Lint, Format and Fix v3.0.0 // library marker kkossev.commonLib, line 28 * ver. 3.0.3 2024-03-17 kkossev - more groovy lint; support for deviceType Plug; ignore repeated temperature readings; cleaned thermostat specifics; cleaned AirQuality specifics; removed IRBlaster type; removed 'radar' type; threeStateEnable initlilization // library marker kkossev.commonLib, line 29 * ver. 3.0.4 2024-04-02 kkossev - removed Button, buttonDimmer and Fingerbot specifics; batteryVoltage bug fix; inverceSwitch bug fix; parseE002Cluster; // library marker kkossev.commonLib, line 30 * ver. 3.0.5 2024-04-05 kkossev - button methods bug fix; configure() bug fix; handlePm25Event bug fix; // library marker kkossev.commonLib, line 31 * ver. 3.0.6 2024-04-08 kkossev - removed isZigUSB() dependency; removed aqaraCube() dependency; removed button code; removed lightSensor code; moved zigbeeGroups and level and battery methods to dedicated libs + setLevel bug fix; // library marker kkossev.commonLib, line 32 * ver. 3.0.7 2024-04-23 kkossev - tuyaMagic() for Tuya devices only; added stats cfgCtr, instCtr rejoinCtr, matchDescCtr, activeEpRqCtr; trace ZDO commands; added 0x0406 OccupancyCluster; reduced debug for chatty devices; // library marker kkossev.commonLib, line 33 * ver. 3.1.0 2024-04-28 kkossev - unnecesery unschedule() speed optimization; added syncTuyaDateTime(); tuyaBlackMagic() initialization bug fix. // library marker kkossev.commonLib, line 34 * ver. 3.1.1 2024-05-05 kkossev - getTuyaAttributeValue bug fix; added customCustomParseIlluminanceCluster method // library marker kkossev.commonLib, line 35 * ver. 3.2.0 2024-05-23 kkossev - standardParse____Cluster and customParse___Cluster methods; moved onOff methods to a new library; rename all custom handlers in the libs to statdndardParseXXX // library marker kkossev.commonLib, line 36 * ver. 3.2.1 2024-06-05 kkossev - 4 in 1 V3 compatibility; added IAS cluster; setDeviceNameAndProfile() fix; // library marker kkossev.commonLib, line 37 * ver. 3.2.2 2024-06-12 kkossev - removed isAqaraTRV_OLD() and isAqaraTVOC_OLD() dependencies from the lib; added timeToHMS(); metering and electricalMeasure clusters swapped bug fix; added cluster 0x0204; // library marker kkossev.commonLib, line 38 * ver. 3.3.0 2024-06-25 kkossev - fixed exception for unknown clusters; added cluster 0xE001; added powerSource - if 5 minutes after initialize() the powerSource is still unknown, query the device for the powerSource // library marker kkossev.commonLib, line 39 * ver. 3.3.1 2024-07-06 kkossev - removed isFingerbot() dependancy; added FC03 cluster (Frient); removed noDef from the linter; added customParseIasMessage and standardParseIasMessage; powerSource set to unknown on initialize(); // library marker kkossev.commonLib, line 40 * ver. 3.3.2 2024-07-12 kkossev - added PollControl (0x0020) cluster; ping for SONOFF // library marker kkossev.commonLib, line 41 * ver. 3.3.3 2024-08-30 kkossev - (dev.branch) added queryAllTuyaDP() // library marker kkossev.commonLib, line 42 * // library marker kkossev.commonLib, line 43 * TODO: check deviceCommandTimeout() // library marker kkossev.commonLib, line 44 * TODO: offlineCtr is not increasing! (ZBMicro); // library marker kkossev.commonLib, line 45 * TODO: when device rejoins the network, read the battery percentage again (probably in custom handler, not for all devices) // library marker kkossev.commonLib, line 46 * TODO: refresh() to include updating the softwareBuild data version // library marker kkossev.commonLib, line 47 * TODO: map the ZCL powerSource options to Hubitat powerSource options // library marker kkossev.commonLib, line 48 * TODO: MOVE ZDO counters to health state? // library marker kkossev.commonLib, line 49 * TODO: refresh() to bypass the duplicated events and minimim delta time between events checks // library marker kkossev.commonLib, line 50 * TODO: Versions of the main module + included libraries (in the 'Tuya Device' driver?) // library marker kkossev.commonLib, line 51 * TODO: add GetInfo (endpoints list) command (in the 'Tuya Device' driver?) // library marker kkossev.commonLib, line 52 * TODO: disableDefaultResponse for Tuya commands // library marker kkossev.commonLib, line 53 * // library marker kkossev.commonLib, line 54 */ // library marker kkossev.commonLib, line 55 String commonLibVersion() { '3.3.3' } // library marker kkossev.commonLib, line 57 String commonLibStamp() { '2024/07/30 4:45 PM' } // library marker kkossev.commonLib, line 58 import groovy.transform.Field // library marker kkossev.commonLib, line 60 import hubitat.device.HubMultiAction // library marker kkossev.commonLib, line 61 import hubitat.device.Protocol // library marker kkossev.commonLib, line 62 import hubitat.helper.HexUtils // library marker kkossev.commonLib, line 63 import hubitat.zigbee.zcl.DataType // library marker kkossev.commonLib, line 64 import java.util.concurrent.ConcurrentHashMap // library marker kkossev.commonLib, line 65 import groovy.json.JsonOutput // library marker kkossev.commonLib, line 66 import groovy.transform.CompileStatic // library marker kkossev.commonLib, line 67 import java.math.BigDecimal // library marker kkossev.commonLib, line 68 metadata { // library marker kkossev.commonLib, line 70 if (_DEBUG) { // library marker kkossev.commonLib, line 71 command 'test', [[name: 'test', type: 'STRING', description: 'test', defaultValue : '']] // library marker kkossev.commonLib, line 72 command 'testParse', [[name: 'testParse', type: 'STRING', description: 'testParse', defaultValue : '']] // library marker kkossev.commonLib, line 73 command 'tuyaTest', [ // library marker kkossev.commonLib, line 74 [name:'dpCommand', type: 'STRING', description: 'Tuya DP Command', constraints: ['STRING']], // library marker kkossev.commonLib, line 75 [name:'dpValue', type: 'STRING', description: 'Tuya DP value', constraints: ['STRING']], // library marker kkossev.commonLib, line 76 [name:'dpType', type: 'ENUM', constraints: ['DP_TYPE_VALUE', 'DP_TYPE_BOOL', 'DP_TYPE_ENUM'], description: 'DP data type'] // library marker kkossev.commonLib, line 77 ] // library marker kkossev.commonLib, line 78 } // library marker kkossev.commonLib, line 79 // common capabilities for all device types // library marker kkossev.commonLib, line 81 capability 'Configuration' // library marker kkossev.commonLib, line 82 capability 'Refresh' // library marker kkossev.commonLib, line 83 capability 'HealthCheck' // library marker kkossev.commonLib, line 84 capability 'PowerSource' // powerSource - ENUM ["battery", "dc", "mains", "unknown"] // library marker kkossev.commonLib, line 85 // common attributes for all device types // library marker kkossev.commonLib, line 87 attribute 'healthStatus', 'enum', ['unknown', 'offline', 'online'] // library marker kkossev.commonLib, line 88 attribute 'rtt', 'number' // library marker kkossev.commonLib, line 89 attribute 'Status', 'string' // library marker kkossev.commonLib, line 90 // common commands for all device types // library marker kkossev.commonLib, line 92 command 'configure', [[name:'normally it is not needed to configure anything', type: 'ENUM', constraints: /*['--- select ---'] +*/ ConfigureOpts.keySet() as List]] // library marker kkossev.commonLib, line 93 // trap for Hubitat F2 bug // library marker kkossev.commonLib, line 95 fingerprint profileId:'0104', endpointId:'F2', inClusters:'', outClusters:'', model:'unknown', manufacturer:'unknown', deviceJoinName: 'Zigbee device affected by Hubitat F2 bug' // library marker kkossev.commonLib, line 96 preferences { // library marker kkossev.commonLib, line 98 // txtEnable and logEnable moved to the custom driver settings - coopy& paste there ... // library marker kkossev.commonLib, line 99 //input name: 'txtEnable', type: 'bool', title: 'Enable descriptionText logging', defaultValue: true, description: 'Enables command logging.' // library marker kkossev.commonLib, line 100 //input name: 'logEnable', type: 'bool', title: 'Enable debug logging', defaultValue: true, description: 'Turns on debug logging for 24 hours.' // library marker kkossev.commonLib, line 101 if (device) { // library marker kkossev.commonLib, line 103 input name: 'advancedOptions', type: 'bool', title: 'Advanced Options', description: 'These advanced options should be already automatically set in an optimal way for your device...', defaultValue: false // library marker kkossev.commonLib, line 104 if (advancedOptions == true) { // library marker kkossev.commonLib, line 105 input name: 'healthCheckMethod', type: 'enum', title: 'Healthcheck Method', options: HealthcheckMethodOpts.options, defaultValue: HealthcheckMethodOpts.defaultValue, required: true, description: 'Method to check device online/offline status.' // library marker kkossev.commonLib, line 106 input name: 'healthCheckInterval', type: 'enum', title: 'Healthcheck Interval', options: HealthcheckIntervalOpts.options, defaultValue: HealthcheckIntervalOpts.defaultValue, required: true, description: 'How often the hub will check the device health.
3 consecutive failures will result in status "offline"' // library marker kkossev.commonLib, line 107 input name: 'traceEnable', type: 'bool', title: 'Enable trace logging', defaultValue: false, description: 'Turns on detailed extra trace logging for 30 minutes.' // library marker kkossev.commonLib, line 108 } // library marker kkossev.commonLib, line 109 } // library marker kkossev.commonLib, line 110 } // library marker kkossev.commonLib, line 111 } // library marker kkossev.commonLib, line 112 @Field static final Integer DIGITAL_TIMER = 1000 // command was sent by this driver // library marker kkossev.commonLib, line 114 @Field static final Integer REFRESH_TIMER = 6000 // refresh time in miliseconds // library marker kkossev.commonLib, line 115 @Field static final Integer DEBOUNCING_TIMER = 300 // ignore switch events // library marker kkossev.commonLib, line 116 @Field static final Integer COMMAND_TIMEOUT = 10 // timeout time in seconds // library marker kkossev.commonLib, line 117 @Field static final Integer MAX_PING_MILISECONDS = 10000 // rtt more than 10 seconds will be ignored // library marker kkossev.commonLib, line 118 @Field static final String UNKNOWN = 'UNKNOWN' // library marker kkossev.commonLib, line 119 @Field static final Integer DEFAULT_MIN_REPORTING_TIME = 10 // send the report event no more often than 10 seconds by default // library marker kkossev.commonLib, line 120 @Field static final Integer DEFAULT_MAX_REPORTING_TIME = 3600 // library marker kkossev.commonLib, line 121 @Field static final Integer PRESENCE_COUNT_THRESHOLD = 3 // missing 3 checks will set the device healthStatus to offline // library marker kkossev.commonLib, line 122 @Field static final int DELAY_MS = 200 // Delay in between zigbee commands // library marker kkossev.commonLib, line 123 @Field static final Integer INFO_AUTO_CLEAR_PERIOD = 60 // automatically clear the Info attribute after 60 seconds // library marker kkossev.commonLib, line 124 @Field static final Map HealthcheckMethodOpts = [ // used by healthCheckMethod // library marker kkossev.commonLib, line 126 defaultValue: 1, options: [0: 'Disabled', 1: 'Activity check', 2: 'Periodic polling'] // library marker kkossev.commonLib, line 127 ] // library marker kkossev.commonLib, line 128 @Field static final Map HealthcheckIntervalOpts = [ // used by healthCheckInterval // library marker kkossev.commonLib, line 129 defaultValue: 240, options: [10: 'Every 10 Mins', 30: 'Every 30 Mins', 60: 'Every 1 Hour', 240: 'Every 4 Hours', 720: 'Every 12 Hours'] // library marker kkossev.commonLib, line 130 ] // library marker kkossev.commonLib, line 131 @Field static final Map ConfigureOpts = [ // library marker kkossev.commonLib, line 133 'Configure the device' : [key:2, function: 'configureNow'], // library marker kkossev.commonLib, line 134 'Reset Statistics' : [key:9, function: 'resetStatistics'], // library marker kkossev.commonLib, line 135 ' -- ' : [key:3, function: 'configureHelp'], // library marker kkossev.commonLib, line 136 'Delete All Preferences' : [key:4, function: 'deleteAllSettings'], // library marker kkossev.commonLib, line 137 'Delete All Current States' : [key:5, function: 'deleteAllCurrentStates'], // library marker kkossev.commonLib, line 138 'Delete All Scheduled Jobs' : [key:6, function: 'deleteAllScheduledJobs'], // library marker kkossev.commonLib, line 139 'Delete All State Variables' : [key:7, function: 'deleteAllStates'], // library marker kkossev.commonLib, line 140 'Delete All Child Devices' : [key:8, function: 'deleteAllChildDevices'], // library marker kkossev.commonLib, line 141 ' - ' : [key:1, function: 'configureHelp'], // library marker kkossev.commonLib, line 142 '*** LOAD ALL DEFAULTS ***' : [key:0, function: 'loadAllDefaults'] // library marker kkossev.commonLib, line 143 ] // library marker kkossev.commonLib, line 144 public boolean isVirtual() { device.controllerType == null || device.controllerType == '' } // library marker kkossev.commonLib, line 146 /** // library marker kkossev.commonLib, line 148 * Parse Zigbee message // library marker kkossev.commonLib, line 149 * @param description Zigbee message in hex format // library marker kkossev.commonLib, line 150 */ // library marker kkossev.commonLib, line 151 public void parse(final String description) { // library marker kkossev.commonLib, line 152 checkDriverVersion(state) // +1 ms // library marker kkossev.commonLib, line 153 updateRxStats(state) // +1 ms // library marker kkossev.commonLib, line 154 unscheduleCommandTimeoutCheck(state) // library marker kkossev.commonLib, line 155 setHealthStatusOnline(state) // +2 ms // library marker kkossev.commonLib, line 156 if (description?.startsWith('zone status') || description?.startsWith('zone report')) { // library marker kkossev.commonLib, line 158 logDebug "parse: zone status: $description" // library marker kkossev.commonLib, line 159 if (this.respondsTo('customParseIasMessage')) { customParseIasMessage(description) } // library marker kkossev.commonLib, line 160 else if (this.respondsTo('standardParseIasMessage')) { standardParseIasMessage(description) } // library marker kkossev.commonLib, line 161 else if (this.respondsTo('parseIasMessage')) { parseIasMessage(description) } // library marker kkossev.commonLib, line 162 else { logDebug "ignored IAS zone status (no IAS parser) description: $description" } // library marker kkossev.commonLib, line 163 return // library marker kkossev.commonLib, line 164 } // library marker kkossev.commonLib, line 165 else if (description?.startsWith('enroll request')) { // library marker kkossev.commonLib, line 166 logDebug "parse: enroll request: $description" // library marker kkossev.commonLib, line 167 /* The Zone Enroll Request command is generated when a device embodying the Zone server cluster wishes to be enrolled as an active alarm device. It must do this immediately it has joined the network (during commissioning). */ // library marker kkossev.commonLib, line 168 if (settings?.logEnable) { logInfo 'Sending IAS enroll response...' } // library marker kkossev.commonLib, line 169 List cmds = zigbee.enrollResponse() + zigbee.readAttribute(0x0500, 0x0000) // library marker kkossev.commonLib, line 170 logDebug "enroll response: ${cmds}" // library marker kkossev.commonLib, line 171 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 172 return // library marker kkossev.commonLib, line 173 } // library marker kkossev.commonLib, line 174 if (isTuyaE00xCluster(description) == true || otherTuyaOddities(description) == true) { // +15 ms // library marker kkossev.commonLib, line 176 return // library marker kkossev.commonLib, line 177 } // library marker kkossev.commonLib, line 178 final Map descMap = myParseDescriptionAsMap(description) // +5 ms // library marker kkossev.commonLib, line 179 if (!isChattyDeviceReport(descMap)) { logDebug "parse: descMap = ${descMap} description=${description }" } // library marker kkossev.commonLib, line 181 if (isSpammyDeviceReport(descMap)) { return } // +20 mS (both) // library marker kkossev.commonLib, line 182 if (descMap.profileId == '0000') { // library marker kkossev.commonLib, line 184 parseZdoClusters(descMap) // library marker kkossev.commonLib, line 185 return // library marker kkossev.commonLib, line 186 } // library marker kkossev.commonLib, line 187 if (descMap.isClusterSpecific == false) { // library marker kkossev.commonLib, line 188 parseGeneralCommandResponse(descMap) // library marker kkossev.commonLib, line 189 return // library marker kkossev.commonLib, line 190 } // library marker kkossev.commonLib, line 191 // // library marker kkossev.commonLib, line 192 if (standardAndCustomParseCluster(descMap, description)) { return } // library marker kkossev.commonLib, line 193 // // library marker kkossev.commonLib, line 194 switch (descMap.clusterInt as Integer) { // library marker kkossev.commonLib, line 195 case 0x000C : // special case : ZigUSB // Aqara TVOC Air Monitor; Aqara Cube T1 Pro; // library marker kkossev.commonLib, line 196 if (this.respondsTo('customParseAnalogInputClusterDescription')) { // library marker kkossev.commonLib, line 197 customParseAnalogInputClusterDescription(descMap, description) // ZigUSB // library marker kkossev.commonLib, line 198 descMap.remove('additionalAttrs')?.each { final Map map -> customParseAnalogInputClusterDescription(descMap + map, description) } // library marker kkossev.commonLib, line 199 } // library marker kkossev.commonLib, line 200 break // library marker kkossev.commonLib, line 201 case 0x0300 : // Patch - need refactoring of the standardParseColorControlCluster ! // library marker kkossev.commonLib, line 202 if (this.respondsTo('standardParseColorControlCluster')) { // library marker kkossev.commonLib, line 203 standardParseColorControlCluster(descMap, description) // library marker kkossev.commonLib, line 204 descMap.remove('additionalAttrs')?.each { final Map map -> standardParseColorControlCluster(descMap + map, description) } // library marker kkossev.commonLib, line 205 } // library marker kkossev.commonLib, line 206 break // library marker kkossev.commonLib, line 207 default: // library marker kkossev.commonLib, line 208 if (settings.logEnable) { // library marker kkossev.commonLib, line 209 logWarn "parse: zigbee received unknown cluster:${descMap.cluster} (${descMap.clusterInt}) message (${descMap})" // library marker kkossev.commonLib, line 210 } // library marker kkossev.commonLib, line 211 break // library marker kkossev.commonLib, line 212 } // library marker kkossev.commonLib, line 213 } // library marker kkossev.commonLib, line 214 @Field static final Map ClustersMap = [ // library marker kkossev.commonLib, line 216 0x0000: 'Basic', 0x0001: 'Power', 0x0003: 'Identify', 0x0004: 'Groups', 0x0005: 'Scenes', 0x0006: 'OnOff', 0x0008: 'LevelControl', // library marker kkossev.commonLib, line 217 0x000C: 'AnalogInput', 0x0012: 'MultistateInput', 0x0020: 'PollControl', 0x0102: 'WindowCovering', 0x0201: 'Thermostat', 0x0204: 'ThermostatConfig',/*0x0300: 'ColorControl',*/ // library marker kkossev.commonLib, line 218 0x0400: 'Illuminance', 0x0402: 'Temperature', 0x0405: 'Humidity', 0x0406: 'Occupancy', 0x042A: 'Pm25', 0x0500: 'IAS', 0x0702: 'Metering', // library marker kkossev.commonLib, line 219 0x0B04: 'ElectricalMeasure', 0xE001: 'E0001', 0xE002: 'E002', 0xEC03: 'EC03', 0xEF00: 'Tuya', 0xFC03: 'FC03', 0xFC11: 'FC11', 0xFC7E: 'AirQualityIndex', // Sensirion VOC index // library marker kkossev.commonLib, line 220 0xFCC0: 'XiaomiFCC0', // library marker kkossev.commonLib, line 221 ] // library marker kkossev.commonLib, line 222 // first try calling the custom parser, if not found, call the standard parser // library marker kkossev.commonLib, line 224 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.commonLib, line 225 boolean standardAndCustomParseCluster(Map descMap, final String description) { // library marker kkossev.commonLib, line 226 Integer clusterInt = descMap.clusterInt as Integer // library marker kkossev.commonLib, line 227 String clusterName = ClustersMap[clusterInt] ?: UNKNOWN // library marker kkossev.commonLib, line 228 if (clusterName == null || clusterName == UNKNOWN) { // library marker kkossev.commonLib, line 229 logWarn "standardAndCustomParseCluster: zigbee received unknown cluster:0x${descMap.cluster} (${descMap.clusterInt}) message (${descMap})" // library marker kkossev.commonLib, line 230 return false // library marker kkossev.commonLib, line 231 } // library marker kkossev.commonLib, line 232 String customParser = "customParse${clusterName}Cluster" // library marker kkossev.commonLib, line 233 // check if a custom parser is defined in the custom driver. If found there, the standard parser should be called within that custom parser, if needed // library marker kkossev.commonLib, line 234 if (this.respondsTo(customParser)) { // library marker kkossev.commonLib, line 235 this."${customParser}"(descMap) // library marker kkossev.commonLib, line 236 descMap.remove('additionalAttrs')?.each { final Map map -> this."${customParser}"(descMap + map) } // library marker kkossev.commonLib, line 237 return true // library marker kkossev.commonLib, line 238 } // library marker kkossev.commonLib, line 239 String standardParser = "standardParse${clusterName}Cluster" // library marker kkossev.commonLib, line 240 // if no custom parser is defined, try the standard parser (if exists), eventually defined in the included library file // library marker kkossev.commonLib, line 241 if (this.respondsTo(standardParser)) { // library marker kkossev.commonLib, line 242 this."${standardParser}"(descMap) // library marker kkossev.commonLib, line 243 descMap.remove('additionalAttrs')?.each { final Map map -> this."${standardParser}"(descMap + map) } // library marker kkossev.commonLib, line 244 return true // library marker kkossev.commonLib, line 245 } // library marker kkossev.commonLib, line 246 if (device?.getDataValue('model') != 'ZigUSB' && descMap.cluster != '0300') { // patch! // library marker kkossev.commonLib, line 247 logWarn "standardAndCustomParseCluster: Missing ${standardParser} or ${customParser} handler for cluster:0x${descMap.cluster} (${descMap.clusterInt}) message (${descMap})" // library marker kkossev.commonLib, line 248 } // library marker kkossev.commonLib, line 249 return false // library marker kkossev.commonLib, line 250 } // library marker kkossev.commonLib, line 251 private static void updateRxStats(final Map state) { // library marker kkossev.commonLib, line 253 if (state.stats != null) { state.stats['rxCtr'] = (state.stats['rxCtr'] ?: 0) + 1 } else { state.stats = [:] } // +5ms // library marker kkossev.commonLib, line 254 } // library marker kkossev.commonLib, line 255 public boolean isChattyDeviceReport(final Map descMap) { // when @CompileStatis is slower? // library marker kkossev.commonLib, line 257 if (_TRACE_ALL == true) { return false } // library marker kkossev.commonLib, line 258 if (this.respondsTo('isSpammyDPsToNotTrace')) { // defined in deviceProfileLib // library marker kkossev.commonLib, line 259 return isSpammyDPsToNotTrace(descMap) // library marker kkossev.commonLib, line 260 } // library marker kkossev.commonLib, line 261 return false // library marker kkossev.commonLib, line 262 } // library marker kkossev.commonLib, line 263 public boolean isSpammyDeviceReport(final Map descMap) { // library marker kkossev.commonLib, line 265 if (_TRACE_ALL == true) { return false } // library marker kkossev.commonLib, line 266 if (this.respondsTo('isSpammyDPsToIgnore')) { // defined in deviceProfileLib // library marker kkossev.commonLib, line 267 return isSpammyDPsToIgnore(descMap) // library marker kkossev.commonLib, line 268 } // library marker kkossev.commonLib, line 269 return false // library marker kkossev.commonLib, line 270 } // library marker kkossev.commonLib, line 271 public boolean isSpammyTuyaRadar() { // library marker kkossev.commonLib, line 273 if (_TRACE_ALL == true) { return false } // library marker kkossev.commonLib, line 274 if (this.respondsTo('isSpammyDeviceProfile'())) { // defined in deviceProfileLib // library marker kkossev.commonLib, line 275 return isSpammyDeviceProfile() // library marker kkossev.commonLib, line 276 } // library marker kkossev.commonLib, line 277 return false // library marker kkossev.commonLib, line 278 } // library marker kkossev.commonLib, line 279 @Field static final Map ZdoClusterEnum = [ // library marker kkossev.commonLib, line 281 0x0002: 'Node Descriptor Request', 0x0005: 'Active Endpoints Request', 0x0006: 'Match Descriptor Request', 0x0022: 'Unbind Request', 0x0013: 'Device announce', 0x0034: 'Management Leave Request', // library marker kkossev.commonLib, line 282 0x8002: 'Node Descriptor Response', 0x8004: 'Simple Descriptor Response', 0x8005: 'Active Endpoints Response', 0x801D: 'Extended Simple Descriptor Response', 0x801E: 'Extended Active Endpoint Response', // library marker kkossev.commonLib, line 283 0x8021: 'Bind Response', 0x8022: 'Unbind Response', 0x8023: 'Bind Register Response', 0x8034: 'Management Leave Response' // library marker kkossev.commonLib, line 284 ] // library marker kkossev.commonLib, line 285 // ZDO (Zigbee Data Object) Clusters Parsing // library marker kkossev.commonLib, line 287 private void parseZdoClusters(final Map descMap) { // library marker kkossev.commonLib, line 288 if (state.stats == null) { state.stats = [:] } // library marker kkossev.commonLib, line 289 final Integer clusterId = descMap.clusterInt as Integer // library marker kkossev.commonLib, line 290 final String clusterName = ZdoClusterEnum[clusterId] ?: "UNKNOWN_CLUSTER (0x${descMap.clusterId})" // library marker kkossev.commonLib, line 291 final String statusHex = ((List)descMap.data)[1] // library marker kkossev.commonLib, line 292 final Integer statusCode = hexStrToUnsignedInt(statusHex) // library marker kkossev.commonLib, line 293 final String statusName = ZigbeeStatusEnum[statusCode] ?: "0x${statusHex}" // library marker kkossev.commonLib, line 294 final String clusterInfo = "${device.displayName} Received ZDO ${clusterName} (0x${descMap.clusterId}) status ${statusName}" // library marker kkossev.commonLib, line 295 List cmds = [] // library marker kkossev.commonLib, line 296 switch (clusterId) { // library marker kkossev.commonLib, line 297 case 0x0005 : // library marker kkossev.commonLib, line 298 state.stats['activeEpRqCtr'] = (state.stats['activeEpRqCtr'] ?: 0) + 1 // library marker kkossev.commonLib, line 299 if (settings?.logEnable) { log.debug "${clusterInfo}, data=${descMap.data} (Sequence Number:${descMap.data[0]}, data:${descMap.data})" } // library marker kkossev.commonLib, line 300 // send the active endpoint response // library marker kkossev.commonLib, line 301 cmds += ["he raw ${device.deviceNetworkId} 0 0 0x8005 {00 00 00 00 01 01} {0x0000}"] // library marker kkossev.commonLib, line 302 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 303 break // library marker kkossev.commonLib, line 304 case 0x0006 : // library marker kkossev.commonLib, line 305 state.stats['matchDescCtr'] = (state.stats['matchDescCtr'] ?: 0) + 1 // library marker kkossev.commonLib, line 306 if (settings?.logEnable) { log.debug "${clusterInfo}, data=${descMap.data} (Sequence Number:${descMap.data[0]}, Input cluster count:${descMap.data[5]} Input cluster: 0x${descMap.data[7] + descMap.data[6]})" } // library marker kkossev.commonLib, line 307 cmds += ["he raw ${device.deviceNetworkId} 0 0 0x8006 {00 00 00 00 00} {0x0000}"] // library marker kkossev.commonLib, line 308 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 309 break // library marker kkossev.commonLib, line 310 case 0x0013 : // device announcement // library marker kkossev.commonLib, line 311 state.stats['rejoinCtr'] = (state.stats['rejoinCtr'] ?: 0) + 1 // library marker kkossev.commonLib, line 312 if (settings?.logEnable) { log.debug "${clusterInfo}, rejoinCtr= ${state.stats['rejoinCtr']}, data=${descMap.data} (Sequence Number:${descMap.data[0]}, Device network ID: ${descMap.data[2] + descMap.data[1]}, Capability Information: ${descMap.data[11]})" } // library marker kkossev.commonLib, line 313 break // library marker kkossev.commonLib, line 314 case 0x8004 : // simple descriptor response // library marker kkossev.commonLib, line 315 if (settings?.logEnable) { log.debug "${clusterInfo}, data=${descMap.data} (Sequence Number:${descMap.data[0]}, status:${descMap.data[1]}, lenght:${hubitat.helper.HexUtils.hexStringToInt(descMap.data[4])}" } // library marker kkossev.commonLib, line 316 //parseSimpleDescriptorResponse( descMap ) // library marker kkossev.commonLib, line 317 break // library marker kkossev.commonLib, line 318 case 0x8005 : // endpoint response // library marker kkossev.commonLib, line 319 String endpointCount = descMap.data[4] // library marker kkossev.commonLib, line 320 String endpointList = descMap.data[5] // library marker kkossev.commonLib, line 321 if (settings?.logEnable) { log.debug "${clusterInfo}, (endpoint response) endpointCount = ${endpointCount} endpointList = ${endpointList}" } // library marker kkossev.commonLib, line 322 break // library marker kkossev.commonLib, line 323 case 0x8021 : // bind response // library marker kkossev.commonLib, line 324 if (settings?.logEnable) { log.debug "${clusterInfo}, data=${descMap.data} (Sequence Number:${descMap.data[0]}, Status: ${descMap.data[1] == '00' ? 'Success' : 'Failure'})" } // library marker kkossev.commonLib, line 325 break // library marker kkossev.commonLib, line 326 case 0x8022 : //unbind request // library marker kkossev.commonLib, line 327 case 0x8034 : //leave response // library marker kkossev.commonLib, line 328 if (settings?.logEnable) { log.debug "${clusterInfo}" } // library marker kkossev.commonLib, line 329 break // library marker kkossev.commonLib, line 330 default : // library marker kkossev.commonLib, line 331 if (settings?.logEnable) { log.warn "${device.displayName} Unprocessed ZDO command: cluster=${descMap.clusterId} command=${descMap.command} attrId=${descMap.attrId} value=${descMap.value} data=${descMap.data}" } // library marker kkossev.commonLib, line 332 break // library marker kkossev.commonLib, line 333 } // library marker kkossev.commonLib, line 334 if (this.respondsTo('customParseZdoClusters')) { customParseZdoClusters(descMap) } // library marker kkossev.commonLib, line 335 } // library marker kkossev.commonLib, line 336 // Zigbee General Command Parsing // library marker kkossev.commonLib, line 338 private void parseGeneralCommandResponse(final Map descMap) { // library marker kkossev.commonLib, line 339 final int commandId = hexStrToUnsignedInt(descMap.command) // library marker kkossev.commonLib, line 340 switch (commandId) { // library marker kkossev.commonLib, line 341 case 0x01: parseReadAttributeResponse(descMap); break // library marker kkossev.commonLib, line 342 case 0x04: parseWriteAttributeResponse(descMap); break // library marker kkossev.commonLib, line 343 case 0x07: parseConfigureResponse(descMap); break // library marker kkossev.commonLib, line 344 case 0x09: parseReadReportingConfigResponse(descMap); break // library marker kkossev.commonLib, line 345 case 0x0B: parseDefaultCommandResponse(descMap); break // library marker kkossev.commonLib, line 346 default: // library marker kkossev.commonLib, line 347 final String commandName = ZigbeeGeneralCommandEnum[commandId] ?: "UNKNOWN_COMMAND (0x${descMap.command})" // library marker kkossev.commonLib, line 348 final String clusterName = clusterLookup(descMap.clusterInt) // library marker kkossev.commonLib, line 349 final String status = descMap.data in List ? ((List)descMap.data).last() : descMap.data // library marker kkossev.commonLib, line 350 final int statusCode = hexStrToUnsignedInt(status) // library marker kkossev.commonLib, line 351 final String statusName = ZigbeeStatusEnum[statusCode] ?: "0x${status}" // library marker kkossev.commonLib, line 352 if (statusCode > 0x00) { // library marker kkossev.commonLib, line 353 log.warn "zigbee ${commandName} ${clusterName} error: ${statusName}" // library marker kkossev.commonLib, line 354 } else if (settings.logEnable) { // library marker kkossev.commonLib, line 355 log.trace "zigbee ${commandName} ${clusterName}: ${descMap.data}" // library marker kkossev.commonLib, line 356 } // library marker kkossev.commonLib, line 357 break // library marker kkossev.commonLib, line 358 } // library marker kkossev.commonLib, line 359 } // library marker kkossev.commonLib, line 360 // Zigbee Read Attribute Response Parsing // library marker kkossev.commonLib, line 362 private void parseReadAttributeResponse(final Map descMap) { // library marker kkossev.commonLib, line 363 final List data = descMap.data as List // library marker kkossev.commonLib, line 364 final String attribute = data[1] + data[0] // library marker kkossev.commonLib, line 365 final int statusCode = hexStrToUnsignedInt(data[2]) // library marker kkossev.commonLib, line 366 final String status = ZigbeeStatusEnum[statusCode] ?: "0x${data}" // library marker kkossev.commonLib, line 367 if (statusCode > 0x00) { // library marker kkossev.commonLib, line 368 logWarn "zigbee read ${clusterLookup(descMap.clusterInt)} attribute 0x${attribute} error: ${status}" // library marker kkossev.commonLib, line 369 } // library marker kkossev.commonLib, line 370 else { // library marker kkossev.commonLib, line 371 logDebug "zigbee read ${clusterLookup(descMap.clusterInt)} attribute 0x${attribute} response: ${status} ${data}" // library marker kkossev.commonLib, line 372 } // library marker kkossev.commonLib, line 373 } // library marker kkossev.commonLib, line 374 // Zigbee Write Attribute Response Parsing // library marker kkossev.commonLib, line 376 private void parseWriteAttributeResponse(final Map descMap) { // library marker kkossev.commonLib, line 377 final String data = descMap.data in List ? ((List)descMap.data).first() : descMap.data // library marker kkossev.commonLib, line 378 final int statusCode = hexStrToUnsignedInt(data) // library marker kkossev.commonLib, line 379 final String statusName = ZigbeeStatusEnum[statusCode] ?: "0x${data}" // library marker kkossev.commonLib, line 380 if (statusCode > 0x00) { // library marker kkossev.commonLib, line 381 logWarn "zigbee response write ${clusterLookup(descMap.clusterInt)} attribute error: ${statusName}" // library marker kkossev.commonLib, line 382 } // library marker kkossev.commonLib, line 383 else { // library marker kkossev.commonLib, line 384 logDebug "zigbee response write ${clusterLookup(descMap.clusterInt)} attribute response: ${statusName}" // library marker kkossev.commonLib, line 385 } // library marker kkossev.commonLib, line 386 } // library marker kkossev.commonLib, line 387 // Zigbee Configure Reporting Response Parsing - command 0x07 // library marker kkossev.commonLib, line 389 private void parseConfigureResponse(final Map descMap) { // library marker kkossev.commonLib, line 390 // TODO - parse the details of the configuration respose - cluster, min, max, delta ... // library marker kkossev.commonLib, line 391 final String status = ((List)descMap.data).first() // library marker kkossev.commonLib, line 392 final int statusCode = hexStrToUnsignedInt(status) // library marker kkossev.commonLib, line 393 if (statusCode == 0x00 && settings.enableReporting != false) { // library marker kkossev.commonLib, line 394 state.reportingEnabled = true // library marker kkossev.commonLib, line 395 } // library marker kkossev.commonLib, line 396 final String statusName = ZigbeeStatusEnum[statusCode] ?: "0x${status}" // library marker kkossev.commonLib, line 397 if (statusCode > 0x00) { // library marker kkossev.commonLib, line 398 log.warn "zigbee configure reporting error: ${statusName} ${descMap.data}" // library marker kkossev.commonLib, line 399 } else { // library marker kkossev.commonLib, line 400 logDebug "zigbee configure reporting response: ${statusName} ${descMap.data}" // library marker kkossev.commonLib, line 401 } // library marker kkossev.commonLib, line 402 } // library marker kkossev.commonLib, line 403 // Parses the response of reading reporting configuration - command 0x09 // library marker kkossev.commonLib, line 405 private void parseReadReportingConfigResponse(final Map descMap) { // library marker kkossev.commonLib, line 406 int status = zigbee.convertHexToInt(descMap.data[0]) // Status: Success (0x00) // library marker kkossev.commonLib, line 407 //def attr = zigbee.convertHexToInt(descMap.data[3])*256 + zigbee.convertHexToInt(descMap.data[2]) // Attribute: OnOff (0x0000) // library marker kkossev.commonLib, line 408 if (status == 0) { // library marker kkossev.commonLib, line 409 //def dataType = zigbee.convertHexToInt(descMap.data[4]) // Data Type: Boolean (0x10) // library marker kkossev.commonLib, line 410 int min = zigbee.convertHexToInt(descMap.data[6]) * 256 + zigbee.convertHexToInt(descMap.data[5]) // library marker kkossev.commonLib, line 411 int max = zigbee.convertHexToInt(descMap.data[8] + descMap.data[7]) // library marker kkossev.commonLib, line 412 int delta = 0 // library marker kkossev.commonLib, line 413 if (descMap.data.size() >= 10) { // library marker kkossev.commonLib, line 414 delta = zigbee.convertHexToInt(descMap.data[10] + descMap.data[9]) // library marker kkossev.commonLib, line 415 } // library marker kkossev.commonLib, line 416 else { // library marker kkossev.commonLib, line 417 logTrace "descMap.data.size = ${descMap.data.size()}" // library marker kkossev.commonLib, line 418 } // library marker kkossev.commonLib, line 419 logDebug "Received Read Reporting Configuration Response (0x09) for cluster:${descMap.clusterId} attribute:${descMap.data[3] + descMap.data[2]}, data=${descMap.data} (Status: ${descMap.data[0] == '00' ? 'Success' : 'Failure'}) min=${min} max=${max} delta=${delta}" // library marker kkossev.commonLib, line 420 } // library marker kkossev.commonLib, line 421 else { // library marker kkossev.commonLib, line 422 logWarn "Not Found (0x8b) Read Reporting Configuration Response for cluster:${descMap.clusterId} attribute:${descMap.data[3] + descMap.data[2]}, data=${descMap.data} (Status: ${descMap.data[0] == '00' ? 'Success' : 'Failure'})" // library marker kkossev.commonLib, line 423 } // library marker kkossev.commonLib, line 424 } // library marker kkossev.commonLib, line 425 private Boolean executeCustomHandler(String handlerName, Object handlerArgs) { // library marker kkossev.commonLib, line 427 if (!this.respondsTo(handlerName)) { // library marker kkossev.commonLib, line 428 logTrace "executeCustomHandler: function ${handlerName} not found" // library marker kkossev.commonLib, line 429 return false // library marker kkossev.commonLib, line 430 } // library marker kkossev.commonLib, line 431 // execute the customHandler function // library marker kkossev.commonLib, line 432 Boolean result = false // library marker kkossev.commonLib, line 433 try { // library marker kkossev.commonLib, line 434 result = "$handlerName"(handlerArgs) // library marker kkossev.commonLib, line 435 } // library marker kkossev.commonLib, line 436 catch (e) { // library marker kkossev.commonLib, line 437 logWarn "executeCustomHandler: Exception '${e}'caught while processing $handlerName($handlerArgs) (val=${fncmd}))" // library marker kkossev.commonLib, line 438 return false // library marker kkossev.commonLib, line 439 } // library marker kkossev.commonLib, line 440 //logDebug "customSetFunction result is ${fncmd}" // library marker kkossev.commonLib, line 441 return result // library marker kkossev.commonLib, line 442 } // library marker kkossev.commonLib, line 443 // Zigbee Default Command Response Parsing // library marker kkossev.commonLib, line 445 private void parseDefaultCommandResponse(final Map descMap) { // library marker kkossev.commonLib, line 446 final List data = descMap.data as List // library marker kkossev.commonLib, line 447 final String commandId = data[0] // library marker kkossev.commonLib, line 448 final int statusCode = hexStrToUnsignedInt(data[1]) // library marker kkossev.commonLib, line 449 final String status = ZigbeeStatusEnum[statusCode] ?: "0x${data[1]}" // library marker kkossev.commonLib, line 450 if (statusCode > 0x00) { // library marker kkossev.commonLib, line 451 logWarn "zigbee ${clusterLookup(descMap.clusterInt)} command 0x${commandId} error: ${status}" // library marker kkossev.commonLib, line 452 } else { // library marker kkossev.commonLib, line 453 logDebug "zigbee ${clusterLookup(descMap.clusterInt)} command 0x${commandId} response: ${status}" // library marker kkossev.commonLib, line 454 // ZigUSB has its own interpretation of the Zigbee standards ... :( // library marker kkossev.commonLib, line 455 if (this.respondsTo('customParseDefaultCommandResponse')) { // library marker kkossev.commonLib, line 456 customParseDefaultCommandResponse(descMap) // library marker kkossev.commonLib, line 457 } // library marker kkossev.commonLib, line 458 } // library marker kkossev.commonLib, line 459 } // library marker kkossev.commonLib, line 460 // Zigbee Attribute IDs // library marker kkossev.commonLib, line 462 @Field static final int ATTRIBUTE_READING_INFO_SET = 0x0000 // library marker kkossev.commonLib, line 463 @Field static final int FIRMWARE_VERSION_ID = 0x4000 // library marker kkossev.commonLib, line 464 @Field static final int PING_ATTR_ID = 0x01 // library marker kkossev.commonLib, line 465 @Field static final Map ZigbeeStatusEnum = [ // library marker kkossev.commonLib, line 467 0x00: 'Success', 0x01: 'Failure', 0x02: 'Not Authorized', 0x80: 'Malformed Command', 0x81: 'Unsupported COMMAND', 0x85: 'Invalid Field', 0x86: 'Unsupported Attribute', 0x87: 'Invalid Value', 0x88: 'Read Only', // library marker kkossev.commonLib, line 468 0x89: 'Insufficient Space', 0x8A: 'Duplicate Exists', 0x8B: 'Not Found', 0x8C: 'Unreportable Attribute', 0x8D: 'Invalid Data Type', 0x8E: 'Invalid Selector', 0x94: 'Time out', 0x9A: 'Notification Pending', 0xC3: 'Unsupported Cluster' // library marker kkossev.commonLib, line 469 ] // library marker kkossev.commonLib, line 470 @Field static final Map ZigbeeGeneralCommandEnum = [ // library marker kkossev.commonLib, line 472 0x00: 'Read Attributes', 0x01: 'Read Attributes Response', 0x02: 'Write Attributes', 0x03: 'Write Attributes Undivided', 0x04: 'Write Attributes Response', 0x05: 'Write Attributes No Response', 0x06: 'Configure Reporting', // library marker kkossev.commonLib, line 473 0x07: 'Configure Reporting Response', 0x08: 'Read Reporting Configuration', 0x09: 'Read Reporting Configuration Response', 0x0A: 'Report Attributes', 0x0B: 'Default Response', 0x0C: 'Discover Attributes', 0x0D: 'Discover Attributes Response', // library marker kkossev.commonLib, line 474 0x0E: 'Read Attributes Structured', 0x0F: 'Write Attributes Structured', 0x10: 'Write Attributes Structured Response', 0x11: 'Discover Commands Received', 0x12: 'Discover Commands Received Response', 0x13: 'Discover Commands Generated', // library marker kkossev.commonLib, line 475 0x14: 'Discover Commands Generated Response', 0x15: 'Discover Attributes Extended', 0x16: 'Discover Attributes Extended Response' // library marker kkossev.commonLib, line 476 ] // library marker kkossev.commonLib, line 477 @Field static final int ROLLING_AVERAGE_N = 10 // library marker kkossev.commonLib, line 479 private BigDecimal approxRollingAverage(BigDecimal avgPar, BigDecimal newSample) { // library marker kkossev.commonLib, line 480 BigDecimal avg = avgPar // library marker kkossev.commonLib, line 481 if (avg == null || avg == 0) { avg = newSample } // library marker kkossev.commonLib, line 482 avg -= avg / ROLLING_AVERAGE_N // library marker kkossev.commonLib, line 483 avg += newSample / ROLLING_AVERAGE_N // library marker kkossev.commonLib, line 484 return avg // library marker kkossev.commonLib, line 485 } // library marker kkossev.commonLib, line 486 void handlePingResponse() { // library marker kkossev.commonLib, line 488 Long now = new Date().getTime() // library marker kkossev.commonLib, line 489 if (state.lastRx == null) { state.lastRx = [:] } // library marker kkossev.commonLib, line 490 state.lastRx['checkInTime'] = now // library marker kkossev.commonLib, line 491 int timeRunning = now.toInteger() - (state.lastTx['pingTime'] ?: '0').toInteger() // library marker kkossev.commonLib, line 493 if (timeRunning > 0 && timeRunning < MAX_PING_MILISECONDS) { // library marker kkossev.commonLib, line 494 state.stats['pingsOK'] = (state.stats['pingsOK'] ?: 0) + 1 // library marker kkossev.commonLib, line 495 if (timeRunning < safeToInt((state.stats['pingsMin'] ?: '999'))) { state.stats['pingsMin'] = timeRunning } // library marker kkossev.commonLib, line 496 if (timeRunning > safeToInt((state.stats['pingsMax'] ?: '0'))) { state.stats['pingsMax'] = timeRunning } // library marker kkossev.commonLib, line 497 state.stats['pingsAvg'] = approxRollingAverage(safeToDouble(state.stats['pingsAvg']), safeToDouble(timeRunning)) as int // library marker kkossev.commonLib, line 498 sendRttEvent() // library marker kkossev.commonLib, line 499 } // library marker kkossev.commonLib, line 500 else { // library marker kkossev.commonLib, line 501 logWarn "unexpected ping timeRunning=${timeRunning} " // library marker kkossev.commonLib, line 502 } // library marker kkossev.commonLib, line 503 state.states['isPing'] = false // library marker kkossev.commonLib, line 504 } // library marker kkossev.commonLib, line 505 /* // library marker kkossev.commonLib, line 507 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 508 * Standard clusters reporting handlers // library marker kkossev.commonLib, line 509 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 510 */ // library marker kkossev.commonLib, line 511 @Field static final Map powerSourceOpts = [ defaultValue: 0, options: [0: 'unknown', 1: 'mains', 2: 'mains', 3: 'battery', 4: 'dc', 5: 'emergency mains', 6: 'emergency mains']] // library marker kkossev.commonLib, line 512 // Zigbee Basic Cluster Parsing 0x0000 - called from the main parse method // library marker kkossev.commonLib, line 514 private void standardParseBasicCluster(final Map descMap) { // library marker kkossev.commonLib, line 515 Long now = new Date().getTime() // library marker kkossev.commonLib, line 516 if (state.lastRx == null) { state.lastRx = [:] } // library marker kkossev.commonLib, line 517 state.lastRx['checkInTime'] = now // library marker kkossev.commonLib, line 518 boolean isPing = state.states['isPing'] ?: false // library marker kkossev.commonLib, line 519 switch (descMap.attrInt as Integer) { // library marker kkossev.commonLib, line 520 case 0x0000: // library marker kkossev.commonLib, line 521 logDebug "Basic cluster: ZCLVersion = ${descMap?.value}" // library marker kkossev.commonLib, line 522 break // library marker kkossev.commonLib, line 523 case PING_ATTR_ID: // 0x01 - Using 0x01 read as a simple ping/pong mechanism // library marker kkossev.commonLib, line 524 if (isPing) { // library marker kkossev.commonLib, line 525 handlePingResponse() // library marker kkossev.commonLib, line 526 } // library marker kkossev.commonLib, line 527 else { // library marker kkossev.commonLib, line 528 logTrace "Tuya check-in message (attribute ${descMap.attrId} reported: ${descMap.value})" // library marker kkossev.commonLib, line 529 } // library marker kkossev.commonLib, line 530 break // library marker kkossev.commonLib, line 531 case 0x0004: // library marker kkossev.commonLib, line 532 logDebug "received device manufacturer ${descMap?.value}" // library marker kkossev.commonLib, line 533 // received device manufacturer IKEA of Sweden // library marker kkossev.commonLib, line 534 String manufacturer = device.getDataValue('manufacturer') // library marker kkossev.commonLib, line 535 if ((manufacturer == null || manufacturer == 'unknown') && (descMap?.value != null)) { // library marker kkossev.commonLib, line 536 logWarn "updating device manufacturer from ${manufacturer} to ${descMap?.value}" // library marker kkossev.commonLib, line 537 device.updateDataValue('manufacturer', descMap?.value) // library marker kkossev.commonLib, line 538 } // library marker kkossev.commonLib, line 539 break // library marker kkossev.commonLib, line 540 case 0x0005: // library marker kkossev.commonLib, line 541 if (isPing) { // library marker kkossev.commonLib, line 542 handlePingResponse() // library marker kkossev.commonLib, line 543 } // library marker kkossev.commonLib, line 544 else { // library marker kkossev.commonLib, line 545 logDebug "received device model ${descMap?.value}" // library marker kkossev.commonLib, line 546 // received device model Remote Control N2 // library marker kkossev.commonLib, line 547 String model = device.getDataValue('model') // library marker kkossev.commonLib, line 548 if ((model == null || model == 'unknown') && (descMap?.value != null)) { // library marker kkossev.commonLib, line 549 logWarn "updating device model from ${model} to ${descMap?.value}" // library marker kkossev.commonLib, line 550 device.updateDataValue('model', descMap?.value) // library marker kkossev.commonLib, line 551 } // library marker kkossev.commonLib, line 552 } // library marker kkossev.commonLib, line 553 break // library marker kkossev.commonLib, line 554 case 0x0007: // library marker kkossev.commonLib, line 555 String powerSourceReported = powerSourceOpts.options[descMap?.value as int] // library marker kkossev.commonLib, line 556 logDebug "received Power source ${powerSourceReported} (${descMap?.value})" // library marker kkossev.commonLib, line 557 String currentPowerSource = device.getDataValue('powerSource') // library marker kkossev.commonLib, line 558 if (currentPowerSource == null || currentPowerSource == 'unknown') { // library marker kkossev.commonLib, line 559 logInfo "updating device powerSource from ${currentPowerSource} to ${powerSourceReported}" // library marker kkossev.commonLib, line 560 sendEvent(name: 'powerSource', value: powerSourceReported, type: 'physical') // library marker kkossev.commonLib, line 561 } // library marker kkossev.commonLib, line 562 break // library marker kkossev.commonLib, line 563 case 0xFFDF: // library marker kkossev.commonLib, line 564 logDebug "Tuya check-in (Cluster Revision=${descMap?.value})" // library marker kkossev.commonLib, line 565 break // library marker kkossev.commonLib, line 566 case 0xFFE2: // library marker kkossev.commonLib, line 567 logDebug "Tuya check-in (AppVersion=${descMap?.value})" // library marker kkossev.commonLib, line 568 break // library marker kkossev.commonLib, line 569 case [0xFFE0, 0xFFE1, 0xFFE3, 0xFFE4] : // library marker kkossev.commonLib, line 570 logTrace "Tuya attribute ${descMap?.attrId} value=${descMap?.value}" // library marker kkossev.commonLib, line 571 break // library marker kkossev.commonLib, line 572 case 0xFFFE: // library marker kkossev.commonLib, line 573 logTrace "Tuya attributeReportingStatus (attribute FFFE) value=${descMap?.value}" // library marker kkossev.commonLib, line 574 break // library marker kkossev.commonLib, line 575 case FIRMWARE_VERSION_ID: // 0x4000 // library marker kkossev.commonLib, line 576 final String version = descMap.value ?: 'unknown' // library marker kkossev.commonLib, line 577 log.info "device firmware version is ${version}" // library marker kkossev.commonLib, line 578 updateDataValue('softwareBuild', version) // library marker kkossev.commonLib, line 579 break // library marker kkossev.commonLib, line 580 default: // library marker kkossev.commonLib, line 581 logWarn "zigbee received unknown Basic cluster attribute 0x${descMap.attrId} (value ${descMap.value})" // library marker kkossev.commonLib, line 582 break // library marker kkossev.commonLib, line 583 } // library marker kkossev.commonLib, line 584 } // library marker kkossev.commonLib, line 585 private void standardParsePollControlCluster(final Map descMap) { // library marker kkossev.commonLib, line 587 switch (descMap.attrInt as Integer) { // library marker kkossev.commonLib, line 588 case 0x0000: logDebug "PollControl cluster: CheckInInterval = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 589 case 0x0001: logDebug "PollControl cluster: LongPollInterval = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 590 case 0x0002: logDebug "PollControl cluster: ShortPollInterval = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 591 case 0x0003: logDebug "PollControl cluster: FastPollTimeout = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 592 case 0x0004: logDebug "PollControl cluster: CheckInIntervalMin = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 593 case 0x0005: logDebug "PollControl cluster: LongPollIntervalMin = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 594 case 0x0006: logDebug "PollControl cluster: FastPollTimeoutMax = ${descMap?.value}" ; break // library marker kkossev.commonLib, line 595 default: logWarn "zigbee received unknown PollControl cluster attribute 0x${descMap.attrId} (value ${descMap.value})" ; break // library marker kkossev.commonLib, line 596 } // library marker kkossev.commonLib, line 597 } // library marker kkossev.commonLib, line 598 public void clearIsDigital() { state.states['isDigital'] = false } // library marker kkossev.commonLib, line 600 void switchDebouncingClear() { state.states['debounce'] = false } // library marker kkossev.commonLib, line 601 void isRefreshRequestClear() { state.states['isRefresh'] = false } // library marker kkossev.commonLib, line 602 Map myParseDescriptionAsMap(String description) { // library marker kkossev.commonLib, line 604 Map descMap = [:] // library marker kkossev.commonLib, line 605 try { // library marker kkossev.commonLib, line 606 descMap = zigbee.parseDescriptionAsMap(description) // library marker kkossev.commonLib, line 607 } // library marker kkossev.commonLib, line 608 catch (e1) { // library marker kkossev.commonLib, line 609 logWarn "exception ${e1} caught while parseDescriptionAsMap myParseDescriptionAsMap description: ${description}" // library marker kkossev.commonLib, line 610 // try alternative custom parsing // library marker kkossev.commonLib, line 611 descMap = [:] // library marker kkossev.commonLib, line 612 try { // library marker kkossev.commonLib, line 613 descMap += description.replaceAll('\\[|\\]', '').split(',').collectEntries { entry -> // library marker kkossev.commonLib, line 614 List pair = entry.split(':') // library marker kkossev.commonLib, line 615 [(pair.first().trim()): pair.last().trim()] // library marker kkossev.commonLib, line 616 } // library marker kkossev.commonLib, line 617 } // library marker kkossev.commonLib, line 618 catch (e2) { // library marker kkossev.commonLib, line 619 logWarn "exception ${e2} caught while parsing using an alternative method myParseDescriptionAsMap description: ${description}" // library marker kkossev.commonLib, line 620 return [:] // library marker kkossev.commonLib, line 621 } // library marker kkossev.commonLib, line 622 logDebug "alternative method parsing success: descMap=${descMap}" // library marker kkossev.commonLib, line 623 } // library marker kkossev.commonLib, line 624 return descMap // library marker kkossev.commonLib, line 625 } // library marker kkossev.commonLib, line 626 private boolean isTuyaE00xCluster(String description) { // library marker kkossev.commonLib, line 628 if (description == null || !(description.indexOf('cluster: E000') >= 0 || description.indexOf('cluster: E001') >= 0)) { // library marker kkossev.commonLib, line 629 return false // library marker kkossev.commonLib, line 630 } // library marker kkossev.commonLib, line 631 // try to parse ... // library marker kkossev.commonLib, line 632 //logDebug "Tuya cluster: E000 or E001 - try to parse it..." // library marker kkossev.commonLib, line 633 Map descMap = [:] // library marker kkossev.commonLib, line 634 try { // library marker kkossev.commonLib, line 635 descMap = zigbee.parseDescriptionAsMap(description) // library marker kkossev.commonLib, line 636 logDebug "TuyaE00xCluster Desc Map: ${descMap}" // library marker kkossev.commonLib, line 637 } // library marker kkossev.commonLib, line 638 catch (e) { // library marker kkossev.commonLib, line 639 logDebug "exception caught while parsing description: ${description}" // library marker kkossev.commonLib, line 640 logDebug "TuyaE00xCluster Desc Map: ${descMap}" // library marker kkossev.commonLib, line 641 // cluster E001 is the one that is generating exceptions... // library marker kkossev.commonLib, line 642 return true // library marker kkossev.commonLib, line 643 } // library marker kkossev.commonLib, line 644 if (descMap.cluster == 'E000' && descMap.attrId in ['D001', 'D002', 'D003']) { // library marker kkossev.commonLib, line 646 logDebug "Tuya Specific cluster ${descMap.cluster} attribute ${descMap.attrId} value is ${descMap.value}" // library marker kkossev.commonLib, line 647 } // library marker kkossev.commonLib, line 648 else if (descMap.cluster == 'E001' && descMap.attrId == 'D010') { // library marker kkossev.commonLib, line 649 if (settings?.logEnable) { logInfo "power on behavior is ${powerOnBehaviourOptions[safeToInt(descMap.value).toString()]} (${descMap.value})" } // library marker kkossev.commonLib, line 650 } // library marker kkossev.commonLib, line 651 else if (descMap.cluster == 'E001' && descMap.attrId == 'D030') { // library marker kkossev.commonLib, line 652 if (settings?.logEnable) { logInfo "swith type is ${switchTypeOptions[safeToInt(descMap.value).toString()]} (${descMap.value})" } // library marker kkossev.commonLib, line 653 } // library marker kkossev.commonLib, line 654 else { // library marker kkossev.commonLib, line 655 logDebug "unprocessed TuyaE00xCluster Desc Map: $descMap" // library marker kkossev.commonLib, line 656 return false // library marker kkossev.commonLib, line 657 } // library marker kkossev.commonLib, line 658 return true // processed // library marker kkossev.commonLib, line 659 } // library marker kkossev.commonLib, line 660 // return true if further processing in the main parse method should be cancelled ! // library marker kkossev.commonLib, line 662 private boolean otherTuyaOddities(final String description) { // library marker kkossev.commonLib, line 663 /* // library marker kkossev.commonLib, line 664 if (description.indexOf('cluster: 0000') >= 0 && description.indexOf('attrId: 0004') >= 0) { // library marker kkossev.commonLib, line 665 if (logEnable) log.debug "${device.displayName} skipping Tuya parse of cluster 0 attrId 4" // parseDescriptionAsMap throws exception when processing Tuya cluster 0 attrId 4 // library marker kkossev.commonLib, line 666 return true // library marker kkossev.commonLib, line 667 } // library marker kkossev.commonLib, line 668 */ // library marker kkossev.commonLib, line 669 Map descMap = [:] // library marker kkossev.commonLib, line 670 try { // library marker kkossev.commonLib, line 671 descMap = zigbee.parseDescriptionAsMap(description) // library marker kkossev.commonLib, line 672 } // library marker kkossev.commonLib, line 673 catch (e1) { // library marker kkossev.commonLib, line 674 logWarn "exception ${e1} caught while parseDescriptionAsMap otherTuyaOddities description: ${description}" // library marker kkossev.commonLib, line 675 // try alternative custom parsing // library marker kkossev.commonLib, line 676 descMap = [:] // library marker kkossev.commonLib, line 677 try { // library marker kkossev.commonLib, line 678 descMap += description.replaceAll('\\[|\\]', '').split(',').collectEntries { entry -> // library marker kkossev.commonLib, line 679 List pair = entry.split(':') // library marker kkossev.commonLib, line 680 [(pair.first().trim()): pair.last().trim()] // library marker kkossev.commonLib, line 681 } // library marker kkossev.commonLib, line 682 } // library marker kkossev.commonLib, line 683 catch (e2) { // library marker kkossev.commonLib, line 684 logWarn "exception ${e2} caught while parsing using an alternative method otherTuyaOddities description: ${description}" // library marker kkossev.commonLib, line 685 return true // library marker kkossev.commonLib, line 686 } // library marker kkossev.commonLib, line 687 logDebug "alternative method parsing success: descMap=${descMap}" // library marker kkossev.commonLib, line 688 } // library marker kkossev.commonLib, line 689 //if (logEnable) {log.trace "${device.displayName} Checking Tuya Oddities Desc Map: $descMap"} // library marker kkossev.commonLib, line 690 if (descMap.attrId == null) { // library marker kkossev.commonLib, line 691 //logDebug "otherTuyaOddities: descMap = ${descMap}" // library marker kkossev.commonLib, line 692 //if (logEnable) log.trace "${device.displayName} otherTuyaOddities - Cluster ${descMap.clusterId} NO ATTRIBUTE, skipping" // library marker kkossev.commonLib, line 693 return false // library marker kkossev.commonLib, line 694 } // library marker kkossev.commonLib, line 695 boolean bWasAtLeastOneAttributeProcessed = false // library marker kkossev.commonLib, line 696 boolean bWasThereAnyStandardAttribite = false // library marker kkossev.commonLib, line 697 // attribute report received // library marker kkossev.commonLib, line 698 List attrData = [[cluster: descMap.cluster ,attrId: descMap.attrId, value: descMap.value, status: descMap.status]] // library marker kkossev.commonLib, line 699 descMap.additionalAttrs.each { // library marker kkossev.commonLib, line 700 attrData << [cluster: descMap.cluster, attrId: it.attrId, value: it.value, status: it.status] // library marker kkossev.commonLib, line 701 } // library marker kkossev.commonLib, line 702 attrData.each { // library marker kkossev.commonLib, line 703 if (it.status == '86') { // library marker kkossev.commonLib, line 704 logWarn "Tuya Cluster ${descMap.cluster} unsupported attrId ${it.attrId}" // library marker kkossev.commonLib, line 705 // TODO - skip parsing? // library marker kkossev.commonLib, line 706 } // library marker kkossev.commonLib, line 707 switch (it.cluster) { // library marker kkossev.commonLib, line 708 case '0000' : // library marker kkossev.commonLib, line 709 if (it.attrId in ['FFE0', 'FFE1', 'FFE2', 'FFE4']) { // library marker kkossev.commonLib, line 710 logTrace "Cluster ${descMap.cluster} Tuya specific attrId ${it.attrId} value ${it.value})" // library marker kkossev.commonLib, line 711 bWasAtLeastOneAttributeProcessed = true // library marker kkossev.commonLib, line 712 } // library marker kkossev.commonLib, line 713 else if (it.attrId in ['FFFE', 'FFDF']) { // library marker kkossev.commonLib, line 714 logTrace "Cluster ${descMap.cluster} Tuya specific attrId ${it.attrId} value ${it.value})" // library marker kkossev.commonLib, line 715 bWasAtLeastOneAttributeProcessed = true // library marker kkossev.commonLib, line 716 } // library marker kkossev.commonLib, line 717 else { // library marker kkossev.commonLib, line 718 //logDebug "otherTuyaOddities? - Cluster ${descMap.cluster} attrId ${it.attrId} value ${it.value}) N/A, skipping" // library marker kkossev.commonLib, line 719 bWasThereAnyStandardAttribite = true // library marker kkossev.commonLib, line 720 } // library marker kkossev.commonLib, line 721 break // library marker kkossev.commonLib, line 722 default : // library marker kkossev.commonLib, line 723 //if (logEnable) log.trace "${device.displayName} otherTuyaOddities - Cluster ${it.cluster} N/A, skipping" // library marker kkossev.commonLib, line 724 break // library marker kkossev.commonLib, line 725 } // switch // library marker kkossev.commonLib, line 726 } // for each attribute // library marker kkossev.commonLib, line 727 return bWasAtLeastOneAttributeProcessed && !bWasThereAnyStandardAttribite // library marker kkossev.commonLib, line 728 } // library marker kkossev.commonLib, line 729 public String intTo16bitUnsignedHex(int value) { // library marker kkossev.commonLib, line 731 String hexStr = zigbee.convertToHexString(value.toInteger(), 4) // library marker kkossev.commonLib, line 732 return new String(hexStr.substring(2, 4) + hexStr.substring(0, 2)) // library marker kkossev.commonLib, line 733 } // library marker kkossev.commonLib, line 734 public String intTo8bitUnsignedHex(int value) { // library marker kkossev.commonLib, line 736 return zigbee.convertToHexString(value.toInteger(), 2) // library marker kkossev.commonLib, line 737 } // library marker kkossev.commonLib, line 738 /* // library marker kkossev.commonLib, line 740 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 741 * Tuya cluster EF00 specific code // library marker kkossev.commonLib, line 742 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 743 */ // library marker kkossev.commonLib, line 744 private static int getCLUSTER_TUYA() { 0xEF00 } // library marker kkossev.commonLib, line 745 private static int getSETDATA() { 0x00 } // library marker kkossev.commonLib, line 746 private static int getSETTIME() { 0x24 } // library marker kkossev.commonLib, line 747 // Tuya Commands // library marker kkossev.commonLib, line 749 private static int getTUYA_REQUEST() { 0x00 } // library marker kkossev.commonLib, line 750 private static int getTUYA_REPORTING() { 0x01 } // library marker kkossev.commonLib, line 751 private static int getTUYA_QUERY() { 0x02 } // library marker kkossev.commonLib, line 752 private static int getTUYA_STATUS_SEARCH() { 0x06 } // library marker kkossev.commonLib, line 753 private static int getTUYA_TIME_SYNCHRONISATION() { 0x24 } // library marker kkossev.commonLib, line 754 // tuya DP type // library marker kkossev.commonLib, line 756 private static String getDP_TYPE_RAW() { '01' } // [ bytes ] // library marker kkossev.commonLib, line 757 private static String getDP_TYPE_BOOL() { '01' } // [ 0/1 ] // library marker kkossev.commonLib, line 758 private static String getDP_TYPE_VALUE() { '02' } // [ 4 byte value ] // library marker kkossev.commonLib, line 759 private static String getDP_TYPE_STRING() { '03' } // [ N byte string ] // library marker kkossev.commonLib, line 760 private static String getDP_TYPE_ENUM() { '04' } // [ 0-255 ] // library marker kkossev.commonLib, line 761 private static String getDP_TYPE_BITMAP() { '05' } // [ 1,2,4 bytes ] as bits // library marker kkossev.commonLib, line 762 private void syncTuyaDateTime() { // library marker kkossev.commonLib, line 764 // The data format for time synchronization, including standard timestamps and local timestamps. Standard timestamp (4 bytes) local timestamp (4 bytes) Time synchronization data format: The standard timestamp is the total number of seconds from 00:00:00 on January 01, 1970 GMT to the present. // library marker kkossev.commonLib, line 765 // For example, local timestamp = standard timestamp + number of seconds between standard time and local time (including time zone and daylight saving time). // Y2K = 946684800 // library marker kkossev.commonLib, line 766 long offset = 0 // library marker kkossev.commonLib, line 767 int offsetHours = 0 // library marker kkossev.commonLib, line 768 Calendar cal = Calendar.getInstance() //it return same time as new Date() // library marker kkossev.commonLib, line 769 int hour = cal.get(Calendar.HOUR_OF_DAY) // library marker kkossev.commonLib, line 770 try { // library marker kkossev.commonLib, line 771 offset = location.getTimeZone().getOffset(new Date().getTime()) // library marker kkossev.commonLib, line 772 offsetHours = (offset / 3600000) as int // library marker kkossev.commonLib, line 773 logDebug "timezone offset of current location is ${offset} (${offsetHours} hours), current hour is ${hour} h" // library marker kkossev.commonLib, line 774 } catch (e) { // library marker kkossev.commonLib, line 775 log.error "${device.displayName} cannot resolve current location. please set location in Hubitat location setting. Setting timezone offset to zero" // library marker kkossev.commonLib, line 776 } // library marker kkossev.commonLib, line 777 // // library marker kkossev.commonLib, line 778 List cmds = zigbee.command(CLUSTER_TUYA, SETTIME, '0008' + zigbee.convertToHexString((int)(now() / 1000), 8) + zigbee.convertToHexString((int)((now() + offset) / 1000), 8)) // library marker kkossev.commonLib, line 779 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 780 logDebug "Tuya device time synchronized to ${unix2formattedDate(now())} (${cmds})" // library marker kkossev.commonLib, line 781 } // library marker kkossev.commonLib, line 782 // called from the main parse method when the cluster is 0xEF00 and no custom handler is defined // library marker kkossev.commonLib, line 784 public void standardParseTuyaCluster(final Map descMap) { // library marker kkossev.commonLib, line 785 if (descMap?.clusterInt == CLUSTER_TUYA && descMap?.command == '24') { //getSETTIME // library marker kkossev.commonLib, line 786 syncTuyaDateTime() // library marker kkossev.commonLib, line 787 } // library marker kkossev.commonLib, line 788 else if (descMap?.clusterInt == CLUSTER_TUYA && descMap?.command == '0B') { // ZCL Command Default Response // library marker kkossev.commonLib, line 789 String clusterCmd = descMap?.data[0] // library marker kkossev.commonLib, line 790 String status = descMap?.data[1] // library marker kkossev.commonLib, line 791 logDebug "device has received Tuya cluster ZCL command 0x${clusterCmd} response 0x${status} data = ${descMap?.data}" // library marker kkossev.commonLib, line 792 if (status != '00') { // library marker kkossev.commonLib, line 793 logWarn "ATTENTION! manufacturer = ${device.getDataValue('manufacturer')} unsupported Tuya cluster ZCL command 0x${clusterCmd} response 0x${status} data = ${descMap?.data} !!!" // library marker kkossev.commonLib, line 794 } // library marker kkossev.commonLib, line 795 } // library marker kkossev.commonLib, line 796 else if ((descMap?.clusterInt == CLUSTER_TUYA) && (descMap?.command == '01' || descMap?.command == '02' || descMap?.command == '05' || descMap?.command == '06')) { // library marker kkossev.commonLib, line 797 int dataLen = descMap?.data.size() // library marker kkossev.commonLib, line 798 //log.warn "dataLen=${dataLen}" // library marker kkossev.commonLib, line 799 //def transid = zigbee.convertHexToInt(descMap?.data[1]) // "transid" is just a "counter", a response will have the same transid as the command // library marker kkossev.commonLib, line 800 if (dataLen <= 5) { // library marker kkossev.commonLib, line 801 logWarn "unprocessed short Tuya command response: dp_id=${descMap?.data[3]} dp=${descMap?.data[2]} fncmd_len=${fncmd_len} data=${descMap?.data})" // library marker kkossev.commonLib, line 802 return // library marker kkossev.commonLib, line 803 } // library marker kkossev.commonLib, line 804 boolean isSpammyDeviceProfileDefined = this.respondsTo('isSpammyDeviceProfile') // check if the method exists 05/21/2024 // library marker kkossev.commonLib, line 805 for (int i = 0; i < (dataLen - 4); ) { // library marker kkossev.commonLib, line 806 int dp = zigbee.convertHexToInt(descMap?.data[2 + i]) // "dp" field describes the action/message of a command frame // library marker kkossev.commonLib, line 807 int dp_id = zigbee.convertHexToInt(descMap?.data[3 + i]) // "dp_identifier" is device dependant // library marker kkossev.commonLib, line 808 int fncmd_len = zigbee.convertHexToInt(descMap?.data[5 + i]) // library marker kkossev.commonLib, line 809 int fncmd = getTuyaAttributeValue(descMap?.data, i) // // library marker kkossev.commonLib, line 810 if (!isChattyDeviceReport(descMap) && isSpammyDeviceProfileDefined && !isSpammyDeviceProfile()) { // library marker kkossev.commonLib, line 811 logDebug "standardParseTuyaCluster: command=${descMap?.command} dp_id=${dp_id} dp=${dp} (0x${descMap?.data[2 + i]}) fncmd=${fncmd} fncmd_len=${fncmd_len} (index=${i})" // library marker kkossev.commonLib, line 812 } // library marker kkossev.commonLib, line 813 standardProcessTuyaDP(descMap, dp, dp_id, fncmd) // library marker kkossev.commonLib, line 814 i = i + fncmd_len + 4 // library marker kkossev.commonLib, line 815 } // library marker kkossev.commonLib, line 816 } // library marker kkossev.commonLib, line 817 else { // library marker kkossev.commonLib, line 818 logWarn "standardParseTuyaCluster: unprocessed Tuya cluster command ${descMap?.command} data=${descMap?.data}" // library marker kkossev.commonLib, line 819 } // library marker kkossev.commonLib, line 820 } // library marker kkossev.commonLib, line 821 // called from the standardParseTuyaCluster method for each DP chunk in the messages (usually one, but could be multiple DPs in one message) // library marker kkossev.commonLib, line 823 void standardProcessTuyaDP(final Map descMap, final int dp, final int dp_id, final int fncmd, final int dp_len=0) { // library marker kkossev.commonLib, line 824 logTrace "standardProcessTuyaDP: checking customProcessTuyaDp dp=${dp} dp_id=${dp_id} fncmd=${fncmd} dp_len=${dp_len}" // library marker kkossev.commonLib, line 825 if (this.respondsTo('customProcessTuyaDp')) { // library marker kkossev.commonLib, line 826 logTrace 'standardProcessTuyaDP: customProcessTuyaDp exists, calling it...' // library marker kkossev.commonLib, line 827 if (customProcessTuyaDp(descMap, dp, dp_id, fncmd, dp_len) == true) { // library marker kkossev.commonLib, line 828 return // EF00 DP has been processed in the custom handler - we are done! // library marker kkossev.commonLib, line 829 } // library marker kkossev.commonLib, line 830 } // library marker kkossev.commonLib, line 831 // check if DeviceProfile processing method exists (deviceProfieLib should be included in the main driver) // library marker kkossev.commonLib, line 832 if (this.respondsTo(processTuyaDPfromDeviceProfile)) { // library marker kkossev.commonLib, line 833 if (processTuyaDPfromDeviceProfile(descMap, dp, dp_id, fncmd, dp_len) == true) { // library marker kkossev.commonLib, line 834 return // sucessfuly processed the new way - we are done. (version 3.0) // library marker kkossev.commonLib, line 835 } // library marker kkossev.commonLib, line 836 } // library marker kkossev.commonLib, line 837 logWarn "NOT PROCESSED Tuya cmd: dp=${dp} value=${fncmd} descMap.data = ${descMap?.data}" // library marker kkossev.commonLib, line 838 } // library marker kkossev.commonLib, line 839 private int getTuyaAttributeValue(final List _data, final int index) { // library marker kkossev.commonLib, line 841 int retValue = 0 // library marker kkossev.commonLib, line 842 if (_data.size() >= 6) { // library marker kkossev.commonLib, line 843 int dataLength = zigbee.convertHexToInt(_data[5 + index]) // library marker kkossev.commonLib, line 844 if (dataLength == 0) { return 0 } // library marker kkossev.commonLib, line 845 int power = 1 // library marker kkossev.commonLib, line 846 for (i in dataLength..1) { // library marker kkossev.commonLib, line 847 retValue = retValue + power * zigbee.convertHexToInt(_data[index + i + 5]) // library marker kkossev.commonLib, line 848 power = power * 256 // library marker kkossev.commonLib, line 849 } // library marker kkossev.commonLib, line 850 } // library marker kkossev.commonLib, line 851 return retValue // library marker kkossev.commonLib, line 852 } // library marker kkossev.commonLib, line 853 public List getTuyaCommand(String dp, String dp_type, String fncmd, int tuyaCmdDefault = SETDATA) { return sendTuyaCommand(dp, dp_type, fncmd, tuyaCmdDefault) } // library marker kkossev.commonLib, line 855 public List sendTuyaCommand(String dp, String dp_type, String fncmd, int tuyaCmdDefault = SETDATA) { // library marker kkossev.commonLib, line 857 List cmds = [] // library marker kkossev.commonLib, line 858 int ep = safeToInt(state.destinationEP) // library marker kkossev.commonLib, line 859 if (ep == null || ep == 0) { ep = 1 } // library marker kkossev.commonLib, line 860 //int tuyaCmd = isFingerbot() ? 0x04 : SETDATA // library marker kkossev.commonLib, line 861 int tuyaCmd // library marker kkossev.commonLib, line 862 // added 07/01/2024 - deviceProfilesV3 device key tuyaCmd:04 : owerwrite all sendTuyaCommand calls for a specfic device profile, if specified!\ // library marker kkossev.commonLib, line 863 if (this.respondsTo('getDEVICE') && DEVICE?.device?.tuyaCmd != null) { // library marker kkossev.commonLib, line 864 tuyaCmd = DEVICE?.device?.tuyaCmd // library marker kkossev.commonLib, line 865 } // library marker kkossev.commonLib, line 866 else { // library marker kkossev.commonLib, line 867 tuyaCmd = /*isFingerbot() ? 0x04 : */ tuyaCmdDefault // 0x00 is the default command for most of the Tuya devices, except some .. // library marker kkossev.commonLib, line 868 } // library marker kkossev.commonLib, line 869 cmds = zigbee.command(CLUSTER_TUYA, tuyaCmd, [destEndpoint :ep], delay = 201, PACKET_ID + dp + dp_type + zigbee.convertToHexString((int)(fncmd.length() / 2), 4) + fncmd ) // library marker kkossev.commonLib, line 870 logDebug "${device.displayName} getTuyaCommand (dp=$dp fncmd=$fncmd dp_type=$dp_type) = ${cmds}" // library marker kkossev.commonLib, line 871 return cmds // library marker kkossev.commonLib, line 872 } // library marker kkossev.commonLib, line 873 private String getPACKET_ID() { return zigbee.convertToHexString(new Random().nextInt(65536), 4) } // library marker kkossev.commonLib, line 875 public void tuyaTest(String dpCommand, String dpValue, String dpTypeString ) { // library marker kkossev.commonLib, line 877 String dpType = dpTypeString == 'DP_TYPE_VALUE' ? DP_TYPE_VALUE : dpTypeString == 'DP_TYPE_BOOL' ? DP_TYPE_BOOL : dpTypeString == 'DP_TYPE_ENUM' ? DP_TYPE_ENUM : null // library marker kkossev.commonLib, line 878 String dpValHex = dpTypeString == 'DP_TYPE_VALUE' ? zigbee.convertToHexString(dpValue as int, 8) : dpValue // library marker kkossev.commonLib, line 879 if (settings?.logEnable) { log.warn "${device.displayName} sending TEST command=${dpCommand} value=${dpValue} ($dpValHex) type=${dpType}" } // library marker kkossev.commonLib, line 880 sendZigbeeCommands( sendTuyaCommand(dpCommand, dpType, dpValHex) ) // library marker kkossev.commonLib, line 881 } // library marker kkossev.commonLib, line 882 public List tuyaBlackMagic() { // library marker kkossev.commonLib, line 885 int ep = safeToInt(state.destinationEP ?: 01) // library marker kkossev.commonLib, line 886 if (ep == null || ep == 0) { ep = 1 } // library marker kkossev.commonLib, line 887 logInfo 'tuyaBlackMagic()...' // library marker kkossev.commonLib, line 888 return zigbee.readAttribute(0x0000, [0x0004, 0x000, 0x0001, 0x0005, 0x0007, 0xfffe], [destEndpoint :ep], delay = 200) // library marker kkossev.commonLib, line 889 } // library marker kkossev.commonLib, line 890 List queryAllTuyaDP() { // library marker kkossev.commonLib, line 892 logTrace 'queryAllTuyaDP()' // library marker kkossev.commonLib, line 893 List cmds = zigbee.command(0xEF00, 0x03) // library marker kkossev.commonLib, line 894 return cmds // library marker kkossev.commonLib, line 895 } // library marker kkossev.commonLib, line 896 public void aqaraBlackMagic() { // library marker kkossev.commonLib, line 898 List cmds = [] // library marker kkossev.commonLib, line 899 if (this.respondsTo('customAqaraBlackMagic')) { // library marker kkossev.commonLib, line 900 cmds = customAqaraBlackMagic() // library marker kkossev.commonLib, line 901 } // library marker kkossev.commonLib, line 902 if (cmds != null && !cmds.isEmpty()) { // library marker kkossev.commonLib, line 903 logDebug 'sending aqaraBlackMagic()' // library marker kkossev.commonLib, line 904 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 905 return // library marker kkossev.commonLib, line 906 } // library marker kkossev.commonLib, line 907 logDebug 'aqaraBlackMagic() was SKIPPED' // library marker kkossev.commonLib, line 908 } // library marker kkossev.commonLib, line 909 // Invoked from configure() // library marker kkossev.commonLib, line 911 public List initializeDevice() { // library marker kkossev.commonLib, line 912 List cmds = [] // library marker kkossev.commonLib, line 913 logInfo 'initializeDevice...' // library marker kkossev.commonLib, line 914 if (this.respondsTo('customInitializeDevice')) { // library marker kkossev.commonLib, line 915 List customCmds = customInitializeDevice() // library marker kkossev.commonLib, line 916 if (customCmds != null && !customCmds.isEmpty()) { cmds += customCmds } // library marker kkossev.commonLib, line 917 } // library marker kkossev.commonLib, line 918 logDebug "initializeDevice(): cmds=${cmds}" // library marker kkossev.commonLib, line 919 return cmds // library marker kkossev.commonLib, line 920 } // library marker kkossev.commonLib, line 921 // Invoked from configure() // library marker kkossev.commonLib, line 923 public List configureDevice() { // library marker kkossev.commonLib, line 924 List cmds = [] // library marker kkossev.commonLib, line 925 logInfo 'configureDevice...' // library marker kkossev.commonLib, line 926 if (this.respondsTo('customConfigureDevice')) { // library marker kkossev.commonLib, line 927 List customCmds = customConfigureDevice() // library marker kkossev.commonLib, line 928 if (customCmds != null && !customCmds.isEmpty()) { cmds += customCmds } // library marker kkossev.commonLib, line 929 } // library marker kkossev.commonLib, line 930 // sendZigbeeCommands(cmds) changed 03/04/2024 // library marker kkossev.commonLib, line 931 logDebug "configureDevice(): cmds=${cmds}" // library marker kkossev.commonLib, line 932 return cmds // library marker kkossev.commonLib, line 933 } // library marker kkossev.commonLib, line 934 /* // library marker kkossev.commonLib, line 936 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 937 * Hubitat default handlers methods // library marker kkossev.commonLib, line 938 * ----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 939 */ // library marker kkossev.commonLib, line 940 List customHandlers(final List customHandlersList) { // library marker kkossev.commonLib, line 942 List cmds = [] // library marker kkossev.commonLib, line 943 if (customHandlersList != null && !customHandlersList.isEmpty()) { // library marker kkossev.commonLib, line 944 customHandlersList.each { handler -> // library marker kkossev.commonLib, line 945 if (this.respondsTo(handler)) { // library marker kkossev.commonLib, line 946 List customCmds = this."${handler}"() // library marker kkossev.commonLib, line 947 if (customCmds != null && !customCmds.isEmpty()) { cmds += customCmds } // library marker kkossev.commonLib, line 948 } // library marker kkossev.commonLib, line 949 } // library marker kkossev.commonLib, line 950 } // library marker kkossev.commonLib, line 951 return cmds // library marker kkossev.commonLib, line 952 } // library marker kkossev.commonLib, line 953 void refresh() { // library marker kkossev.commonLib, line 955 logDebug "refresh()... DEVICE_TYPE is ${DEVICE_TYPE} model=${device.getDataValue('model')} manufacturer=${device.getDataValue('manufacturer')}" // library marker kkossev.commonLib, line 956 checkDriverVersion(state) // library marker kkossev.commonLib, line 957 List cmds = [], customCmds = [] // library marker kkossev.commonLib, line 958 if (this.respondsTo('customRefresh')) { // if there is a customRefresh() method defined in the main driver, call it // library marker kkossev.commonLib, line 959 customCmds = customRefresh() // library marker kkossev.commonLib, line 960 if (customCmds != null && !customCmds.isEmpty()) { cmds += customCmds } else { logDebug 'no customRefresh method defined' } // library marker kkossev.commonLib, line 961 } // library marker kkossev.commonLib, line 962 else { // call all known libraryRefresh methods // library marker kkossev.commonLib, line 963 customCmds = customHandlers(['onOffRefresh', 'groupsRefresh', 'batteryRefresh', 'levelRefresh', 'temperatureRefresh', 'humidityRefresh', 'illuminanceRefresh']) // library marker kkossev.commonLib, line 964 if (customCmds != null && !customCmds.isEmpty()) { cmds += customCmds } else { logDebug 'no libraries refresh() defined' } // library marker kkossev.commonLib, line 965 } // library marker kkossev.commonLib, line 966 if (cmds != null && !cmds.isEmpty()) { // library marker kkossev.commonLib, line 967 logDebug "refresh() cmds=${cmds}" // library marker kkossev.commonLib, line 968 setRefreshRequest() // 3 seconds // library marker kkossev.commonLib, line 969 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 970 } // library marker kkossev.commonLib, line 971 else { // library marker kkossev.commonLib, line 972 logDebug "no refresh() commands defined for device type ${DEVICE_TYPE}" // library marker kkossev.commonLib, line 973 } // library marker kkossev.commonLib, line 974 } // library marker kkossev.commonLib, line 975 public void setRefreshRequest() { if (state.states == null) { state.states = [:] } ; state.states['isRefresh'] = true; runInMillis(REFRESH_TIMER, 'clearRefreshRequest', [overwrite: true]) } // library marker kkossev.commonLib, line 977 public void clearRefreshRequest() { if (state.states == null) { state.states = [:] } ; state.states['isRefresh'] = false } // library marker kkossev.commonLib, line 978 public void clearInfoEvent() { sendInfoEvent('clear') } // library marker kkossev.commonLib, line 979 public void sendInfoEvent(String info=null) { // library marker kkossev.commonLib, line 981 if (info == null || info == 'clear') { // library marker kkossev.commonLib, line 982 logDebug 'clearing the Status event' // library marker kkossev.commonLib, line 983 sendEvent(name: 'Status', value: 'clear', type: 'digital') // library marker kkossev.commonLib, line 984 } // library marker kkossev.commonLib, line 985 else { // library marker kkossev.commonLib, line 986 logInfo "${info}" // library marker kkossev.commonLib, line 987 sendEvent(name: 'Status', value: info, type: 'digital') // library marker kkossev.commonLib, line 988 runIn(INFO_AUTO_CLEAR_PERIOD, 'clearInfoEvent') // automatically clear the Info attribute after 1 minute // library marker kkossev.commonLib, line 989 } // library marker kkossev.commonLib, line 990 } // library marker kkossev.commonLib, line 991 public void ping() { // library marker kkossev.commonLib, line 993 if (state.lastTx == null ) { state.lastTx = [:] } ; state.lastTx['pingTime'] = new Date().getTime() // library marker kkossev.commonLib, line 994 if (state.states == null ) { state.states = [:] } ; state.states['isPing'] = true // library marker kkossev.commonLib, line 995 scheduleCommandTimeoutCheck() // library marker kkossev.commonLib, line 996 int pingAttr = (device.getDataValue('manufacturer') == 'SONOFF') ? 0x05 : PING_ATTR_ID // library marker kkossev.commonLib, line 997 if (isVirtual()) { runInMillis(10, 'virtualPong') } // library marker kkossev.commonLib, line 998 else { sendZigbeeCommands(zigbee.readAttribute(zigbee.BASIC_CLUSTER, pingAttr, [:], 0) ) } // library marker kkossev.commonLib, line 999 logDebug 'ping...' // library marker kkossev.commonLib, line 1000 } // library marker kkossev.commonLib, line 1001 private void virtualPong() { // library marker kkossev.commonLib, line 1003 logDebug 'virtualPing: pong!' // library marker kkossev.commonLib, line 1004 Long now = new Date().getTime() // library marker kkossev.commonLib, line 1005 int timeRunning = now.toInteger() - (state.lastTx['pingTime'] ?: '0').toInteger() // library marker kkossev.commonLib, line 1006 if (timeRunning > 0 && timeRunning < MAX_PING_MILISECONDS) { // library marker kkossev.commonLib, line 1007 state.stats['pingsOK'] = (state.stats['pingsOK'] ?: 0) + 1 // library marker kkossev.commonLib, line 1008 if (timeRunning < safeToInt((state.stats['pingsMin'] ?: '999'))) { state.stats['pingsMin'] = timeRunning } // library marker kkossev.commonLib, line 1009 if (timeRunning > safeToInt((state.stats['pingsMax'] ?: '0'))) { state.stats['pingsMax'] = timeRunning } // library marker kkossev.commonLib, line 1010 state.stats['pingsAvg'] = approxRollingAverage(safeToDouble(state.stats['pingsAvg']), safeToDouble(timeRunning)) as int // library marker kkossev.commonLib, line 1011 sendRttEvent() // library marker kkossev.commonLib, line 1012 } // library marker kkossev.commonLib, line 1013 else { // library marker kkossev.commonLib, line 1014 logWarn "unexpected ping timeRunning=${timeRunning} " // library marker kkossev.commonLib, line 1015 } // library marker kkossev.commonLib, line 1016 state.states['isPing'] = false // library marker kkossev.commonLib, line 1017 unscheduleCommandTimeoutCheck(state) // library marker kkossev.commonLib, line 1018 } // library marker kkossev.commonLib, line 1019 public void sendRttEvent( String value=null) { // library marker kkossev.commonLib, line 1021 Long now = new Date().getTime() // library marker kkossev.commonLib, line 1022 if (state.lastTx == null ) { state.lastTx = [:] } // library marker kkossev.commonLib, line 1023 int timeRunning = now.toInteger() - (state.lastTx['pingTime'] ?: now).toInteger() // library marker kkossev.commonLib, line 1024 String descriptionText = "Round-trip time is ${timeRunning} ms (min=${state.stats['pingsMin']} max=${state.stats['pingsMax']} average=${state.stats['pingsAvg']})" // library marker kkossev.commonLib, line 1025 if (value == null) { // library marker kkossev.commonLib, line 1026 logInfo "${descriptionText}" // library marker kkossev.commonLib, line 1027 sendEvent(name: 'rtt', value: timeRunning, descriptionText: descriptionText, unit: 'ms', type: 'physical') // library marker kkossev.commonLib, line 1028 } // library marker kkossev.commonLib, line 1029 else { // library marker kkossev.commonLib, line 1030 descriptionText = "Round-trip time : ${value}" // library marker kkossev.commonLib, line 1031 logInfo "${descriptionText}" // library marker kkossev.commonLib, line 1032 sendEvent(name: 'rtt', value: value, descriptionText: descriptionText, type: 'physical') // library marker kkossev.commonLib, line 1033 } // library marker kkossev.commonLib, line 1034 } // library marker kkossev.commonLib, line 1035 private String clusterLookup(final Object cluster) { // library marker kkossev.commonLib, line 1037 if (cluster != null) { // library marker kkossev.commonLib, line 1038 return zigbee.clusterLookup(cluster.toInteger()) ?: "private cluster 0x${intToHexStr(cluster.toInteger())}" // library marker kkossev.commonLib, line 1039 } // library marker kkossev.commonLib, line 1040 logWarn 'cluster is NULL!' // library marker kkossev.commonLib, line 1041 return 'NULL' // library marker kkossev.commonLib, line 1042 } // library marker kkossev.commonLib, line 1043 private void scheduleCommandTimeoutCheck(int delay = COMMAND_TIMEOUT) { // library marker kkossev.commonLib, line 1045 if (state.states == null) { state.states = [:] } // library marker kkossev.commonLib, line 1046 state.states['isTimeoutCheck'] = true // library marker kkossev.commonLib, line 1047 runIn(delay, 'deviceCommandTimeout') // library marker kkossev.commonLib, line 1048 } // library marker kkossev.commonLib, line 1049 // unschedule() is a very time consuming operation : ~ 5 milliseconds per call ! // library marker kkossev.commonLib, line 1051 void unscheduleCommandTimeoutCheck(final Map state) { // can not be static :( // library marker kkossev.commonLib, line 1052 if (state.states == null) { state.states = [:] } // library marker kkossev.commonLib, line 1053 if (state.states['isTimeoutCheck'] == true) { // library marker kkossev.commonLib, line 1054 state.states['isTimeoutCheck'] = false // library marker kkossev.commonLib, line 1055 unschedule('deviceCommandTimeout') // library marker kkossev.commonLib, line 1056 } // library marker kkossev.commonLib, line 1057 } // library marker kkossev.commonLib, line 1058 void deviceCommandTimeout() { // library marker kkossev.commonLib, line 1060 logWarn 'no response received (sleepy device or offline?)' // library marker kkossev.commonLib, line 1061 sendRttEvent('timeout') // library marker kkossev.commonLib, line 1062 state.stats['pingsFail'] = (state.stats['pingsFail'] ?: 0) + 1 // library marker kkossev.commonLib, line 1063 } // library marker kkossev.commonLib, line 1064 private void scheduleDeviceHealthCheck(final int intervalMins, final int healthMethod) { // library marker kkossev.commonLib, line 1066 if (healthMethod == 1 || healthMethod == 2) { // library marker kkossev.commonLib, line 1067 String cron = getCron( intervalMins * 60 ) // library marker kkossev.commonLib, line 1068 schedule(cron, 'deviceHealthCheck') // library marker kkossev.commonLib, line 1069 logDebug "deviceHealthCheck is scheduled every ${intervalMins} minutes" // library marker kkossev.commonLib, line 1070 } // library marker kkossev.commonLib, line 1071 else { // library marker kkossev.commonLib, line 1072 logWarn 'deviceHealthCheck is not scheduled!' // library marker kkossev.commonLib, line 1073 unschedule('deviceHealthCheck') // library marker kkossev.commonLib, line 1074 } // library marker kkossev.commonLib, line 1075 } // library marker kkossev.commonLib, line 1076 private void unScheduleDeviceHealthCheck() { // library marker kkossev.commonLib, line 1078 unschedule('deviceHealthCheck') // library marker kkossev.commonLib, line 1079 device.deleteCurrentState('healthStatus') // library marker kkossev.commonLib, line 1080 logWarn 'device health check is disabled!' // library marker kkossev.commonLib, line 1081 } // library marker kkossev.commonLib, line 1082 // called when any event was received from the Zigbee device in the parse() method. // library marker kkossev.commonLib, line 1084 private void setHealthStatusOnline(Map state) { // library marker kkossev.commonLib, line 1085 if (state.health == null) { state.health = [:] } // library marker kkossev.commonLib, line 1086 state.health['checkCtr3'] = 0 // library marker kkossev.commonLib, line 1087 if (!((device.currentValue('healthStatus') ?: 'unknown') in ['online'])) { // library marker kkossev.commonLib, line 1088 sendHealthStatusEvent('online') // library marker kkossev.commonLib, line 1089 logInfo 'is now online!' // library marker kkossev.commonLib, line 1090 } // library marker kkossev.commonLib, line 1091 } // library marker kkossev.commonLib, line 1092 private void deviceHealthCheck() { // library marker kkossev.commonLib, line 1094 checkDriverVersion(state) // library marker kkossev.commonLib, line 1095 if (state.health == null) { state.health = [:] } // library marker kkossev.commonLib, line 1096 int ctr = state.health['checkCtr3'] ?: 0 // library marker kkossev.commonLib, line 1097 if (ctr >= PRESENCE_COUNT_THRESHOLD) { // library marker kkossev.commonLib, line 1098 if ((device.currentValue('healthStatus') ?: 'unknown') != 'offline' ) { // library marker kkossev.commonLib, line 1099 logWarn 'not present!' // library marker kkossev.commonLib, line 1100 sendHealthStatusEvent('offline') // library marker kkossev.commonLib, line 1101 } // library marker kkossev.commonLib, line 1102 } // library marker kkossev.commonLib, line 1103 else { // library marker kkossev.commonLib, line 1104 logDebug "deviceHealthCheck - online (notPresentCounter=${ctr})" // library marker kkossev.commonLib, line 1105 } // library marker kkossev.commonLib, line 1106 state.health['checkCtr3'] = ctr + 1 // library marker kkossev.commonLib, line 1107 } // library marker kkossev.commonLib, line 1108 private void sendHealthStatusEvent(final String value) { // library marker kkossev.commonLib, line 1110 String descriptionText = "healthStatus changed to ${value}" // library marker kkossev.commonLib, line 1111 sendEvent(name: 'healthStatus', value: value, descriptionText: descriptionText, isStateChange: true, type: 'digital') // library marker kkossev.commonLib, line 1112 if (value == 'online') { // library marker kkossev.commonLib, line 1113 logInfo "${descriptionText}" // library marker kkossev.commonLib, line 1114 } // library marker kkossev.commonLib, line 1115 else { // library marker kkossev.commonLib, line 1116 if (settings?.txtEnable) { log.warn "${device.displayName}} ${descriptionText}" } // library marker kkossev.commonLib, line 1117 } // library marker kkossev.commonLib, line 1118 } // library marker kkossev.commonLib, line 1119 // Invoked by Hubitat when the driver configuration is updated // library marker kkossev.commonLib, line 1121 void updated() { // library marker kkossev.commonLib, line 1122 logInfo 'updated()...' // library marker kkossev.commonLib, line 1123 checkDriverVersion(state) // library marker kkossev.commonLib, line 1124 logInfo"driver version ${driverVersionAndTimeStamp()}" // library marker kkossev.commonLib, line 1125 unschedule() // library marker kkossev.commonLib, line 1126 if (settings.logEnable) { // library marker kkossev.commonLib, line 1128 logTrace(settings.toString()) // library marker kkossev.commonLib, line 1129 runIn(86400, 'logsOff') // library marker kkossev.commonLib, line 1130 } // library marker kkossev.commonLib, line 1131 if (settings.traceEnable) { // library marker kkossev.commonLib, line 1132 logTrace(settings.toString()) // library marker kkossev.commonLib, line 1133 runIn(1800, 'traceOff') // library marker kkossev.commonLib, line 1134 } // library marker kkossev.commonLib, line 1135 final int healthMethod = (settings.healthCheckMethod as Integer) ?: 0 // library marker kkossev.commonLib, line 1137 if (healthMethod == 1 || healthMethod == 2) { // [0: 'Disabled', 1: 'Activity check', 2: 'Periodic polling'] // library marker kkossev.commonLib, line 1138 // schedule the periodic timer // library marker kkossev.commonLib, line 1139 final int interval = (settings.healthCheckInterval as Integer) ?: 0 // library marker kkossev.commonLib, line 1140 if (interval > 0) { // library marker kkossev.commonLib, line 1141 //log.trace "healthMethod=${healthMethod} interval=${interval}" // library marker kkossev.commonLib, line 1142 log.info "scheduling health check every ${interval} minutes by ${HealthcheckMethodOpts.options[healthCheckMethod as int]} method" // library marker kkossev.commonLib, line 1143 scheduleDeviceHealthCheck(interval, healthMethod) // library marker kkossev.commonLib, line 1144 } // library marker kkossev.commonLib, line 1145 } // library marker kkossev.commonLib, line 1146 else { // library marker kkossev.commonLib, line 1147 unScheduleDeviceHealthCheck() // unschedule the periodic job, depending on the healthMethod // library marker kkossev.commonLib, line 1148 log.info 'Health Check is disabled!' // library marker kkossev.commonLib, line 1149 } // library marker kkossev.commonLib, line 1150 if (this.respondsTo('customUpdated')) { // library marker kkossev.commonLib, line 1151 customUpdated() // library marker kkossev.commonLib, line 1152 } // library marker kkossev.commonLib, line 1153 sendInfoEvent('updated') // library marker kkossev.commonLib, line 1155 } // library marker kkossev.commonLib, line 1156 private void logsOff() { // library marker kkossev.commonLib, line 1158 logInfo 'debug logging disabled...' // library marker kkossev.commonLib, line 1159 device.updateSetting('logEnable', [value: 'false', type: 'bool']) // library marker kkossev.commonLib, line 1160 } // library marker kkossev.commonLib, line 1161 private void traceOff() { // library marker kkossev.commonLib, line 1162 logInfo 'trace logging disabled...' // library marker kkossev.commonLib, line 1163 device.updateSetting('traceEnable', [value: 'false', type: 'bool']) // library marker kkossev.commonLib, line 1164 } // library marker kkossev.commonLib, line 1165 public void configure(String command) { // library marker kkossev.commonLib, line 1167 logInfo "configure(${command})..." // library marker kkossev.commonLib, line 1168 if (!(command in (ConfigureOpts.keySet() as List))) { // library marker kkossev.commonLib, line 1169 logWarn "configure: command ${command} must be one of these : ${ConfigureOpts.keySet() as List}" // library marker kkossev.commonLib, line 1170 return // library marker kkossev.commonLib, line 1171 } // library marker kkossev.commonLib, line 1172 // // library marker kkossev.commonLib, line 1173 String func // library marker kkossev.commonLib, line 1174 try { // library marker kkossev.commonLib, line 1175 func = ConfigureOpts[command]?.function // library marker kkossev.commonLib, line 1176 "$func"() // library marker kkossev.commonLib, line 1177 } // library marker kkossev.commonLib, line 1178 catch (e) { // library marker kkossev.commonLib, line 1179 logWarn "Exception ${e} caught while processing $func($value)" // library marker kkossev.commonLib, line 1180 return // library marker kkossev.commonLib, line 1181 } // library marker kkossev.commonLib, line 1182 logInfo "executed '${func}'" // library marker kkossev.commonLib, line 1183 } // library marker kkossev.commonLib, line 1184 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.commonLib, line 1186 void configureHelp(final String val) { // library marker kkossev.commonLib, line 1187 if (settings?.txtEnable) { log.warn "${device.displayName} configureHelp: select one of the commands in this list!" } // library marker kkossev.commonLib, line 1188 } // library marker kkossev.commonLib, line 1189 public void loadAllDefaults() { // library marker kkossev.commonLib, line 1191 logWarn 'loadAllDefaults() !!!' // library marker kkossev.commonLib, line 1192 deleteAllSettings() // library marker kkossev.commonLib, line 1193 deleteAllCurrentStates() // library marker kkossev.commonLib, line 1194 deleteAllScheduledJobs() // library marker kkossev.commonLib, line 1195 deleteAllStates() // library marker kkossev.commonLib, line 1196 deleteAllChildDevices() // library marker kkossev.commonLib, line 1197 initialize() // library marker kkossev.commonLib, line 1199 configureNow() // calls also configureDevice() // bug fixed 04/03/2024 // library marker kkossev.commonLib, line 1200 updated() // library marker kkossev.commonLib, line 1201 sendInfoEvent('All Defaults Loaded! F5 to refresh') // library marker kkossev.commonLib, line 1202 } // library marker kkossev.commonLib, line 1203 private void configureNow() { // library marker kkossev.commonLib, line 1205 configure() // library marker kkossev.commonLib, line 1206 } // library marker kkossev.commonLib, line 1207 /** // library marker kkossev.commonLib, line 1209 * Send configuration parameters to the device // library marker kkossev.commonLib, line 1210 * Invoked when device is first installed and when the user updates the configuration TODO // library marker kkossev.commonLib, line 1211 * @return sends zigbee commands // library marker kkossev.commonLib, line 1212 */ // library marker kkossev.commonLib, line 1213 void configure() { // library marker kkossev.commonLib, line 1214 List cmds = [] // library marker kkossev.commonLib, line 1215 if (state.stats == null) { state.stats = [:] } ; state.stats.cfgCtr = (state.stats.cfgCtr ?: 0) + 1 // library marker kkossev.commonLib, line 1216 logInfo "configure()... cfgCtr=${state.stats.cfgCtr}" // library marker kkossev.commonLib, line 1217 logDebug "configure(): settings: $settings" // library marker kkossev.commonLib, line 1218 if (isTuya()) { // library marker kkossev.commonLib, line 1219 cmds += tuyaBlackMagic() // library marker kkossev.commonLib, line 1220 } // library marker kkossev.commonLib, line 1221 aqaraBlackMagic() // zigbee commands are sent here! // library marker kkossev.commonLib, line 1222 List initCmds = initializeDevice() // library marker kkossev.commonLib, line 1223 if (initCmds != null && !initCmds.isEmpty()) { cmds += initCmds } // library marker kkossev.commonLib, line 1224 List cfgCmds = configureDevice() // library marker kkossev.commonLib, line 1225 if (cfgCmds != null && !cfgCmds.isEmpty()) { cmds += cfgCmds } // library marker kkossev.commonLib, line 1226 if (cmds != null && !cmds.isEmpty()) { // library marker kkossev.commonLib, line 1227 sendZigbeeCommands(cmds) // library marker kkossev.commonLib, line 1228 logDebug "configure(): sent cmds = ${cmds}" // library marker kkossev.commonLib, line 1229 sendInfoEvent('sent device configuration') // library marker kkossev.commonLib, line 1230 } // library marker kkossev.commonLib, line 1231 else { // library marker kkossev.commonLib, line 1232 logDebug "configure(): no commands defined for device type ${DEVICE_TYPE}" // library marker kkossev.commonLib, line 1233 } // library marker kkossev.commonLib, line 1234 } // library marker kkossev.commonLib, line 1235 // Invoked when the device is installed with this driver automatically selected. // library marker kkossev.commonLib, line 1237 void installed() { // library marker kkossev.commonLib, line 1238 if (state.stats == null) { state.stats = [:] } ; state.stats.instCtr = (state.stats.instCtr ?: 0) + 1 // library marker kkossev.commonLib, line 1239 logInfo "installed()... instCtr=${state.stats.instCtr}" // library marker kkossev.commonLib, line 1240 // populate some default values for attributes // library marker kkossev.commonLib, line 1241 sendEvent(name: 'healthStatus', value: 'unknown', descriptionText: 'device was installed', type: 'digital') // library marker kkossev.commonLib, line 1242 sendEvent(name: 'powerSource', value: 'unknown', descriptionText: 'device was installed', type: 'digital') // library marker kkossev.commonLib, line 1243 sendInfoEvent('installed') // library marker kkossev.commonLib, line 1244 runIn(3, 'updated') // library marker kkossev.commonLib, line 1245 runIn(5, 'queryPowerSource') // library marker kkossev.commonLib, line 1246 } // library marker kkossev.commonLib, line 1247 private void queryPowerSource() { // library marker kkossev.commonLib, line 1249 sendZigbeeCommands(zigbee.readAttribute(zigbee.BASIC_CLUSTER, 0x0007, [:], 0)) // library marker kkossev.commonLib, line 1250 } // library marker kkossev.commonLib, line 1251 // Invoked from 'LoadAllDefaults' // library marker kkossev.commonLib, line 1253 private void initialize() { // library marker kkossev.commonLib, line 1254 if (state.stats == null) { state.stats = [:] } ; state.stats.initCtr = (state.stats.initCtr ?: 0) + 1 // library marker kkossev.commonLib, line 1255 logInfo "initialize()... initCtr=${state.stats.initCtr}" // library marker kkossev.commonLib, line 1256 if (device.getDataValue('powerSource') == null) { // library marker kkossev.commonLib, line 1257 logInfo "initializing device powerSource 'unknown'" // library marker kkossev.commonLib, line 1258 sendEvent(name: 'powerSource', value: 'unknown', type: 'digital') // library marker kkossev.commonLib, line 1259 } // library marker kkossev.commonLib, line 1260 initializeVars(fullInit = true) // library marker kkossev.commonLib, line 1261 updateTuyaVersion() // library marker kkossev.commonLib, line 1262 updateAqaraVersion() // library marker kkossev.commonLib, line 1263 } // library marker kkossev.commonLib, line 1264 /* // library marker kkossev.commonLib, line 1266 *----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 1267 * kkossev drivers commonly used functions // library marker kkossev.commonLib, line 1268 *----------------------------------------------------------------------------- // library marker kkossev.commonLib, line 1269 */ // library marker kkossev.commonLib, line 1270 static Integer safeToInt(Object val, Integer defaultVal=0) { // library marker kkossev.commonLib, line 1272 return "${val}"?.isInteger() ? "${val}".toInteger() : defaultVal // library marker kkossev.commonLib, line 1273 } // library marker kkossev.commonLib, line 1274 static Double safeToDouble(Object val, Double defaultVal=0.0) { // library marker kkossev.commonLib, line 1276 return "${val}"?.isDouble() ? "${val}".toDouble() : defaultVal // library marker kkossev.commonLib, line 1277 } // library marker kkossev.commonLib, line 1278 static BigDecimal safeToBigDecimal(Object val, BigDecimal defaultVal=0.0) { // library marker kkossev.commonLib, line 1280 return "${val}"?.isBigDecimal() ? "${val}".toBigDecimal() : defaultVal // library marker kkossev.commonLib, line 1281 } // library marker kkossev.commonLib, line 1282 public void sendZigbeeCommands(List cmd) { // library marker kkossev.commonLib, line 1284 if (cmd == null || cmd.isEmpty()) { // library marker kkossev.commonLib, line 1285 logWarn "sendZigbeeCommands: list is empty! cmd=${cmd}" // library marker kkossev.commonLib, line 1286 return // library marker kkossev.commonLib, line 1287 } // library marker kkossev.commonLib, line 1288 hubitat.device.HubMultiAction allActions = new hubitat.device.HubMultiAction() // library marker kkossev.commonLib, line 1289 cmd.each { // library marker kkossev.commonLib, line 1290 if (it == null || it.isEmpty() || it == 'null') { // library marker kkossev.commonLib, line 1291 logWarn "sendZigbeeCommands it: no commands to send! it=${it} (cmd=${cmd})" // library marker kkossev.commonLib, line 1292 return // library marker kkossev.commonLib, line 1293 } // library marker kkossev.commonLib, line 1294 allActions.add(new hubitat.device.HubAction(it, hubitat.device.Protocol.ZIGBEE)) // library marker kkossev.commonLib, line 1295 if (state.stats != null) { state.stats['txCtr'] = (state.stats['txCtr'] ?: 0) + 1 } else { state.stats = [:] } // library marker kkossev.commonLib, line 1296 } // library marker kkossev.commonLib, line 1297 if (state.lastTx != null) { state.lastTx['cmdTime'] = now() } else { state.lastTx = [:] } // library marker kkossev.commonLib, line 1298 sendHubCommand(allActions) // library marker kkossev.commonLib, line 1299 logDebug "sendZigbeeCommands: sent cmd=${cmd}" // library marker kkossev.commonLib, line 1300 } // library marker kkossev.commonLib, line 1301 private String driverVersionAndTimeStamp() { version() + ' ' + timeStamp() + ((_DEBUG) ? ' (debug version!) ' : ' ') + "(${device.getDataValue('model')} ${device.getDataValue('manufacturer')}) (${getModel()} ${location.hub.firmwareVersionString})" } // library marker kkossev.commonLib, line 1303 private String getDeviceInfo() { // library marker kkossev.commonLib, line 1305 return "model=${device.getDataValue('model')} manufacturer=${device.getDataValue('manufacturer')} destinationEP=${state.destinationEP ?: UNKNOWN} deviceProfile=${state.deviceProfile ?: UNKNOWN}" // library marker kkossev.commonLib, line 1306 } // library marker kkossev.commonLib, line 1307 public String getDestinationEP() { // [destEndpoint:safeToInt(getDestinationEP())] // library marker kkossev.commonLib, line 1309 return state.destinationEP ?: device.endpointId ?: '01' // library marker kkossev.commonLib, line 1310 } // library marker kkossev.commonLib, line 1311 @CompileStatic // library marker kkossev.commonLib, line 1313 public void checkDriverVersion(final Map state) { // library marker kkossev.commonLib, line 1314 if (state.driverVersion == null || driverVersionAndTimeStamp() != state.driverVersion) { // library marker kkossev.commonLib, line 1315 logDebug "checkDriverVersion: updating the settings from the current driver version ${state.driverVersion} to the new version ${driverVersionAndTimeStamp()}" // library marker kkossev.commonLib, line 1316 sendInfoEvent("Updated to version ${driverVersionAndTimeStamp()}") // library marker kkossev.commonLib, line 1317 state.driverVersion = driverVersionAndTimeStamp() // library marker kkossev.commonLib, line 1318 initializeVars(false) // library marker kkossev.commonLib, line 1319 updateTuyaVersion() // library marker kkossev.commonLib, line 1320 updateAqaraVersion() // library marker kkossev.commonLib, line 1321 } // library marker kkossev.commonLib, line 1322 if (state.states == null) { state.states = [:] } // library marker kkossev.commonLib, line 1323 if (state.lastRx == null) { state.lastRx = [:] } // library marker kkossev.commonLib, line 1324 if (state.lastTx == null) { state.lastTx = [:] } // library marker kkossev.commonLib, line 1325 if (state.stats == null) { state.stats = [:] } // library marker kkossev.commonLib, line 1326 } // library marker kkossev.commonLib, line 1327 // credits @thebearmay // library marker kkossev.commonLib, line 1329 String getModel() { // library marker kkossev.commonLib, line 1330 try { // library marker kkossev.commonLib, line 1331 /* groovylint-disable-next-line UnnecessaryGetter, UnusedVariable */ // library marker kkossev.commonLib, line 1332 String model = getHubVersion() // requires >=2.2.8.141 // library marker kkossev.commonLib, line 1333 } catch (ignore) { // library marker kkossev.commonLib, line 1334 try { // library marker kkossev.commonLib, line 1335 httpGet("http://${location.hub.localIP}:8080/api/hubitat.xml") { res -> // library marker kkossev.commonLib, line 1336 model = res.data.device.modelName // library marker kkossev.commonLib, line 1337 return model // library marker kkossev.commonLib, line 1338 } // library marker kkossev.commonLib, line 1339 } catch (ignore_again) { // library marker kkossev.commonLib, line 1340 return '' // library marker kkossev.commonLib, line 1341 } // library marker kkossev.commonLib, line 1342 } // library marker kkossev.commonLib, line 1343 } // library marker kkossev.commonLib, line 1344 // credits @thebearmay // library marker kkossev.commonLib, line 1346 boolean isCompatible(Integer minLevel) { //check to see if the hub version meets the minimum requirement ( 7 or 8 ) // library marker kkossev.commonLib, line 1347 String model = getModel() // Rev C-7 // library marker kkossev.commonLib, line 1348 String[] tokens = model.split('-') // library marker kkossev.commonLib, line 1349 String revision = tokens.last() // library marker kkossev.commonLib, line 1350 return (Integer.parseInt(revision) >= minLevel) // library marker kkossev.commonLib, line 1351 } // library marker kkossev.commonLib, line 1352 void deleteAllStatesAndJobs() { // library marker kkossev.commonLib, line 1354 state.clear() // clear all states // library marker kkossev.commonLib, line 1355 unschedule() // library marker kkossev.commonLib, line 1356 device.deleteCurrentState('*') // library marker kkossev.commonLib, line 1357 device.deleteCurrentState('') // library marker kkossev.commonLib, line 1358 log.info "${device.displayName} jobs and states cleared. HE hub is ${getHubVersion()}, version is ${location.hub.firmwareVersionString}" // library marker kkossev.commonLib, line 1360 } // library marker kkossev.commonLib, line 1361 void resetStatistics() { // library marker kkossev.commonLib, line 1363 runIn(1, 'resetStats') // library marker kkossev.commonLib, line 1364 sendInfoEvent('Statistics are reset. Refresh the web page') // library marker kkossev.commonLib, line 1365 } // library marker kkossev.commonLib, line 1366 // called from initializeVars(true) and resetStatistics() // library marker kkossev.commonLib, line 1368 void resetStats() { // library marker kkossev.commonLib, line 1369 logDebug 'resetStats...' // library marker kkossev.commonLib, line 1370 state.stats = [:] ; state.states = [:] ; state.lastRx = [:] ; state.lastTx = [:] ; state.health = [:] // library marker kkossev.commonLib, line 1371 if (this.respondsTo('groupsLibVersion')) { state.zigbeeGroups = [:] } // library marker kkossev.commonLib, line 1372 state.stats['rxCtr'] = 0 ; state.stats['txCtr'] = 0 // library marker kkossev.commonLib, line 1373 state.states['isDigital'] = false ; state.states['isRefresh'] = false ; state.states['isPing'] = false // library marker kkossev.commonLib, line 1374 state.health['offlineCtr'] = 0 ; state.health['checkCtr3'] = 0 // library marker kkossev.commonLib, line 1375 } // library marker kkossev.commonLib, line 1376 void initializeVars( boolean fullInit = false ) { // library marker kkossev.commonLib, line 1378 logDebug "InitializeVars()... fullInit = ${fullInit}" // library marker kkossev.commonLib, line 1379 if (fullInit == true ) { // library marker kkossev.commonLib, line 1380 state.clear() // library marker kkossev.commonLib, line 1381 unschedule() // library marker kkossev.commonLib, line 1382 resetStats() // library marker kkossev.commonLib, line 1383 if (deviceProfilesV3 != null && this.respondsTo('setDeviceNameAndProfile')) { setDeviceNameAndProfile() } // library marker kkossev.commonLib, line 1384 //state.comment = 'Works with Tuya Zigbee Devices' // library marker kkossev.commonLib, line 1385 logInfo 'all states and scheduled jobs cleared!' // library marker kkossev.commonLib, line 1386 state.driverVersion = driverVersionAndTimeStamp() // library marker kkossev.commonLib, line 1387 logInfo "DEVICE_TYPE = ${DEVICE_TYPE}" // library marker kkossev.commonLib, line 1388 state.deviceType = DEVICE_TYPE // library marker kkossev.commonLib, line 1389 sendInfoEvent('Initialized') // library marker kkossev.commonLib, line 1390 } // library marker kkossev.commonLib, line 1391 if (state.stats == null) { state.stats = [:] } // library marker kkossev.commonLib, line 1393 if (state.states == null) { state.states = [:] } // library marker kkossev.commonLib, line 1394 if (state.lastRx == null) { state.lastRx = [:] } // library marker kkossev.commonLib, line 1395 if (state.lastTx == null) { state.lastTx = [:] } // library marker kkossev.commonLib, line 1396 if (state.health == null) { state.health = [:] } // library marker kkossev.commonLib, line 1397 if (fullInit || settings?.txtEnable == null) { device.updateSetting('txtEnable', true) } // library marker kkossev.commonLib, line 1399 if (fullInit || settings?.logEnable == null) { device.updateSetting('logEnable', DEFAULT_DEBUG_LOGGING ?: false) } // library marker kkossev.commonLib, line 1400 if (fullInit || settings?.traceEnable == null) { device.updateSetting('traceEnable', false) } // library marker kkossev.commonLib, line 1401 if (fullInit || settings?.advancedOptions == null) { device.updateSetting('advancedOptions', [value:false, type:'bool']) } // library marker kkossev.commonLib, line 1402 if (fullInit || settings?.healthCheckMethod == null) { device.updateSetting('healthCheckMethod', [value: HealthcheckMethodOpts.defaultValue.toString(), type: 'enum']) } // library marker kkossev.commonLib, line 1403 if (fullInit || settings?.healthCheckInterval == null) { device.updateSetting('healthCheckInterval', [value: HealthcheckIntervalOpts.defaultValue.toString(), type: 'enum']) } // library marker kkossev.commonLib, line 1404 if (fullInit || settings?.voltageToPercent == null) { device.updateSetting('voltageToPercent', false) } // library marker kkossev.commonLib, line 1405 if (device.currentValue('healthStatus') == null) { sendHealthStatusEvent('unknown') } // library marker kkossev.commonLib, line 1407 // common libraries initialization // library marker kkossev.commonLib, line 1409 executeCustomHandler('batteryInitializeVars', fullInit) // added 07/06/2024 // library marker kkossev.commonLib, line 1410 executeCustomHandler('motionInitializeVars', fullInit) // added 07/06/2024 // library marker kkossev.commonLib, line 1411 executeCustomHandler('groupsInitializeVars', fullInit) // library marker kkossev.commonLib, line 1412 executeCustomHandler('illuminanceInitializeVars', fullInit) // library marker kkossev.commonLib, line 1413 executeCustomHandler('onOfInitializeVars', fullInit) // library marker kkossev.commonLib, line 1414 executeCustomHandler('energyInitializeVars', fullInit) // library marker kkossev.commonLib, line 1415 // // library marker kkossev.commonLib, line 1416 executeCustomHandler('deviceProfileInitializeVars', fullInit) // must be before the other deviceProfile initialization handlers! // library marker kkossev.commonLib, line 1417 executeCustomHandler('initEventsDeviceProfile', fullInit) // added 07/06/2024 // library marker kkossev.commonLib, line 1418 // // library marker kkossev.commonLib, line 1419 // custom device driver specific initialization should be at the end // library marker kkossev.commonLib, line 1420 executeCustomHandler('customInitializeVars', fullInit) // library marker kkossev.commonLib, line 1421 executeCustomHandler('customCreateChildDevices', fullInit) // library marker kkossev.commonLib, line 1422 executeCustomHandler('customInitEvents', fullInit) // library marker kkossev.commonLib, line 1423 final String mm = device.getDataValue('model') // library marker kkossev.commonLib, line 1425 if (mm != null) { logTrace " model = ${mm}" } // library marker kkossev.commonLib, line 1426 else { logWarn ' Model not found, please re-pair the device!' } // library marker kkossev.commonLib, line 1427 final String ep = device.getEndpointId() // library marker kkossev.commonLib, line 1428 if ( ep != null) { // library marker kkossev.commonLib, line 1429 //state.destinationEP = ep // library marker kkossev.commonLib, line 1430 logTrace " destinationEP = ${ep}" // library marker kkossev.commonLib, line 1431 } // library marker kkossev.commonLib, line 1432 else { // library marker kkossev.commonLib, line 1433 logWarn ' Destination End Point not found, please re-pair the device!' // library marker kkossev.commonLib, line 1434 //state.destinationEP = "01" // fallback // library marker kkossev.commonLib, line 1435 } // library marker kkossev.commonLib, line 1436 } // library marker kkossev.commonLib, line 1437 // not used!? // library marker kkossev.commonLib, line 1439 void setDestinationEP() { // library marker kkossev.commonLib, line 1440 String ep = device.getEndpointId() // library marker kkossev.commonLib, line 1441 if (ep != null && ep != 'F2') { state.destinationEP = ep ; logDebug "setDestinationEP() destinationEP = ${state.destinationEP}" } // library marker kkossev.commonLib, line 1442 else { logWarn "setDestinationEP() Destination End Point not found or invalid(${ep}), activating the F2 bug patch!" ; state.destinationEP = '01' } // fallback EP // library marker kkossev.commonLib, line 1443 } // library marker kkossev.commonLib, line 1444 void logDebug(final String msg) { if (settings?.logEnable) { log.debug "${device.displayName} " + msg } } // library marker kkossev.commonLib, line 1446 void logInfo(final String msg) { if (settings?.txtEnable) { log.info "${device.displayName} " + msg } } // library marker kkossev.commonLib, line 1447 void logWarn(final String msg) { if (settings?.logEnable) { log.warn "${device.displayName} " + msg } } // library marker kkossev.commonLib, line 1448 void logTrace(final String msg) { if (settings?.traceEnable) { log.trace "${device.displayName} " + msg } } // library marker kkossev.commonLib, line 1449 // _DEBUG mode only // library marker kkossev.commonLib, line 1451 void getAllProperties() { // library marker kkossev.commonLib, line 1452 log.trace 'Properties:' ; device.properties.each { it -> log.debug it } // library marker kkossev.commonLib, line 1453 log.trace 'Settings:' ; settings.each { it -> log.debug "${it.key} = ${it.value}" } // https://community.hubitat.com/t/how-do-i-get-the-datatype-for-an-app-setting/104228/6?u=kkossev // library marker kkossev.commonLib, line 1454 } // library marker kkossev.commonLib, line 1455 // delete all Preferences // library marker kkossev.commonLib, line 1457 void deleteAllSettings() { // library marker kkossev.commonLib, line 1458 String preferencesDeleted = '' // library marker kkossev.commonLib, line 1459 settings.each { it -> preferencesDeleted += "${it.key} (${it.value}), " ; device.removeSetting("${it.key}") } // library marker kkossev.commonLib, line 1460 logDebug "Deleted settings: ${preferencesDeleted}" // library marker kkossev.commonLib, line 1461 logInfo 'All settings (preferences) DELETED' // library marker kkossev.commonLib, line 1462 } // library marker kkossev.commonLib, line 1463 // delete all attributes // library marker kkossev.commonLib, line 1465 void deleteAllCurrentStates() { // library marker kkossev.commonLib, line 1466 String attributesDeleted = '' // library marker kkossev.commonLib, line 1467 device.properties.supportedAttributes.each { it -> attributesDeleted += "${it}, " ; device.deleteCurrentState("$it") } // library marker kkossev.commonLib, line 1468 logDebug "Deleted attributes: ${attributesDeleted}" ; logInfo 'All current states (attributes) DELETED' // library marker kkossev.commonLib, line 1469 } // library marker kkossev.commonLib, line 1470 // delete all State Variables // library marker kkossev.commonLib, line 1472 void deleteAllStates() { // library marker kkossev.commonLib, line 1473 String stateDeleted = '' // library marker kkossev.commonLib, line 1474 state.each { it -> stateDeleted += "${it.key}, " } // library marker kkossev.commonLib, line 1475 state.clear() // library marker kkossev.commonLib, line 1476 logDebug "Deleted states: ${stateDeleted}" ; logInfo 'All States DELETED' // library marker kkossev.commonLib, line 1477 } // library marker kkossev.commonLib, line 1478 void deleteAllScheduledJobs() { // library marker kkossev.commonLib, line 1480 unschedule() ; logInfo 'All scheduled jobs DELETED' // library marker kkossev.commonLib, line 1481 } // library marker kkossev.commonLib, line 1482 void deleteAllChildDevices() { // library marker kkossev.commonLib, line 1484 getChildDevices().each { child -> log.info "${device.displayName} Deleting ${child.deviceNetworkId}" ; deleteChildDevice(child.deviceNetworkId) } // library marker kkossev.commonLib, line 1485 sendInfoEvent 'All child devices DELETED' // library marker kkossev.commonLib, line 1486 } // library marker kkossev.commonLib, line 1487 void testParse(String par) { // library marker kkossev.commonLib, line 1489 //read attr - raw: DF8D0104020A000029280A, dni: DF8D, endpoint: 01, cluster: 0402, size: 0A, attrId: 0000, encoding: 29, command: 0A, value: 280A // library marker kkossev.commonLib, line 1490 log.trace '------------------------------------------------------' // library marker kkossev.commonLib, line 1491 log.warn "testParse - START (${par})" // library marker kkossev.commonLib, line 1492 parse(par) // library marker kkossev.commonLib, line 1493 log.warn "testParse - END (${par})" // library marker kkossev.commonLib, line 1494 log.trace '------------------------------------------------------' // library marker kkossev.commonLib, line 1495 } // library marker kkossev.commonLib, line 1496 Object testJob() { // library marker kkossev.commonLib, line 1498 log.warn 'test job executed' // library marker kkossev.commonLib, line 1499 } // library marker kkossev.commonLib, line 1500 /** // library marker kkossev.commonLib, line 1502 * Calculates and returns the cron expression // library marker kkossev.commonLib, line 1503 * @param timeInSeconds interval in seconds // library marker kkossev.commonLib, line 1504 */ // library marker kkossev.commonLib, line 1505 String getCron(int timeInSeconds) { // library marker kkossev.commonLib, line 1506 //schedule("${rnd.nextInt(59)} ${rnd.nextInt(9)}/${intervalMins} * ? * * *", 'ping') // library marker kkossev.commonLib, line 1507 // TODO: runEvery1Minute runEvery5Minutes runEvery10Minutes runEvery15Minutes runEvery30Minutes runEvery1Hour runEvery3Hours // library marker kkossev.commonLib, line 1508 final Random rnd = new Random() // library marker kkossev.commonLib, line 1509 int minutes = (timeInSeconds / 60 ) as int // library marker kkossev.commonLib, line 1510 int hours = (minutes / 60 ) as int // library marker kkossev.commonLib, line 1511 if (hours > 23) { hours = 23 } // library marker kkossev.commonLib, line 1512 String cron // library marker kkossev.commonLib, line 1513 if (timeInSeconds < 60) { cron = "*/$timeInSeconds * * * * ? *" } // library marker kkossev.commonLib, line 1514 else { // library marker kkossev.commonLib, line 1515 if (minutes < 60) { cron = "${rnd.nextInt(59)} ${rnd.nextInt(9)}/$minutes * ? * *" } // library marker kkossev.commonLib, line 1516 else { cron = "${rnd.nextInt(59)} ${rnd.nextInt(59)} */$hours ? * *" } // library marker kkossev.commonLib, line 1517 } // library marker kkossev.commonLib, line 1518 return cron // library marker kkossev.commonLib, line 1519 } // library marker kkossev.commonLib, line 1520 // credits @thebearmay // library marker kkossev.commonLib, line 1522 String formatUptime() { // library marker kkossev.commonLib, line 1523 return formatTime(location.hub.uptime) // library marker kkossev.commonLib, line 1524 } // library marker kkossev.commonLib, line 1525 String formatTime(int timeInSeconds) { // library marker kkossev.commonLib, line 1527 if (timeInSeconds == null) { return UNKNOWN } // library marker kkossev.commonLib, line 1528 int days = (timeInSeconds / 86400).toInteger() // library marker kkossev.commonLib, line 1529 int hours = ((timeInSeconds % 86400) / 3600).toInteger() // library marker kkossev.commonLib, line 1530 int minutes = ((timeInSeconds % 3600) / 60).toInteger() // library marker kkossev.commonLib, line 1531 int seconds = (timeInSeconds % 60).toInteger() // library marker kkossev.commonLib, line 1532 return "${days}d ${hours}h ${minutes}m ${seconds}s" // library marker kkossev.commonLib, line 1533 } // library marker kkossev.commonLib, line 1534 boolean isTuya() { // library marker kkossev.commonLib, line 1536 if (!device) { return true } // fallback - added 04/03/2024 // library marker kkossev.commonLib, line 1537 String model = device.getDataValue('model') // library marker kkossev.commonLib, line 1538 String manufacturer = device.getDataValue('manufacturer') // library marker kkossev.commonLib, line 1539 /* groovylint-disable-next-line UnnecessaryTernaryExpression */ // library marker kkossev.commonLib, line 1540 return (model?.startsWith('TS') && manufacturer?.startsWith('_T')) ? true : false // library marker kkossev.commonLib, line 1541 } // library marker kkossev.commonLib, line 1542 void updateTuyaVersion() { // library marker kkossev.commonLib, line 1544 if (!isTuya()) { logTrace 'not Tuya' ; return } // library marker kkossev.commonLib, line 1545 final String application = device.getDataValue('application') // library marker kkossev.commonLib, line 1546 if (application != null) { // library marker kkossev.commonLib, line 1547 Integer ver // library marker kkossev.commonLib, line 1548 try { ver = zigbee.convertHexToInt(application) } // library marker kkossev.commonLib, line 1549 catch (e) { logWarn "exception caught while converting application version ${application} to tuyaVersion"; return } // library marker kkossev.commonLib, line 1550 final String str = ((ver & 0xC0) >> 6).toString() + '.' + ((ver & 0x30) >> 4).toString() + '.' + (ver & 0x0F).toString() // library marker kkossev.commonLib, line 1551 if (device.getDataValue('tuyaVersion') != str) { // library marker kkossev.commonLib, line 1552 device.updateDataValue('tuyaVersion', str) // library marker kkossev.commonLib, line 1553 logInfo "tuyaVersion set to $str" // library marker kkossev.commonLib, line 1554 } // library marker kkossev.commonLib, line 1555 } // library marker kkossev.commonLib, line 1556 } // library marker kkossev.commonLib, line 1557 boolean isAqara() { return device.getDataValue('model')?.startsWith('lumi') ?: false } // library marker kkossev.commonLib, line 1559 void updateAqaraVersion() { // library marker kkossev.commonLib, line 1561 if (!isAqara()) { logTrace 'not Aqara' ; return } // library marker kkossev.commonLib, line 1562 String application = device.getDataValue('application') // library marker kkossev.commonLib, line 1563 if (application != null) { // library marker kkossev.commonLib, line 1564 String str = '0.0.0_' + String.format('%04d', zigbee.convertHexToInt(application.take(2))) // library marker kkossev.commonLib, line 1565 if (device.getDataValue('aqaraVersion') != str) { // library marker kkossev.commonLib, line 1566 device.updateDataValue('aqaraVersion', str) // library marker kkossev.commonLib, line 1567 logInfo "aqaraVersion set to $str" // library marker kkossev.commonLib, line 1568 } // library marker kkossev.commonLib, line 1569 } // library marker kkossev.commonLib, line 1570 } // library marker kkossev.commonLib, line 1571 String unix2formattedDate(Long unixTime) { // library marker kkossev.commonLib, line 1573 try { // library marker kkossev.commonLib, line 1574 if (unixTime == null) { return null } // library marker kkossev.commonLib, line 1575 /* groovylint-disable-next-line NoJavaUtilDate */ // library marker kkossev.commonLib, line 1576 Date date = new Date(unixTime.toLong()) // library marker kkossev.commonLib, line 1577 return date.format('yyyy-MM-dd HH:mm:ss.SSS', location.timeZone) // library marker kkossev.commonLib, line 1578 } catch (e) { // library marker kkossev.commonLib, line 1579 logDebug "Error formatting date: ${e.message}. Returning current time instead." // library marker kkossev.commonLib, line 1580 return new Date().format('yyyy-MM-dd HH:mm:ss.SSS', location.timeZone) // library marker kkossev.commonLib, line 1581 } // library marker kkossev.commonLib, line 1582 } // library marker kkossev.commonLib, line 1583 Long formattedDate2unix(String formattedDate) { // library marker kkossev.commonLib, line 1585 try { // library marker kkossev.commonLib, line 1586 if (formattedDate == null) { return null } // library marker kkossev.commonLib, line 1587 Date date = Date.parse('yyyy-MM-dd HH:mm:ss.SSS', formattedDate) // library marker kkossev.commonLib, line 1588 return date.getTime() // library marker kkossev.commonLib, line 1589 } catch (e) { // library marker kkossev.commonLib, line 1590 logDebug "Error parsing formatted date: ${formattedDate}. Returning current time instead." // library marker kkossev.commonLib, line 1591 return now() // library marker kkossev.commonLib, line 1592 } // library marker kkossev.commonLib, line 1593 } // library marker kkossev.commonLib, line 1594 static String timeToHMS(final int time) { // library marker kkossev.commonLib, line 1596 int hours = (time / 3600) as int // library marker kkossev.commonLib, line 1597 int minutes = ((time % 3600) / 60) as int // library marker kkossev.commonLib, line 1598 int seconds = time % 60 // library marker kkossev.commonLib, line 1599 return "${hours}h ${minutes}m ${seconds}s" // library marker kkossev.commonLib, line 1600 } // library marker kkossev.commonLib, line 1601 // ~~~~~ end include (144) kkossev.commonLib ~~~~~ // ~~~~~ start include (172) kkossev.temperatureLib ~~~~~ /* groovylint-disable CompileStatic, CouldBeSwitchStatement, DuplicateListLiteral, DuplicateNumberLiteral, DuplicateStringLiteral, ImplicitClosureParameter, ImplicitReturnStatement, Instanceof, LineLength, MethodCount, MethodSize, NoDouble, NoFloat, NoWildcardImports, ParameterCount, ParameterName, PublicMethodsBeforeNonPublicMethods, UnnecessaryElseStatement, UnnecessaryGetter, UnnecessaryObjectReferences, UnnecessaryPublicModifier, UnnecessarySetter, UnusedImport */ // library marker kkossev.temperatureLib, line 1 library( // library marker kkossev.temperatureLib, line 2 base: 'driver', author: 'Krassimir Kossev', category: 'zigbee', description: 'Zigbee Temperature Library', name: 'temperatureLib', namespace: 'kkossev', // library marker kkossev.temperatureLib, line 3 importUrl: 'https://raw.githubusercontent.com/kkossev/hubitat/development/libraries/temperatureLib.groovy', documentationLink: '', // library marker kkossev.temperatureLib, line 4 version: '3.2.3' // library marker kkossev.temperatureLib, line 5 ) // library marker kkossev.temperatureLib, line 6 /* // library marker kkossev.temperatureLib, line 7 * Zigbee Temperature Library // library marker kkossev.temperatureLib, line 8 * // library marker kkossev.temperatureLib, line 9 * Licensed Virtual the Apache License, Version 2.0 // library marker kkossev.temperatureLib, line 10 * // library marker kkossev.temperatureLib, line 11 * ver. 3.0.0 2024-04-06 kkossev - added temperatureLib.groovy // library marker kkossev.temperatureLib, line 12 * ver. 3.0.1 2024-04-19 kkossev - temperature rounding fix // library marker kkossev.temperatureLib, line 13 * ver. 3.2.0 2024-05-28 kkossev - commonLib 3.2.0 allignment; added temperatureRefresh() // library marker kkossev.temperatureLib, line 14 * ver. 3.2.1 2024-06-07 kkossev - excluded maxReportingTime for mmWaveSensor and Thermostat // library marker kkossev.temperatureLib, line 15 * ver. 3.2.2 2024-07-06 kkossev - fixed T/H clusters attribute different than 0 (temperature, humidity MeasuredValue) bug // library marker kkossev.temperatureLib, line 16 * ver. 3.2.3 2024-07-18 kkossev - added 'ReportingConfiguration' capability check for minReportingTime and maxReportingTime // library marker kkossev.temperatureLib, line 17 * // library marker kkossev.temperatureLib, line 18 * TODO: // library marker kkossev.temperatureLib, line 19 * TODO: add temperatureOffset // library marker kkossev.temperatureLib, line 20 * TODO: unschedule('sendDelayedTempEvent') only if needed (add boolean flag to sendDelayedTempEvent()) // library marker kkossev.temperatureLib, line 21 * TODO: check for negative temperature values in standardParseTemperatureCluster() // library marker kkossev.temperatureLib, line 22 */ // library marker kkossev.temperatureLib, line 23 static String temperatureLibVersion() { '3.2.3' } // library marker kkossev.temperatureLib, line 25 static String temperatureLibStamp() { '2024/07/18 3:08 PM' } // library marker kkossev.temperatureLib, line 26 metadata { // library marker kkossev.temperatureLib, line 28 capability 'TemperatureMeasurement' // library marker kkossev.temperatureLib, line 29 // no commands // library marker kkossev.temperatureLib, line 30 preferences { // library marker kkossev.temperatureLib, line 31 if (device && advancedOptions == true) { // library marker kkossev.temperatureLib, line 32 if ('ReportingConfiguration' in DEVICE?.capabilities) { // library marker kkossev.temperatureLib, line 33 input name: 'minReportingTime', type: 'number', title: 'Minimum time between reports', description: 'Minimum reporting interval, seconds (1..300)', range: '1..300', defaultValue: DEFAULT_MIN_REPORTING_TIME // library marker kkossev.temperatureLib, line 34 if (!(deviceType in ['mmWaveSensor', 'Thermostat', 'TRV'])) { // library marker kkossev.temperatureLib, line 35 input name: 'maxReportingTime', type: 'number', title: 'Maximum time between reports', description: 'Maximum reporting interval, seconds (120..10000)', range: '120..10000', defaultValue: DEFAULT_MAX_REPORTING_TIME // library marker kkossev.temperatureLib, line 36 } // library marker kkossev.temperatureLib, line 37 } // library marker kkossev.temperatureLib, line 38 } // library marker kkossev.temperatureLib, line 39 } // library marker kkossev.temperatureLib, line 40 } // library marker kkossev.temperatureLib, line 41 void standardParseTemperatureCluster(final Map descMap) { // library marker kkossev.temperatureLib, line 43 if (descMap.value == null || descMap.value == 'FFFF') { return } // invalid or unknown value // library marker kkossev.temperatureLib, line 44 if (descMap.attrId == '0000') { // library marker kkossev.temperatureLib, line 45 int value = hexStrToSignedInt(descMap.value) // library marker kkossev.temperatureLib, line 46 handleTemperatureEvent(value / 100.0F as BigDecimal) // library marker kkossev.temperatureLib, line 47 } // library marker kkossev.temperatureLib, line 48 else { // library marker kkossev.temperatureLib, line 49 logWarn "standardParseTemperatureCluster() - unknown attribute ${descMap.attrId} value=${descMap.value}" // library marker kkossev.temperatureLib, line 50 } // library marker kkossev.temperatureLib, line 51 } // library marker kkossev.temperatureLib, line 52 void handleTemperatureEvent(BigDecimal temperaturePar, boolean isDigital=false) { // library marker kkossev.temperatureLib, line 54 Map eventMap = [:] // library marker kkossev.temperatureLib, line 55 BigDecimal temperature = safeToBigDecimal(temperaturePar).setScale(2, BigDecimal.ROUND_HALF_UP) // library marker kkossev.temperatureLib, line 56 if (state.stats != null) { state.stats['tempCtr'] = (state.stats['tempCtr'] ?: 0) + 1 } else { state.stats = [:] } // library marker kkossev.temperatureLib, line 57 eventMap.name = 'temperature' // library marker kkossev.temperatureLib, line 58 if (location.temperatureScale == 'F') { // library marker kkossev.temperatureLib, line 59 temperature = ((temperature * 1.8) + 32).setScale(2, BigDecimal.ROUND_HALF_UP) // library marker kkossev.temperatureLib, line 60 eventMap.unit = '\u00B0F' // library marker kkossev.temperatureLib, line 61 } // library marker kkossev.temperatureLib, line 62 else { // library marker kkossev.temperatureLib, line 63 eventMap.unit = '\u00B0C' // library marker kkossev.temperatureLib, line 64 } // library marker kkossev.temperatureLib, line 65 BigDecimal tempCorrected = (temperature + safeToBigDecimal(settings?.temperatureOffset ?: 0)).setScale(2, BigDecimal.ROUND_HALF_UP) // library marker kkossev.temperatureLib, line 66 eventMap.value = tempCorrected.setScale(1, BigDecimal.ROUND_HALF_UP) // library marker kkossev.temperatureLib, line 67 BigDecimal lastTemp = device.currentValue('temperature') ?: 0 // library marker kkossev.temperatureLib, line 68 logTrace "lastTemp=${lastTemp} tempCorrected=${tempCorrected} delta=${Math.abs(lastTemp - tempCorrected)}" // library marker kkossev.temperatureLib, line 69 if (Math.abs(lastTemp - tempCorrected) < 0.1) { // library marker kkossev.temperatureLib, line 70 logDebug "skipped temperature ${tempCorrected}, less than delta 0.1 (lastTemp=${lastTemp})" // library marker kkossev.temperatureLib, line 71 return // library marker kkossev.temperatureLib, line 72 } // library marker kkossev.temperatureLib, line 73 eventMap.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.temperatureLib, line 74 eventMap.descriptionText = "${eventMap.name} is ${eventMap.value} ${eventMap.unit}" // library marker kkossev.temperatureLib, line 75 if (state.states['isRefresh'] == true) { // library marker kkossev.temperatureLib, line 76 eventMap.descriptionText += ' [refresh]' // library marker kkossev.temperatureLib, line 77 eventMap.isStateChange = true // library marker kkossev.temperatureLib, line 78 } // library marker kkossev.temperatureLib, line 79 Integer timeElapsed = Math.round((now() - (state.lastRx['tempTime'] ?: now())) / 1000) // library marker kkossev.temperatureLib, line 80 Integer minTime = settings?.minReportingTime ?: DEFAULT_MIN_REPORTING_TIME // library marker kkossev.temperatureLib, line 81 Integer timeRamaining = (minTime - timeElapsed) as Integer // library marker kkossev.temperatureLib, line 82 if (timeElapsed >= minTime) { // library marker kkossev.temperatureLib, line 83 logInfo "${eventMap.descriptionText}" // library marker kkossev.temperatureLib, line 84 unschedule('sendDelayedTempEvent') //get rid of stale queued reports // library marker kkossev.temperatureLib, line 85 state.lastRx['tempTime'] = now() // library marker kkossev.temperatureLib, line 86 sendEvent(eventMap) // library marker kkossev.temperatureLib, line 87 } // library marker kkossev.temperatureLib, line 88 else { // queue the event // library marker kkossev.temperatureLib, line 89 eventMap.type = 'delayed' // library marker kkossev.temperatureLib, line 90 logDebug "${device.displayName} DELAYING ${timeRamaining} seconds event : ${eventMap}" // library marker kkossev.temperatureLib, line 91 runIn(timeRamaining, 'sendDelayedTempEvent', [overwrite: true, data: eventMap]) // library marker kkossev.temperatureLib, line 92 } // library marker kkossev.temperatureLib, line 93 } // library marker kkossev.temperatureLib, line 94 void sendDelayedTempEvent(Map eventMap) { // library marker kkossev.temperatureLib, line 96 logInfo "${eventMap.descriptionText} (${eventMap.type})" // library marker kkossev.temperatureLib, line 97 state.lastRx['tempTime'] = now() // TODO - -(minReportingTimeHumidity * 2000) // library marker kkossev.temperatureLib, line 98 sendEvent(eventMap) // library marker kkossev.temperatureLib, line 99 } // library marker kkossev.temperatureLib, line 100 List temperatureLibInitializeDevice() { // library marker kkossev.temperatureLib, line 102 List cmds = [] // library marker kkossev.temperatureLib, line 103 cmds += zigbee.configureReporting(zigbee.TEMPERATURE_MEASUREMENT_CLUSTER, 0 /*TEMPERATURE_MEASUREMENT_MEASURED_VALUE_ATTRIBUTE*/, DataType.INT16, 15, 300, 100 /* 100=0.1도*/) // 402 - temperature // library marker kkossev.temperatureLib, line 104 logDebug "temperatureLibInitializeDevice() cmds=${cmds}" // library marker kkossev.temperatureLib, line 105 return cmds // library marker kkossev.temperatureLib, line 106 } // library marker kkossev.temperatureLib, line 107 List temperatureRefresh() { // library marker kkossev.temperatureLib, line 109 List cmds = [] // library marker kkossev.temperatureLib, line 110 cmds += zigbee.readAttribute(0x0402, 0x0000, [:], delay = 200) // library marker kkossev.temperatureLib, line 111 return cmds // library marker kkossev.temperatureLib, line 112 } // library marker kkossev.temperatureLib, line 113 // ~~~~~ end include (172) kkossev.temperatureLib ~~~~~ // ~~~~~ start include (142) kkossev.deviceProfileLib ~~~~~ /* groovylint-disable CompileStatic, CouldBeSwitchStatement, DuplicateListLiteral, DuplicateNumberLiteral, DuplicateStringLiteral, ImplicitClosureParameter, ImplicitReturnStatement, Instanceof, LineLength, MethodCount, MethodSize, NestedBlockDepth, NoDouble, NoFloat, NoWildcardImports, ParameterName, PublicMethodsBeforeNonPublicMethods, UnnecessaryElseStatement, UnnecessaryGetter, UnnecessaryPublicModifier, UnnecessarySetter, UnusedImport */ // library marker kkossev.deviceProfileLib, line 1 library( // library marker kkossev.deviceProfileLib, line 2 base: 'driver', author: 'Krassimir Kossev', category: 'zigbee', description: 'Device Profile Library', name: 'deviceProfileLib', namespace: 'kkossev', // library marker kkossev.deviceProfileLib, line 3 importUrl: 'https://raw.githubusercontent.com/kkossev/hubitat/development/libraries/deviceProfileLib.groovy', documentationLink: '', // library marker kkossev.deviceProfileLib, line 4 version: '3.3.3' // library marker kkossev.deviceProfileLib, line 5 ) // library marker kkossev.deviceProfileLib, line 6 /* // library marker kkossev.deviceProfileLib, line 7 * Device Profile Library // library marker kkossev.deviceProfileLib, line 8 * // library marker kkossev.deviceProfileLib, line 9 * Licensed Virtual the Apache License, Version 2.0 (the "License"); you may not use this file except // library marker kkossev.deviceProfileLib, line 10 * in compliance with the License. You may obtain a copy of the License at: // library marker kkossev.deviceProfileLib, line 11 * // library marker kkossev.deviceProfileLib, line 12 * http://www.apache.org/licenses/LICENSE-2.0 // library marker kkossev.deviceProfileLib, line 13 * // library marker kkossev.deviceProfileLib, line 14 * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed // library marker kkossev.deviceProfileLib, line 15 * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License // library marker kkossev.deviceProfileLib, line 16 * for the specific language governing permissions and limitations under the License. // library marker kkossev.deviceProfileLib, line 17 * // library marker kkossev.deviceProfileLib, line 18 * ver. 1.0.0 2023-11-04 kkossev - added deviceProfileLib (based on Tuya 4 In 1 driver) // library marker kkossev.deviceProfileLib, line 19 * ver. 3.0.0 2023-11-27 kkossev - fixes for use with commonLib; added processClusterAttributeFromDeviceProfile() method; added validateAndFixPreferences() method; inputIt bug fix; signedInt Preproc method; // library marker kkossev.deviceProfileLib, line 20 * ver. 3.0.1 2023-12-02 kkossev - release candidate // library marker kkossev.deviceProfileLib, line 21 * ver. 3.0.2 2023-12-17 kkossev - inputIt moved to the preferences section; setfunction replaced by customSetFunction; Groovy Linting; // library marker kkossev.deviceProfileLib, line 22 * ver. 3.0.4 2024-03-30 kkossev - more Groovy Linting; processClusterAttributeFromDeviceProfile exception fix; // library marker kkossev.deviceProfileLib, line 23 * ver. 3.1.0 2024-04-03 kkossev - more Groovy Linting; deviceProfilesV3, enum pars bug fix; // library marker kkossev.deviceProfileLib, line 24 * ver. 3.1.1 2024-04-21 kkossev - deviceProfilesV3 bug fix; tuyaDPs list of maps bug fix; resetPreferencesToDefaults bug fix; // library marker kkossev.deviceProfileLib, line 25 * ver. 3.1.2 2024-05-05 kkossev - added isSpammyDeviceProfile() // library marker kkossev.deviceProfileLib, line 26 * ver. 3.1.3 2024-05-21 kkossev - skip processClusterAttributeFromDeviceProfile if cluster or attribute or value is missing // library marker kkossev.deviceProfileLib, line 27 * ver. 3.2.0 2024-05-25 kkossev - commonLib 3.2.0 allignment; // library marker kkossev.deviceProfileLib, line 28 * ver. 3.2.1 2024-06-06 kkossev - Tuya Multi Sensor 4 In 1 (V3) driver allignment (customProcessDeviceProfileEvent); getDeviceProfilesMap bug fix; forcedProfile is always shown in preferences; // library marker kkossev.deviceProfileLib, line 29 * ver. 3.3.0 2024-06-29 kkossev - empty preferences bug fix; zclWriteAttribute delay 50 ms; added advanced check in inputIt(); fixed 'Cannot get property 'rw' on null object' bug; fixed enum attributes first event numeric value bug; // library marker kkossev.deviceProfileLib, line 30 * ver. 3.3.1 2024-07-06 kkossev - added powerSource event in the initEventsDeviceProfile // library marker kkossev.deviceProfileLib, line 31 * ver. 3.3.2 2024-08-18 kkossev - release 3.3.2 // library marker kkossev.deviceProfileLib, line 32 * ver. 3.3.3 2024-08-18 kkossev - (dev. branch) sendCommand and setPar commands commented out; must be declared in the main driver where really needed // library marker kkossev.deviceProfileLib, line 33 * // library marker kkossev.deviceProfileLib, line 34 * TODO - remove the 2-in-1 patch ! // library marker kkossev.deviceProfileLib, line 35 * TODO - add defaults for profileId:'0104', endpointId:'01', inClusters, outClusters, in the deviceProfilesV3 map // library marker kkossev.deviceProfileLib, line 36 * TODO - add updateStateUnknownDPs (from the 4-in-1 driver) // library marker kkossev.deviceProfileLib, line 37 * TODO - when [refresh], send Info logs for parameters that are not events or preferences // library marker kkossev.deviceProfileLib, line 38 * TODO: refactor sendAttribute ! sendAttribute exception bug fix for virtual devices; check if String getObjectClassName(Object o) is in 2.3.3.137, can be used? // library marker kkossev.deviceProfileLib, line 39 * TODO: add _DEBUG command (for temporary switching the debug logs on/off) // library marker kkossev.deviceProfileLib, line 40 * TODO: allow NULL parameters default values in the device profiles // library marker kkossev.deviceProfileLib, line 41 * TODO: handle preferences of a type TEXT // library marker kkossev.deviceProfileLib, line 42 * // library marker kkossev.deviceProfileLib, line 43 */ // library marker kkossev.deviceProfileLib, line 44 static String deviceProfileLibVersion() { '3.3.3' } // library marker kkossev.deviceProfileLib, line 46 static String deviceProfileLibStamp() { '2024/08/30 9:05 AM' } // library marker kkossev.deviceProfileLib, line 47 import groovy.json.* // library marker kkossev.deviceProfileLib, line 48 import groovy.transform.Field // library marker kkossev.deviceProfileLib, line 49 import hubitat.zigbee.clusters.iaszone.ZoneStatus // library marker kkossev.deviceProfileLib, line 50 import hubitat.zigbee.zcl.DataType // library marker kkossev.deviceProfileLib, line 51 import java.util.concurrent.ConcurrentHashMap // library marker kkossev.deviceProfileLib, line 52 import groovy.transform.CompileStatic // library marker kkossev.deviceProfileLib, line 54 metadata { // library marker kkossev.deviceProfileLib, line 56 // no capabilities // library marker kkossev.deviceProfileLib, line 57 // no attributes // library marker kkossev.deviceProfileLib, line 58 /* // library marker kkossev.deviceProfileLib, line 59 // copy the following commands to the main driver, if needed // library marker kkossev.deviceProfileLib, line 60 command 'sendCommand', [ // library marker kkossev.deviceProfileLib, line 61 [name:'command', type: 'STRING', description: 'command name', constraints: ['STRING']], // library marker kkossev.deviceProfileLib, line 62 [name:'val', type: 'STRING', description: 'command parameter value', constraints: ['STRING']] // library marker kkossev.deviceProfileLib, line 63 ] // library marker kkossev.deviceProfileLib, line 64 command 'setPar', [ // library marker kkossev.deviceProfileLib, line 65 [name:'par', type: 'STRING', description: 'preference parameter name', constraints: ['STRING']], // library marker kkossev.deviceProfileLib, line 66 [name:'val', type: 'STRING', description: 'preference parameter value', constraints: ['STRING']] // library marker kkossev.deviceProfileLib, line 67 ] // library marker kkossev.deviceProfileLib, line 68 */ // library marker kkossev.deviceProfileLib, line 69 preferences { // library marker kkossev.deviceProfileLib, line 70 if (device) { // library marker kkossev.deviceProfileLib, line 71 // itterate over DEVICE.preferences map and inputIt all // library marker kkossev.deviceProfileLib, line 72 if (DEVICE != null && DEVICE?.preferences != null && DEVICE?.preferences != [:] && DEVICE?.device?.isDepricated != true) { // library marker kkossev.deviceProfileLib, line 73 (DEVICE?.preferences).each { key, value -> // library marker kkossev.deviceProfileLib, line 74 Map inputMap = inputIt(key) // library marker kkossev.deviceProfileLib, line 75 if (inputMap != null && inputMap != [:]) { // library marker kkossev.deviceProfileLib, line 76 input inputMap // library marker kkossev.deviceProfileLib, line 77 } // library marker kkossev.deviceProfileLib, line 78 } // library marker kkossev.deviceProfileLib, line 79 } // library marker kkossev.deviceProfileLib, line 80 //if (advancedOptions == true) { // library marker kkossev.deviceProfileLib, line 81 input(name: 'forcedProfile', type: 'enum', title: 'Device Profile', description: 'Manually change the Device Profile, if the model/manufacturer was not recognized automatically.
Warning! Manually setting a device profile may not always work!', options: getDeviceProfilesMap()) // library marker kkossev.deviceProfileLib, line 82 //} // library marker kkossev.deviceProfileLib, line 83 } // library marker kkossev.deviceProfileLib, line 84 } // library marker kkossev.deviceProfileLib, line 85 } // library marker kkossev.deviceProfileLib, line 86 private boolean is2in1() { return getDeviceProfile().contains('TS0601_2IN1') } // patch removed 05/29/2024 // library marker kkossev.deviceProfileLib, line 88 public String getDeviceProfile() { state?.deviceProfile ?: 'UNKNOWN' } // library marker kkossev.deviceProfileLib, line 90 public Map getDEVICE() { deviceProfilesV3 != null ? deviceProfilesV3[getDeviceProfile()] : deviceProfilesV2 != null ? deviceProfilesV2[getDeviceProfile()] : [:] } // library marker kkossev.deviceProfileLib, line 91 public Set getDeviceProfiles() { deviceProfilesV3 != null ? deviceProfilesV3?.keySet() : deviceProfilesV2 != null ? deviceProfilesV2?.keySet() : [] } // library marker kkossev.deviceProfileLib, line 92 //List getDeviceProfilesMap() { deviceProfilesV3 != null ? deviceProfilesV3.values().description as List : deviceProfilesV2.values().description as List } // library marker kkossev.deviceProfileLib, line 93 public List getDeviceProfilesMap() { // library marker kkossev.deviceProfileLib, line 95 if (deviceProfilesV3 == null) { // library marker kkossev.deviceProfileLib, line 96 if (deviceProfilesV2 == null) { return [] } // library marker kkossev.deviceProfileLib, line 97 return deviceProfilesV2.values().description as List // library marker kkossev.deviceProfileLib, line 98 } // library marker kkossev.deviceProfileLib, line 99 List activeProfiles = [] // library marker kkossev.deviceProfileLib, line 100 deviceProfilesV3.each { profileName, profileMap -> // library marker kkossev.deviceProfileLib, line 101 if ((profileMap.device?.isDepricated ?: false) != true) { // library marker kkossev.deviceProfileLib, line 102 activeProfiles.add(profileMap.description ?: '---') // library marker kkossev.deviceProfileLib, line 103 } // library marker kkossev.deviceProfileLib, line 104 } // library marker kkossev.deviceProfileLib, line 105 return activeProfiles // library marker kkossev.deviceProfileLib, line 106 } // library marker kkossev.deviceProfileLib, line 107 // ---------------------------------- deviceProfilesV3 helper functions -------------------------------------------- // library marker kkossev.deviceProfileLib, line 109 /** // library marker kkossev.deviceProfileLib, line 111 * Returns the profile key for a given profile description. // library marker kkossev.deviceProfileLib, line 112 * @param valueStr The profile description to search for. // library marker kkossev.deviceProfileLib, line 113 * @return The profile key if found, otherwise null. // library marker kkossev.deviceProfileLib, line 114 */ // library marker kkossev.deviceProfileLib, line 115 String getProfileKey(final String valueStr) { // library marker kkossev.deviceProfileLib, line 116 if (deviceProfilesV3 != null) { return deviceProfilesV3.find { _, profileMap -> profileMap.description == valueStr }?.key } // library marker kkossev.deviceProfileLib, line 117 else if (deviceProfilesV2 != null) { return deviceProfilesV2.find { _, profileMap -> profileMap.description == valueStr }?.key } // library marker kkossev.deviceProfileLib, line 118 else { return null } // library marker kkossev.deviceProfileLib, line 119 } // library marker kkossev.deviceProfileLib, line 120 /** // library marker kkossev.deviceProfileLib, line 122 * Finds the preferences map for the given parameter. // library marker kkossev.deviceProfileLib, line 123 * @param param The parameter to find the preferences map for. // library marker kkossev.deviceProfileLib, line 124 * @param debug Whether or not to output debug logs. // library marker kkossev.deviceProfileLib, line 125 * @return returns either tuyaDPs or attributes map, depending on where the preference (param) is found // library marker kkossev.deviceProfileLib, line 126 * @return empty map [:] if param is not defined for this device. // library marker kkossev.deviceProfileLib, line 127 */ // library marker kkossev.deviceProfileLib, line 128 Map getPreferencesMapByName(final String param, boolean debug=false) { // library marker kkossev.deviceProfileLib, line 129 Map foundMap = [:] // library marker kkossev.deviceProfileLib, line 130 if (!(param in DEVICE?.preferences)) { if (debug) { log.warn "getPreferencesMapByName: preference ${param} not defined for this device!" } ; return [:] } // library marker kkossev.deviceProfileLib, line 131 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 132 def preference // library marker kkossev.deviceProfileLib, line 133 try { // library marker kkossev.deviceProfileLib, line 134 preference = DEVICE?.preferences["$param"] // library marker kkossev.deviceProfileLib, line 135 if (debug) { log.debug "getPreferencesMapByName: preference ${param} found. value is ${preference}" } // library marker kkossev.deviceProfileLib, line 136 if (preference in [true, false]) { // library marker kkossev.deviceProfileLib, line 137 // find the preference in the tuyaDPs map // library marker kkossev.deviceProfileLib, line 138 logDebug "getPreferencesMapByName: preference ${param} is boolean" // library marker kkossev.deviceProfileLib, line 139 return [:] // no maps for predefined preferences ! // library marker kkossev.deviceProfileLib, line 140 } // library marker kkossev.deviceProfileLib, line 141 if (safeToInt(preference, -1) > 0) { //if (preference instanceof Number) { // library marker kkossev.deviceProfileLib, line 142 int dp = safeToInt(preference) // library marker kkossev.deviceProfileLib, line 143 //if (debug) log.trace "getPreferencesMapByName: param ${param} preference ${preference} is number (${dp})" // library marker kkossev.deviceProfileLib, line 144 foundMap = DEVICE?.tuyaDPs.find { it.dp == dp } // library marker kkossev.deviceProfileLib, line 145 } // library marker kkossev.deviceProfileLib, line 146 else { // cluster:attribute // library marker kkossev.deviceProfileLib, line 147 //if (debug) { log.trace "${DEVICE?.attributes}" } // library marker kkossev.deviceProfileLib, line 148 foundMap = DEVICE?.attributes.find { it.at == preference } // library marker kkossev.deviceProfileLib, line 149 } // library marker kkossev.deviceProfileLib, line 150 // TODO - could be also 'true' or 'false' ... // library marker kkossev.deviceProfileLib, line 151 } catch (e) { // library marker kkossev.deviceProfileLib, line 152 if (debug) { log.warn "getPreferencesMapByName: exception ${e} caught when getting preference ${param} !" } // library marker kkossev.deviceProfileLib, line 153 return [:] // library marker kkossev.deviceProfileLib, line 154 } // library marker kkossev.deviceProfileLib, line 155 if (debug) { log.debug "getPreferencesMapByName: foundMap = ${foundMap}" } // library marker kkossev.deviceProfileLib, line 156 return foundMap // library marker kkossev.deviceProfileLib, line 157 } // library marker kkossev.deviceProfileLib, line 158 Map getAttributesMap(String attribName, boolean debug=false) { // library marker kkossev.deviceProfileLib, line 160 Map foundMap = [:] // library marker kkossev.deviceProfileLib, line 161 List searchMapList = [] // library marker kkossev.deviceProfileLib, line 162 if (debug) { logDebug "getAttributesMap: searching for attribute ${attribName} in tuyaDPs" } // library marker kkossev.deviceProfileLib, line 163 if (DEVICE?.tuyaDPs != null && DEVICE?.tuyaDPs != [:]) { // library marker kkossev.deviceProfileLib, line 164 searchMapList = DEVICE?.tuyaDPs // library marker kkossev.deviceProfileLib, line 165 foundMap = searchMapList.find { it.name == attribName } // library marker kkossev.deviceProfileLib, line 166 if (foundMap != null) { // library marker kkossev.deviceProfileLib, line 167 if (debug) { logDebug "getAttributesMap: foundMap = ${foundMap}" } // library marker kkossev.deviceProfileLib, line 168 return foundMap // library marker kkossev.deviceProfileLib, line 169 } // library marker kkossev.deviceProfileLib, line 170 } // library marker kkossev.deviceProfileLib, line 171 if (debug) { logDebug "getAttributesMap: searching for attribute ${attribName} in attributes" } // library marker kkossev.deviceProfileLib, line 172 if (DEVICE?.attributes != null && DEVICE?.attributes != [:]) { // library marker kkossev.deviceProfileLib, line 173 searchMapList = DEVICE?.attributes // library marker kkossev.deviceProfileLib, line 174 foundMap = searchMapList.find { it.name == attribName } // library marker kkossev.deviceProfileLib, line 175 if (foundMap != null) { // library marker kkossev.deviceProfileLib, line 176 if (debug) { logDebug "getAttributesMap: foundMap = ${foundMap}" } // library marker kkossev.deviceProfileLib, line 177 return foundMap // library marker kkossev.deviceProfileLib, line 178 } // library marker kkossev.deviceProfileLib, line 179 } // library marker kkossev.deviceProfileLib, line 180 if (debug) { logDebug "getAttributesMap: attribute ${attribName} not found in tuyaDPs or attributes map! foundMap=${foundMap}" } // library marker kkossev.deviceProfileLib, line 181 return [:] // library marker kkossev.deviceProfileLib, line 182 } // library marker kkossev.deviceProfileLib, line 183 /** // library marker kkossev.deviceProfileLib, line 185 * Resets the device preferences to their default values. // library marker kkossev.deviceProfileLib, line 186 * @param debug A boolean indicating whether to output debug information. // library marker kkossev.deviceProfileLib, line 187 */ // library marker kkossev.deviceProfileLib, line 188 void resetPreferencesToDefaults(boolean debug=false) { // library marker kkossev.deviceProfileLib, line 189 logDebug "resetPreferencesToDefaults: DEVICE=${DEVICE?.description} preferences=${DEVICE?.preferences}" // library marker kkossev.deviceProfileLib, line 190 Map preferences = DEVICE?.preferences // library marker kkossev.deviceProfileLib, line 191 if (preferences == null || preferences?.isEmpty()) { logDebug 'Preferences not found!' ; return } // library marker kkossev.deviceProfileLib, line 192 Map parMap = [:] // library marker kkossev.deviceProfileLib, line 193 preferences.each { parName, mapValue -> // library marker kkossev.deviceProfileLib, line 194 if (debug) { log.trace "$parName $mapValue" } // library marker kkossev.deviceProfileLib, line 195 if ((mapValue in [true, false]) || (mapValue in ['true', 'false'])) { // library marker kkossev.deviceProfileLib, line 196 logDebug "Preference ${parName} is predefined -> (${mapValue})" // what was the idea here? // library marker kkossev.deviceProfileLib, line 197 return // continue // library marker kkossev.deviceProfileLib, line 198 } // library marker kkossev.deviceProfileLib, line 199 parMap = getPreferencesMapByName(parName, false) // the individual preference map // library marker kkossev.deviceProfileLib, line 200 if (parMap == null || parMap?.isEmpty()) { logDebug "Preference ${parName} not found in tuyaDPs or attributes map!"; return } // continue // library marker kkossev.deviceProfileLib, line 201 // at:'0x0406:0x0020', name:'fadingTime', type:'enum', dt: '0x21', rw: 'rw', min:15, max:999, defVal:'30', scale:1, unit:'seconds', map:[15:'15 seconds', 30:'30 seconds', 60:'60 seconds', 120:'120 seconds', 300:'300 seconds'], title:'Fading Time', description:'Radar fading time in seconds'], // library marker kkossev.deviceProfileLib, line 202 if (parMap?.defVal == null) { logDebug "no default value for preference ${parName} !" ; return } // continue // library marker kkossev.deviceProfileLib, line 203 if (debug) { log.info "setting par ${parMap.name} defVal = ${parMap.defVal} (type:${parMap.type})" } // library marker kkossev.deviceProfileLib, line 204 String str = parMap.name // library marker kkossev.deviceProfileLib, line 205 device.updateSetting("$str", [value:parMap.defVal as String, type:parMap.type]) // library marker kkossev.deviceProfileLib, line 206 } // library marker kkossev.deviceProfileLib, line 207 logInfo 'Preferences reset to default values' // library marker kkossev.deviceProfileLib, line 208 } // library marker kkossev.deviceProfileLib, line 209 /** // library marker kkossev.deviceProfileLib, line 211 * Returns a list of valid parameters per model based on the device preferences. // library marker kkossev.deviceProfileLib, line 212 * // library marker kkossev.deviceProfileLib, line 213 * @return List of valid parameters. // library marker kkossev.deviceProfileLib, line 214 */ // library marker kkossev.deviceProfileLib, line 215 List getValidParsPerModel() { // library marker kkossev.deviceProfileLib, line 216 List validPars = [] // library marker kkossev.deviceProfileLib, line 217 if (DEVICE?.preferences != null && DEVICE?.preferences != [:]) { // library marker kkossev.deviceProfileLib, line 218 // use the preferences to validate the parameters // library marker kkossev.deviceProfileLib, line 219 validPars = DEVICE?.preferences.keySet().toList() // library marker kkossev.deviceProfileLib, line 220 } // library marker kkossev.deviceProfileLib, line 221 return validPars // library marker kkossev.deviceProfileLib, line 222 } // library marker kkossev.deviceProfileLib, line 223 /* groovylint-disable-next-line MethodReturnTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 225 def getScaledPreferenceValue(String preference, Map dpMap) { // library marker kkossev.deviceProfileLib, line 226 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 227 def value = settings."${preference}" // library marker kkossev.deviceProfileLib, line 228 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 229 def scaledValue // library marker kkossev.deviceProfileLib, line 230 if (value == null) { // library marker kkossev.deviceProfileLib, line 231 logDebug "getScaledPreferenceValue: preference ${preference} not found!" // library marker kkossev.deviceProfileLib, line 232 return null // library marker kkossev.deviceProfileLib, line 233 } // library marker kkossev.deviceProfileLib, line 234 switch (dpMap.type) { // library marker kkossev.deviceProfileLib, line 235 case 'number' : // library marker kkossev.deviceProfileLib, line 236 scaledValue = safeToInt(value) // library marker kkossev.deviceProfileLib, line 237 break // library marker kkossev.deviceProfileLib, line 238 case 'decimal' : // library marker kkossev.deviceProfileLib, line 239 scaledValue = safeToDouble(value) // library marker kkossev.deviceProfileLib, line 240 if (dpMap.scale != null && dpMap.scale != 1) { // library marker kkossev.deviceProfileLib, line 241 scaledValue = Math.round(scaledValue * dpMap.scale) // library marker kkossev.deviceProfileLib, line 242 } // library marker kkossev.deviceProfileLib, line 243 break // library marker kkossev.deviceProfileLib, line 244 case 'bool' : // library marker kkossev.deviceProfileLib, line 245 scaledValue = value == 'true' ? 1 : 0 // library marker kkossev.deviceProfileLib, line 246 break // library marker kkossev.deviceProfileLib, line 247 case 'enum' : // library marker kkossev.deviceProfileLib, line 248 //logWarn "getScaledPreferenceValue: ENUM preference ${preference} type:${dpMap.type} value = ${value} dpMap.scale=${dpMap.scale}" // library marker kkossev.deviceProfileLib, line 249 if (dpMap.map == null) { // library marker kkossev.deviceProfileLib, line 250 logDebug "getScaledPreferenceValue: preference ${preference} has no map defined!" // library marker kkossev.deviceProfileLib, line 251 return null // library marker kkossev.deviceProfileLib, line 252 } // library marker kkossev.deviceProfileLib, line 253 scaledValue = value // library marker kkossev.deviceProfileLib, line 254 if (dpMap.scale != null && safeToInt(dpMap.scale) != 1) { // library marker kkossev.deviceProfileLib, line 255 scaledValue = Math.round(safeToDouble(scaledValue ) * safeToInt(dpMap.scale)) // library marker kkossev.deviceProfileLib, line 256 } // library marker kkossev.deviceProfileLib, line 257 break // library marker kkossev.deviceProfileLib, line 258 default : // library marker kkossev.deviceProfileLib, line 259 logDebug "getScaledPreferenceValue: preference ${preference} has unsupported type ${dpMap.type}!" // library marker kkossev.deviceProfileLib, line 260 return null // library marker kkossev.deviceProfileLib, line 261 } // library marker kkossev.deviceProfileLib, line 262 //logDebug "getScaledPreferenceValue: preference ${preference} value = ${value} scaledValue = ${scaledValue} (scale=${dpMap.scale})" // library marker kkossev.deviceProfileLib, line 263 return scaledValue // library marker kkossev.deviceProfileLib, line 264 } // library marker kkossev.deviceProfileLib, line 265 // called from customUpdated() method in the custom driver // library marker kkossev.deviceProfileLib, line 267 // TODO !!!!!!!!!! - refactor it !!! IAS settings do not use Tuya DPs !!! // library marker kkossev.deviceProfileLib, line 268 public void updateAllPreferences() { // library marker kkossev.deviceProfileLib, line 269 logDebug "updateAllPreferences: preferences=${DEVICE?.preferences}" // library marker kkossev.deviceProfileLib, line 270 if (DEVICE?.preferences == null || DEVICE?.preferences == [:]) { // library marker kkossev.deviceProfileLib, line 271 logDebug "updateAllPreferences: no preferences defined for device profile ${getDeviceProfile()}" // library marker kkossev.deviceProfileLib, line 272 return // library marker kkossev.deviceProfileLib, line 273 } // library marker kkossev.deviceProfileLib, line 274 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 275 def preferenceValue // int or String for enums // library marker kkossev.deviceProfileLib, line 276 // itterate over the preferences map and update the device settings // library marker kkossev.deviceProfileLib, line 277 (DEVICE?.preferences).each { name, dp -> // library marker kkossev.deviceProfileLib, line 278 Map foundMap = getPreferencesMapByName(name, false) // library marker kkossev.deviceProfileLib, line 279 logDebug "updateAllPreferences: foundMap = ${foundMap}" // library marker kkossev.deviceProfileLib, line 280 if (foundMap != null && foundMap != [:]) { // library marker kkossev.deviceProfileLib, line 281 // preferenceValue = getScaledPreferenceValue(name, foundMap) // library marker kkossev.deviceProfileLib, line 282 preferenceValue = settings."${name}" // library marker kkossev.deviceProfileLib, line 283 logTrace"preferenceValue = ${preferenceValue}" // library marker kkossev.deviceProfileLib, line 284 if (foundMap.type == 'enum' && foundMap.scale != null && foundMap.scale != 1 && foundMap.scale != 0) { // library marker kkossev.deviceProfileLib, line 285 // scale the value // library marker kkossev.deviceProfileLib, line 286 preferenceValue = (safeToDouble(preferenceValue) / safeToInt(foundMap.scale)) as double // library marker kkossev.deviceProfileLib, line 287 } // library marker kkossev.deviceProfileLib, line 288 if (preferenceValue != null) { // library marker kkossev.deviceProfileLib, line 289 setPar(name, preferenceValue.toString()) // library marker kkossev.deviceProfileLib, line 290 } // library marker kkossev.deviceProfileLib, line 291 else { logDebug "updateAllPreferences: preference ${name} is not set (preferenceValue was null)" ; return } // library marker kkossev.deviceProfileLib, line 292 } // library marker kkossev.deviceProfileLib, line 293 else { logDebug "warning: couldn't find map for preference ${name}" ; return } // library marker kkossev.deviceProfileLib, line 294 } // library marker kkossev.deviceProfileLib, line 295 return // library marker kkossev.deviceProfileLib, line 296 } // library marker kkossev.deviceProfileLib, line 297 /* groovylint-disable-next-line MethodReturnTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 299 def divideBy100(int val) { return (val as int) / 100 } // library marker kkossev.deviceProfileLib, line 300 int multiplyBy100(int val) { return (val as int) * 100 } // library marker kkossev.deviceProfileLib, line 301 int divideBy10(int val) { // library marker kkossev.deviceProfileLib, line 302 if (val > 10) { return (val as int) / 10 } // library marker kkossev.deviceProfileLib, line 303 else { return (val as int) } // library marker kkossev.deviceProfileLib, line 304 } // library marker kkossev.deviceProfileLib, line 305 int multiplyBy10(int val) { return (val as int) * 10 } // library marker kkossev.deviceProfileLib, line 306 int divideBy1(int val) { return (val as int) / 1 } //tests // library marker kkossev.deviceProfileLib, line 307 int signedInt(int val) { // library marker kkossev.deviceProfileLib, line 308 if (val > 127) { return (val as int) - 256 } // library marker kkossev.deviceProfileLib, line 309 else { return (val as int) } // library marker kkossev.deviceProfileLib, line 310 } // library marker kkossev.deviceProfileLib, line 311 int invert(int val) { // library marker kkossev.deviceProfileLib, line 312 if (settings.invertMotion == true) { return val == 0 ? 1 : 0 } // library marker kkossev.deviceProfileLib, line 313 else { return val } // library marker kkossev.deviceProfileLib, line 314 } // library marker kkossev.deviceProfileLib, line 315 // called from setPar and sendAttribite methods for non-Tuya DPs // library marker kkossev.deviceProfileLib, line 317 List zclWriteAttribute(Map attributesMap, int scaledValue) { // library marker kkossev.deviceProfileLib, line 318 if (attributesMap == null || attributesMap == [:]) { logWarn "attributesMap=${attributesMap}" ; return [] } // library marker kkossev.deviceProfileLib, line 319 List cmds = [] // library marker kkossev.deviceProfileLib, line 320 Map map = [:] // library marker kkossev.deviceProfileLib, line 321 // cluster:attribute // library marker kkossev.deviceProfileLib, line 322 try { // library marker kkossev.deviceProfileLib, line 323 map['cluster'] = hubitat.helper.HexUtils.hexStringToInt((attributesMap.at).split(':')[0]) as Integer // library marker kkossev.deviceProfileLib, line 324 map['attribute'] = hubitat.helper.HexUtils.hexStringToInt((attributesMap.at).split(':')[1]) as Integer // library marker kkossev.deviceProfileLib, line 325 map['dt'] = (attributesMap.dt != null && attributesMap.dt != '') ? hubitat.helper.HexUtils.hexStringToInt(attributesMap.dt) as Integer : null // library marker kkossev.deviceProfileLib, line 326 map['mfgCode'] = attributesMap.mfgCode ? attributesMap.mfgCode as String : null // library marker kkossev.deviceProfileLib, line 327 } // library marker kkossev.deviceProfileLib, line 328 catch (e) { logWarn "setPar: Exception caught while splitting cluser and attribute $customSetFunction($scaledValue) (val=${val})) : '${e}' " ; return [] } // library marker kkossev.deviceProfileLib, line 329 // dt (data type) is obligatory when writing to a cluster... // library marker kkossev.deviceProfileLib, line 330 if (attributesMap.rw != null && attributesMap.rw == 'rw' && map.dt == null) { // library marker kkossev.deviceProfileLib, line 331 map.dt = attributesMap.type in ['number', 'decimal'] ? DataType.INT16 : DataType.ENUM8 // library marker kkossev.deviceProfileLib, line 332 logDebug "cluster:attribute ${attributesMap.at} is read-write, but no data type (dt) is defined! Assuming 0x${zigbee.convertToHexString(map.dt, 2)}" // library marker kkossev.deviceProfileLib, line 333 } // library marker kkossev.deviceProfileLib, line 334 if (map.mfgCode != null && map.mfgCode != '') { // library marker kkossev.deviceProfileLib, line 335 Map mfgCode = map.mfgCode != null ? ['mfgCode':map.mfgCode] : [:] // library marker kkossev.deviceProfileLib, line 336 cmds = zigbee.writeAttribute(map.cluster as int, map.attribute as int, map.dt as int, scaledValue, mfgCode, delay = 50) // library marker kkossev.deviceProfileLib, line 337 } // library marker kkossev.deviceProfileLib, line 338 else { // library marker kkossev.deviceProfileLib, line 339 cmds = zigbee.writeAttribute(map.cluster as int, map.attribute as int, map.dt as int, scaledValue, [:], delay = 50) // library marker kkossev.deviceProfileLib, line 340 } // library marker kkossev.deviceProfileLib, line 341 return cmds // library marker kkossev.deviceProfileLib, line 342 } // library marker kkossev.deviceProfileLib, line 343 /** // library marker kkossev.deviceProfileLib, line 345 * Called from setPar() method only! // library marker kkossev.deviceProfileLib, line 346 * Validates the parameter value based on the given dpMap type and scales it if needed. // library marker kkossev.deviceProfileLib, line 347 * // library marker kkossev.deviceProfileLib, line 348 * @param dpMap The map containing the parameter type, minimum and maximum values. // library marker kkossev.deviceProfileLib, line 349 * @param val The value to be validated and scaled. // library marker kkossev.deviceProfileLib, line 350 * @return The validated and scaled value if it is within the specified range, null otherwise. // library marker kkossev.deviceProfileLib, line 351 */ // library marker kkossev.deviceProfileLib, line 352 /* groovylint-disable-next-line MethodReturnTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 353 def validateAndScaleParameterValue(Map dpMap, String val) { // library marker kkossev.deviceProfileLib, line 354 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 355 def value // validated value - integer, floar // library marker kkossev.deviceProfileLib, line 356 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 357 def scaledValue // // library marker kkossev.deviceProfileLib, line 358 //logDebug "validateAndScaleParameterValue: dpMap=${dpMap} val=${val}" // library marker kkossev.deviceProfileLib, line 359 switch (dpMap.type) { // library marker kkossev.deviceProfileLib, line 360 case 'number' : // library marker kkossev.deviceProfileLib, line 361 // TODO - negative values ! // library marker kkossev.deviceProfileLib, line 362 // TODO - better conversion to integer! // library marker kkossev.deviceProfileLib, line 363 value = safeToInt(val, 0) // library marker kkossev.deviceProfileLib, line 364 //scaledValue = value // library marker kkossev.deviceProfileLib, line 365 // scale the value - added 10/26/2023 also for integer values ! // library marker kkossev.deviceProfileLib, line 366 if (dpMap.scale != null) { // library marker kkossev.deviceProfileLib, line 367 scaledValue = (value * dpMap.scale) as Integer // library marker kkossev.deviceProfileLib, line 368 } // library marker kkossev.deviceProfileLib, line 369 else { // library marker kkossev.deviceProfileLib, line 370 scaledValue = value // library marker kkossev.deviceProfileLib, line 371 } // library marker kkossev.deviceProfileLib, line 372 break // library marker kkossev.deviceProfileLib, line 373 case 'decimal' : // library marker kkossev.deviceProfileLib, line 375 value = safeToDouble(val, 0.0) // library marker kkossev.deviceProfileLib, line 376 // scale the value // library marker kkossev.deviceProfileLib, line 377 if (dpMap.scale != null) { // library marker kkossev.deviceProfileLib, line 378 scaledValue = (value * dpMap.scale) as Integer // library marker kkossev.deviceProfileLib, line 379 } // library marker kkossev.deviceProfileLib, line 380 else { // library marker kkossev.deviceProfileLib, line 381 scaledValue = value // library marker kkossev.deviceProfileLib, line 382 } // library marker kkossev.deviceProfileLib, line 383 break // library marker kkossev.deviceProfileLib, line 384 case 'bool' : // library marker kkossev.deviceProfileLib, line 386 if (val == '0' || val == 'false') { value = scaledValue = 0 } // library marker kkossev.deviceProfileLib, line 387 else if (val == '1' || val == 'true') { value = scaledValue = 1 } // library marker kkossev.deviceProfileLib, line 388 else { // library marker kkossev.deviceProfileLib, line 389 logInfo "bool parameter ${val}. value must be one of 0 1 false true" // library marker kkossev.deviceProfileLib, line 390 return null // library marker kkossev.deviceProfileLib, line 391 } // library marker kkossev.deviceProfileLib, line 392 break // library marker kkossev.deviceProfileLib, line 393 case 'enum' : // library marker kkossev.deviceProfileLib, line 394 // enums are always integer values // library marker kkossev.deviceProfileLib, line 395 // check if the scaling is different than 1 in dpMap // library marker kkossev.deviceProfileLib, line 396 logTrace "validateAndScaleParameterValue: enum parameter ${val}. dpMap=${dpMap}" // library marker kkossev.deviceProfileLib, line 397 Integer scale = safeToInt(dpMap.scale) // library marker kkossev.deviceProfileLib, line 398 if (scale != null && scale != 0 && scale != 1) { // library marker kkossev.deviceProfileLib, line 399 // we have a float parameter input - convert it to int // library marker kkossev.deviceProfileLib, line 400 value = safeToDouble(val, -1.0) // library marker kkossev.deviceProfileLib, line 401 scaledValue = (value * safeToInt(dpMap.scale)) as Integer // library marker kkossev.deviceProfileLib, line 402 } // library marker kkossev.deviceProfileLib, line 403 else { // library marker kkossev.deviceProfileLib, line 404 value = scaledValue = safeToInt(val, -1) // library marker kkossev.deviceProfileLib, line 405 } // library marker kkossev.deviceProfileLib, line 406 if (scaledValue == null || scaledValue < 0) { // library marker kkossev.deviceProfileLib, line 407 // get the keys of dpMap.map as a List // library marker kkossev.deviceProfileLib, line 408 //List keys = dpMap.map.keySet().toList() // library marker kkossev.deviceProfileLib, line 409 //logDebug "${device.displayName} validateAndScaleParameterValue: enum parameter ${val}. value must be one of ${keys}" // library marker kkossev.deviceProfileLib, line 410 // find the key for the value // library marker kkossev.deviceProfileLib, line 411 String key = dpMap.map.find { it.value == val }?.key // library marker kkossev.deviceProfileLib, line 412 logTrace "validateAndScaleParameterValue: enum parameter ${val}. key=${key}" // library marker kkossev.deviceProfileLib, line 413 if (key == null) { // library marker kkossev.deviceProfileLib, line 414 logInfo "invalid enum parameter ${val}. value must be one of ${dpMap.map}" // library marker kkossev.deviceProfileLib, line 415 return null // library marker kkossev.deviceProfileLib, line 416 } // library marker kkossev.deviceProfileLib, line 417 value = scaledValue = key as Integer // library marker kkossev.deviceProfileLib, line 418 //return null // library marker kkossev.deviceProfileLib, line 419 } // library marker kkossev.deviceProfileLib, line 420 break // library marker kkossev.deviceProfileLib, line 421 default : // library marker kkossev.deviceProfileLib, line 422 logWarn "validateAndScaleParameterValue: unsupported dpMap type ${parType}" // library marker kkossev.deviceProfileLib, line 423 return null // library marker kkossev.deviceProfileLib, line 424 } // library marker kkossev.deviceProfileLib, line 425 //logTrace "validateAndScaleParameterValue before checking scaledValue=${scaledValue}" // library marker kkossev.deviceProfileLib, line 426 // check if the value is within the specified range // library marker kkossev.deviceProfileLib, line 427 if ((dpMap.min != null && value < dpMap.min) || (dpMap.max != null && value > dpMap.max)) { // library marker kkossev.deviceProfileLib, line 428 logWarn "${device.displayName} validateAndScaleParameterValue: invalid ${dpMap.name} parameter value ${value} (scaled ${scaledValue}). Value must be within ${dpMap.min} and ${dpMap.max}" // library marker kkossev.deviceProfileLib, line 429 return null // library marker kkossev.deviceProfileLib, line 430 } // library marker kkossev.deviceProfileLib, line 431 //logTrace "validateAndScaleParameterValue returning scaledValue=${scaledValue}" // library marker kkossev.deviceProfileLib, line 432 return scaledValue // library marker kkossev.deviceProfileLib, line 433 } // library marker kkossev.deviceProfileLib, line 434 /** // library marker kkossev.deviceProfileLib, line 436 * Sets the value of a parameter for a device. // library marker kkossev.deviceProfileLib, line 437 * // library marker kkossev.deviceProfileLib, line 438 * @param par The parameter name. // library marker kkossev.deviceProfileLib, line 439 * @param val The parameter value. // library marker kkossev.deviceProfileLib, line 440 * @return true if the parameter was successfully set, false otherwise. // library marker kkossev.deviceProfileLib, line 441 */ // library marker kkossev.deviceProfileLib, line 442 public boolean setPar(final String parPar=null, final String val=null ) { // library marker kkossev.deviceProfileLib, line 443 List cmds = [] // library marker kkossev.deviceProfileLib, line 444 //Boolean validated = false // library marker kkossev.deviceProfileLib, line 445 logDebug "setPar(${parPar}, ${val})" // library marker kkossev.deviceProfileLib, line 446 if (DEVICE?.preferences == null || DEVICE?.preferences == [:]) { return false } // library marker kkossev.deviceProfileLib, line 447 if (parPar == null /*|| !(par in getValidParsPerModel())*/) { logInfo "setPar: 'parameter' must be one of these : ${getValidParsPerModel()}"; return false } // library marker kkossev.deviceProfileLib, line 448 String par = parPar.trim() // library marker kkossev.deviceProfileLib, line 449 Map dpMap = getPreferencesMapByName(par, false) // get the map for the parameter // library marker kkossev.deviceProfileLib, line 450 if ( dpMap == null || dpMap == [:]) { logInfo "setPar: tuyaDPs map not found for parameter ${par}"; return false } // library marker kkossev.deviceProfileLib, line 451 if (val == null) { logInfo "setPar: 'value' must be specified for parameter ${par} in the range ${dpMap.min} to ${dpMap.max}"; return false } // library marker kkossev.deviceProfileLib, line 452 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 453 def scaledValue = validateAndScaleParameterValue(dpMap, val as String) // convert the val to the correct type and scale it if needed // library marker kkossev.deviceProfileLib, line 454 if (scaledValue == null) { logInfo "setPar: invalid parameter ${par} value ${val}. Must be in the range ${dpMap.min} to ${dpMap.max}"; return false } // library marker kkossev.deviceProfileLib, line 455 // if there is a dedicated set function, use it // library marker kkossev.deviceProfileLib, line 457 String capitalizedFirstChar = par[0].toUpperCase() + par[1..-1] // library marker kkossev.deviceProfileLib, line 458 String customSetFunction = "customSet${capitalizedFirstChar}" // library marker kkossev.deviceProfileLib, line 459 if (this.respondsTo(customSetFunction)) { // library marker kkossev.deviceProfileLib, line 460 logDebug "setPar: found customSetFunction=${setFunction}, scaledValue=${scaledValue} (val=${val})" // library marker kkossev.deviceProfileLib, line 461 // execute the customSetFunction // library marker kkossev.deviceProfileLib, line 462 try { cmds = "$customSetFunction"(scaledValue) } // library marker kkossev.deviceProfileLib, line 463 catch (e) { logWarn "setPar: Exception caught while processing $customSetFunction($scaledValue) (val=${val})) : '${e}'" ; return false } // library marker kkossev.deviceProfileLib, line 464 logDebug "customSetFunction result is ${cmds}" // library marker kkossev.deviceProfileLib, line 465 if (cmds != null && cmds != []) { // library marker kkossev.deviceProfileLib, line 466 logInfo "setPar: (1) successfluly executed setPar $customSetFunction($scaledValue)" // library marker kkossev.deviceProfileLib, line 467 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 468 return true // library marker kkossev.deviceProfileLib, line 469 } // library marker kkossev.deviceProfileLib, line 470 else { // library marker kkossev.deviceProfileLib, line 471 logWarn "setPar: customSetFunction $customSetFunction($scaledValue) returned null or empty list" // library marker kkossev.deviceProfileLib, line 472 // continue with the default processing // library marker kkossev.deviceProfileLib, line 473 } // library marker kkossev.deviceProfileLib, line 474 } // library marker kkossev.deviceProfileLib, line 475 if (isVirtual()) { // library marker kkossev.deviceProfileLib, line 476 // set a virtual attribute // library marker kkossev.deviceProfileLib, line 477 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 478 def valMiscType // library marker kkossev.deviceProfileLib, line 479 logDebug "setPar: found virtual attribute ${par} value ${val}" // library marker kkossev.deviceProfileLib, line 480 if (dpMap.type == 'enum') { // library marker kkossev.deviceProfileLib, line 481 // find the key for the value // library marker kkossev.deviceProfileLib, line 482 String key = dpMap.map.find { it.value == val }?.key // library marker kkossev.deviceProfileLib, line 483 logTrace "setPar: enum parameter ${val}. key=${key}" // library marker kkossev.deviceProfileLib, line 484 if (key == null) { // library marker kkossev.deviceProfileLib, line 485 logInfo "setPar: invalid virtual enum parameter ${val}. value must be one of ${dpMap.map}" // library marker kkossev.deviceProfileLib, line 486 return false // library marker kkossev.deviceProfileLib, line 487 } // library marker kkossev.deviceProfileLib, line 488 valMiscType = dpMap.map[key as int] // library marker kkossev.deviceProfileLib, line 489 logTrace "setPar: enum parameter ${val}. key=${key} valMiscType=${valMiscType} dpMap.map=${dpMap.map}" // library marker kkossev.deviceProfileLib, line 490 device.updateSetting("$par", [value:key as String, type:dpMap.type]) // library marker kkossev.deviceProfileLib, line 491 } // library marker kkossev.deviceProfileLib, line 492 else { // library marker kkossev.deviceProfileLib, line 493 valMiscType = val // library marker kkossev.deviceProfileLib, line 494 device.updateSetting("$par", [value:valMiscType, type:dpMap.type]) // library marker kkossev.deviceProfileLib, line 495 } // library marker kkossev.deviceProfileLib, line 496 String descriptionText = "${par} set to ${valMiscType}${dpMap.unit ?: ''} [virtual]" // library marker kkossev.deviceProfileLib, line 497 sendEvent(name:par, value:valMiscType, unit:dpMap.unit ?: '', isDigital: true) // library marker kkossev.deviceProfileLib, line 498 logInfo descriptionText // library marker kkossev.deviceProfileLib, line 499 return true // library marker kkossev.deviceProfileLib, line 500 } // library marker kkossev.deviceProfileLib, line 501 // check whether this is a tuya DP or a cluster:attribute parameter // library marker kkossev.deviceProfileLib, line 503 boolean isTuyaDP // library marker kkossev.deviceProfileLib, line 504 /* groovylint-disable-next-line Instanceof */ // library marker kkossev.deviceProfileLib, line 506 try { isTuyaDP = dpMap.dp instanceof Number } // library marker kkossev.deviceProfileLib, line 507 catch (e) { logWarn"setPar: (1) exception ${e} caught while checking isNumber() preference ${preference}" ; isTuyaDP = false } // library marker kkossev.deviceProfileLib, line 508 if (dpMap.dp != null && isTuyaDP) { // library marker kkossev.deviceProfileLib, line 509 // Tuya DP // library marker kkossev.deviceProfileLib, line 510 cmds = sendTuyaParameter(dpMap, par, scaledValue) // library marker kkossev.deviceProfileLib, line 511 if (cmds == null || cmds == []) { // library marker kkossev.deviceProfileLib, line 512 logWarn "setPar: sendTuyaParameter par ${par} scaledValue ${scaledValue} returned null or empty list" // library marker kkossev.deviceProfileLib, line 513 return false // library marker kkossev.deviceProfileLib, line 514 } // library marker kkossev.deviceProfileLib, line 515 else { // library marker kkossev.deviceProfileLib, line 516 logInfo "setPar: (2) sending parameter $par ($val (scaledValue=${scaledValue}))" // library marker kkossev.deviceProfileLib, line 517 sendZigbeeCommands(cmds) // library marker kkossev.deviceProfileLib, line 518 return false // library marker kkossev.deviceProfileLib, line 519 } // library marker kkossev.deviceProfileLib, line 520 } // library marker kkossev.deviceProfileLib, line 521 else if (dpMap.at != null) { // library marker kkossev.deviceProfileLib, line 522 // cluster:attribute // library marker kkossev.deviceProfileLib, line 523 logDebug "setPar: found at=${dpMap.at} dt=${dpMap.dt} mfgCode=${dpMap.mfgCode} scaledValue=${scaledValue} (val=${val})" // library marker kkossev.deviceProfileLib, line 524 int signedIntScaled = convertSignedInts(scaledValue, dpMap) // library marker kkossev.deviceProfileLib, line 525 cmds = zclWriteAttribute(dpMap, signedIntScaled) // library marker kkossev.deviceProfileLib, line 526 if (cmds == null || cmds == []) { // library marker kkossev.deviceProfileLib, line 527 logWarn "setPar: failed to write cluster:attribute ${dpMap.at} value ${scaledValue}" // library marker kkossev.deviceProfileLib, line 528 return false // library marker kkossev.deviceProfileLib, line 529 } // library marker kkossev.deviceProfileLib, line 530 } // library marker kkossev.deviceProfileLib, line 531 else { logWarn "setPar: invalid dp or at value ${dpMap.dp} for parameter ${par}" ; return false } // library marker kkossev.deviceProfileLib, line 532 logInfo "setPar: (3) successfluly executed setPar $customSetFunction($scaledValue)" // library marker kkossev.deviceProfileLib, line 533 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 534 return true // library marker kkossev.deviceProfileLib, line 535 } // library marker kkossev.deviceProfileLib, line 536 // function to send a Tuya command to data point taken from dpMap with value tuyaValue and type taken from dpMap // library marker kkossev.deviceProfileLib, line 538 // TODO - reuse it !!! // library marker kkossev.deviceProfileLib, line 539 /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 540 public List sendTuyaParameter( Map dpMap, String par, tuyaValue) { // library marker kkossev.deviceProfileLib, line 541 //logDebug "sendTuyaParameter: trying to send parameter ${par} value ${tuyaValue}" // library marker kkossev.deviceProfileLib, line 542 List cmds = [] // library marker kkossev.deviceProfileLib, line 543 if (dpMap == null) { logWarn "sendTuyaParameter: tuyaDPs map not found for parameter ${par}" ; return [] } // library marker kkossev.deviceProfileLib, line 544 String dp = zigbee.convertToHexString(dpMap.dp, 2) // library marker kkossev.deviceProfileLib, line 545 if (dpMap.dp <= 0 || dpMap.dp >= 256) { // library marker kkossev.deviceProfileLib, line 546 logWarn "sendTuyaParameter: invalid dp ${dpMap.dp} for parameter ${par}" // library marker kkossev.deviceProfileLib, line 547 return [] // library marker kkossev.deviceProfileLib, line 548 } // library marker kkossev.deviceProfileLib, line 549 String dpType // library marker kkossev.deviceProfileLib, line 550 if (dpMap.dt == null) { // library marker kkossev.deviceProfileLib, line 551 dpType = dpMap.type == 'bool' ? DP_TYPE_BOOL : dpMap.type == 'enum' ? DP_TYPE_ENUM : (dpMap.type in ['value', 'number', 'decimal']) ? DP_TYPE_VALUE : null // library marker kkossev.deviceProfileLib, line 552 } // library marker kkossev.deviceProfileLib, line 553 else { // library marker kkossev.deviceProfileLib, line 554 dpType = dpMap.dt // "01" - bool, "02" - enum, "03" - value // library marker kkossev.deviceProfileLib, line 555 } // library marker kkossev.deviceProfileLib, line 556 if (dpType == null) { // library marker kkossev.deviceProfileLib, line 557 logWarn "sendTuyaParameter: invalid dpType ${dpMap.type} for parameter ${par}" // library marker kkossev.deviceProfileLib, line 558 return [] // library marker kkossev.deviceProfileLib, line 559 } // library marker kkossev.deviceProfileLib, line 560 // sendTuyaCommand // library marker kkossev.deviceProfileLib, line 561 String dpValHex = dpType == DP_TYPE_VALUE ? zigbee.convertToHexString(tuyaValue as int, 8) : zigbee.convertToHexString(tuyaValue as int, 2) // library marker kkossev.deviceProfileLib, line 562 logDebug "sendTuyaParameter: sending parameter ${par} dpValHex ${dpValHex} (raw=${tuyaValue}) Tuya dp=${dp} dpType=${dpType} " // library marker kkossev.deviceProfileLib, line 563 if (dpMap.tuyaCmd != null ) { // library marker kkossev.deviceProfileLib, line 564 cmds = sendTuyaCommand( dp, dpType, dpValHex, dpMap.tuyaCmd as int) // library marker kkossev.deviceProfileLib, line 565 } // library marker kkossev.deviceProfileLib, line 566 else { // library marker kkossev.deviceProfileLib, line 567 cmds = sendTuyaCommand( dp, dpType, dpValHex) // library marker kkossev.deviceProfileLib, line 568 } // library marker kkossev.deviceProfileLib, line 569 return cmds // library marker kkossev.deviceProfileLib, line 570 } // library marker kkossev.deviceProfileLib, line 571 int convertSignedInts(int val, Map dpMap) { // library marker kkossev.deviceProfileLib, line 573 if (dpMap.dt == '0x28') { // library marker kkossev.deviceProfileLib, line 574 if (val > 127) { return (val as int) - 256 } // library marker kkossev.deviceProfileLib, line 575 else { return (val as int) } // library marker kkossev.deviceProfileLib, line 576 } // library marker kkossev.deviceProfileLib, line 577 else if (dpMap.dt == '0x29') { // library marker kkossev.deviceProfileLib, line 578 if (val > 32767) { return (val as int) - 65536 } // library marker kkossev.deviceProfileLib, line 579 else { return (val as int) } // library marker kkossev.deviceProfileLib, line 580 } // library marker kkossev.deviceProfileLib, line 581 else { return (val as int) } // library marker kkossev.deviceProfileLib, line 582 } // library marker kkossev.deviceProfileLib, line 583 /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 585 public boolean sendAttribute(String par=null, val=null ) { // library marker kkossev.deviceProfileLib, line 586 List cmds = [] // library marker kkossev.deviceProfileLib, line 587 //Boolean validated = false // library marker kkossev.deviceProfileLib, line 588 logDebug "sendAttribute(${par}, ${val})" // library marker kkossev.deviceProfileLib, line 589 if (par == null || DEVICE?.preferences == null || DEVICE?.preferences == [:]) { logDebug 'DEVICE.preferences is empty!' ; return false } // library marker kkossev.deviceProfileLib, line 590 Map dpMap = getAttributesMap(par, false) // get the map for the attribute // library marker kkossev.deviceProfileLib, line 592 l//log.trace "sendAttribute: dpMap=${dpMap}" // library marker kkossev.deviceProfileLib, line 593 if (dpMap == null || dpMap?.isEmpty()) { logWarn "sendAttribute: map not found for parameter ${par}"; return false } // library marker kkossev.deviceProfileLib, line 594 if (val == null) { logWarn "sendAttribute: 'value' must be specified for parameter ${par} in the range ${dpMap.min} to ${dpMap.max}"; return false } // library marker kkossev.deviceProfileLib, line 595 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 596 def scaledValue = validateAndScaleParameterValue(dpMap, val as String) // convert the val to the correct type and scale it if needed // library marker kkossev.deviceProfileLib, line 597 if (scaledValue == null) { logWarn "sendAttribute: invalid parameter value ${val}. Must be in the range ${dpMap.min} to ${dpMap.max}"; return false } // library marker kkossev.deviceProfileLib, line 598 logDebug "sendAttribute: parameter ${par} value ${val}, type ${dpMap.type} validated and scaled to ${scaledValue} type=${dpMap.type}" // library marker kkossev.deviceProfileLib, line 599 // if there is a dedicated set function, use it // library marker kkossev.deviceProfileLib, line 600 String capitalizedFirstChar = par[0].toUpperCase() + par[1..-1] // library marker kkossev.deviceProfileLib, line 601 String customSetFunction = "customSet${capitalizedFirstChar}" // library marker kkossev.deviceProfileLib, line 602 if (this.respondsTo(customSetFunction) /*&& !(customSetFunction in ["setHeatingSetpoint", "setCoolingSetpoint", "setThermostatMode"])*/) { // library marker kkossev.deviceProfileLib, line 603 logDebug "sendAttribute: found customSetFunction=${customSetFunction}, scaledValue=${scaledValue} (val=${val})" // library marker kkossev.deviceProfileLib, line 604 // execute the customSetFunction // library marker kkossev.deviceProfileLib, line 605 try { // library marker kkossev.deviceProfileLib, line 606 cmds = "$customSetFunction"(scaledValue) // library marker kkossev.deviceProfileLib, line 607 } // library marker kkossev.deviceProfileLib, line 608 catch (e) { // library marker kkossev.deviceProfileLib, line 609 logWarn "sendAttribute: Exception '${e}'caught while processing $customSetFunction($scaledValue) (val=${val}))" // library marker kkossev.deviceProfileLib, line 610 return false // library marker kkossev.deviceProfileLib, line 611 } // library marker kkossev.deviceProfileLib, line 612 logDebug "customSetFunction result is ${cmds}" // library marker kkossev.deviceProfileLib, line 613 if (cmds != null && cmds != []) { // library marker kkossev.deviceProfileLib, line 614 logDebug "sendAttribute: successfluly executed sendAttribute $customSetFunction($scaledValue)" // library marker kkossev.deviceProfileLib, line 615 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 616 return true // library marker kkossev.deviceProfileLib, line 617 } // library marker kkossev.deviceProfileLib, line 618 else { // library marker kkossev.deviceProfileLib, line 619 logWarn "sendAttribute: customSetFunction $customSetFunction($scaledValue) returned null or empty list, continue with the default processing" // library marker kkossev.deviceProfileLib, line 620 // continue with the default processing // library marker kkossev.deviceProfileLib, line 621 } // library marker kkossev.deviceProfileLib, line 622 } // library marker kkossev.deviceProfileLib, line 623 else { // library marker kkossev.deviceProfileLib, line 624 logDebug "sendAttribute: SKIPPED customSetFunction ${customSetFunction}, continue with the default processing" // library marker kkossev.deviceProfileLib, line 625 } // library marker kkossev.deviceProfileLib, line 626 // check whether this is a tuya DP or a cluster:attribute parameter or a virtual device // library marker kkossev.deviceProfileLib, line 627 if (isVirtual()) { // library marker kkossev.deviceProfileLib, line 628 // send a virtual attribute // library marker kkossev.deviceProfileLib, line 629 logDebug "sendAttribute: found virtual attribute ${par} value ${val}" // library marker kkossev.deviceProfileLib, line 630 // patch !! // library marker kkossev.deviceProfileLib, line 631 if (par == 'heatingSetpoint') { // library marker kkossev.deviceProfileLib, line 632 sendHeatingSetpointEvent(val) // library marker kkossev.deviceProfileLib, line 633 } // library marker kkossev.deviceProfileLib, line 634 else { // library marker kkossev.deviceProfileLib, line 635 String descriptionText = "${par} is ${val} [virtual]" // library marker kkossev.deviceProfileLib, line 636 sendEvent(name:par, value:val, isDigital: true) // library marker kkossev.deviceProfileLib, line 637 logInfo descriptionText // library marker kkossev.deviceProfileLib, line 638 } // library marker kkossev.deviceProfileLib, line 639 return true // library marker kkossev.deviceProfileLib, line 640 } // library marker kkossev.deviceProfileLib, line 641 else { // library marker kkossev.deviceProfileLib, line 642 logDebug "sendAttribute: not a virtual device (device.controllerType = ${device.controllerType}), continue " // library marker kkossev.deviceProfileLib, line 643 } // library marker kkossev.deviceProfileLib, line 644 boolean isTuyaDP // library marker kkossev.deviceProfileLib, line 645 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 646 def preference = dpMap.dp // TODO - remove it? // library marker kkossev.deviceProfileLib, line 647 try { // library marker kkossev.deviceProfileLib, line 648 isTuyaDP = dpMap.dp instanceof Number // check if dpMap.dp is a number // library marker kkossev.deviceProfileLib, line 649 } // library marker kkossev.deviceProfileLib, line 650 catch (e) { // library marker kkossev.deviceProfileLib, line 651 if (debug) { log.warn "sendAttribute: exception ${e} caught while checking isNumber() preference ${preference}" } // library marker kkossev.deviceProfileLib, line 652 return false // library marker kkossev.deviceProfileLib, line 653 } // library marker kkossev.deviceProfileLib, line 654 if (dpMap.dp != null && isTuyaDP) { // library marker kkossev.deviceProfileLib, line 655 // Tuya DP // library marker kkossev.deviceProfileLib, line 656 cmds = sendTuyaParameter(dpMap, par, scaledValue) // library marker kkossev.deviceProfileLib, line 657 if (cmds == null || cmds == []) { // library marker kkossev.deviceProfileLib, line 658 logWarn "sendAttribute: sendTuyaParameter par ${par} scaledValue ${scaledValue} returned null or empty list" // library marker kkossev.deviceProfileLib, line 659 return false // library marker kkossev.deviceProfileLib, line 660 } // library marker kkossev.deviceProfileLib, line 661 else { // library marker kkossev.deviceProfileLib, line 662 logDebug "sendAttribute: successfluly executed sendAttribute $customSetFunction($val (scaledValue=${scaledValue}))" // library marker kkossev.deviceProfileLib, line 663 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 664 return true // library marker kkossev.deviceProfileLib, line 665 } // library marker kkossev.deviceProfileLib, line 666 } // library marker kkossev.deviceProfileLib, line 667 /* groovylint-disable-next-line EmptyIfStatement */ // library marker kkossev.deviceProfileLib, line 668 else if (dpMap.at != null && dpMap.at == 'virtual') { // library marker kkossev.deviceProfileLib, line 669 // send a virtual attribute // library marker kkossev.deviceProfileLib, line 670 } // library marker kkossev.deviceProfileLib, line 671 else if (dpMap.at != null) { // library marker kkossev.deviceProfileLib, line 672 // cluster:attribute // library marker kkossev.deviceProfileLib, line 673 cmds = zclWriteAttribute(dpMap, scaledValue) // library marker kkossev.deviceProfileLib, line 674 if (cmds == null || cmds == []) { // library marker kkossev.deviceProfileLib, line 675 logWarn "sendAttribute: failed to write cluster:attribute ${dpMap.at} value ${scaledValue}" // library marker kkossev.deviceProfileLib, line 676 return false // library marker kkossev.deviceProfileLib, line 677 } // library marker kkossev.deviceProfileLib, line 678 } // library marker kkossev.deviceProfileLib, line 679 else { // library marker kkossev.deviceProfileLib, line 680 logWarn "sendAttribute: invalid dp or at value ${dpMap.dp} for parameter ${par}" // library marker kkossev.deviceProfileLib, line 681 return false // library marker kkossev.deviceProfileLib, line 682 } // library marker kkossev.deviceProfileLib, line 683 logDebug "sendAttribute: successfluly executed sendAttribute $customSetFunction($scaledValue)" // library marker kkossev.deviceProfileLib, line 684 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 685 return true // library marker kkossev.deviceProfileLib, line 686 } // library marker kkossev.deviceProfileLib, line 687 /** // library marker kkossev.deviceProfileLib, line 689 * SENDS a list of Zigbee commands to be sent to the device. // library marker kkossev.deviceProfileLib, line 690 * @param command - The command to send. Must be one of the commands defined in the DEVICE.commands map. // library marker kkossev.deviceProfileLib, line 691 * @param val - The value to send with the command, can be null. // library marker kkossev.deviceProfileLib, line 692 * @return true on success, false otherwise. // library marker kkossev.deviceProfileLib, line 693 */ // library marker kkossev.deviceProfileLib, line 694 public boolean sendCommand(final String command_orig=null, final String val_orig=null) { // library marker kkossev.deviceProfileLib, line 695 //logDebug "sending command ${command}(${val}))" // library marker kkossev.deviceProfileLib, line 696 final String command = command_orig?.trim() // library marker kkossev.deviceProfileLib, line 697 final String val = val_orig?.trim() // library marker kkossev.deviceProfileLib, line 698 List cmds = [] // library marker kkossev.deviceProfileLib, line 699 Map supportedCommandsMap = DEVICE?.commands as Map // library marker kkossev.deviceProfileLib, line 700 if (supportedCommandsMap == null || supportedCommandsMap?.isEmpty()) { // library marker kkossev.deviceProfileLib, line 701 logInfo "sendCommand: no commands defined for device profile ${getDeviceProfile()} !" // library marker kkossev.deviceProfileLib, line 702 return false // library marker kkossev.deviceProfileLib, line 703 } // library marker kkossev.deviceProfileLib, line 704 // TODO: compare ignoring the upper/lower case of the command. // library marker kkossev.deviceProfileLib, line 705 List supportedCommandsList = DEVICE?.commands?.keySet() as List // library marker kkossev.deviceProfileLib, line 706 // check if the command is defined in the DEVICE commands map // library marker kkossev.deviceProfileLib, line 707 if (command == null || !(command in supportedCommandsList)) { // library marker kkossev.deviceProfileLib, line 708 logInfo "sendCommand: the command ${(command ?: '')} for device profile '${DEVICE?.description}' must be one of these : ${supportedCommandsList}" // library marker kkossev.deviceProfileLib, line 709 return false // library marker kkossev.deviceProfileLib, line 710 } // library marker kkossev.deviceProfileLib, line 711 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 712 def func, funcResult // library marker kkossev.deviceProfileLib, line 713 try { // library marker kkossev.deviceProfileLib, line 714 func = DEVICE?.commands.find { it.key == command }.value // library marker kkossev.deviceProfileLib, line 715 if (val != null && val != '') { // library marker kkossev.deviceProfileLib, line 716 logInfo "executed $func($val)" // library marker kkossev.deviceProfileLib, line 717 funcResult = "${func}"(val) // library marker kkossev.deviceProfileLib, line 718 } // library marker kkossev.deviceProfileLib, line 719 else { // library marker kkossev.deviceProfileLib, line 720 logInfo "executed $func()" // library marker kkossev.deviceProfileLib, line 721 funcResult = "${func}"() // library marker kkossev.deviceProfileLib, line 722 } // library marker kkossev.deviceProfileLib, line 723 } // library marker kkossev.deviceProfileLib, line 724 catch (e) { // library marker kkossev.deviceProfileLib, line 725 logWarn "sendCommand: Exception '${e}' caught while processing $func(${val})" // library marker kkossev.deviceProfileLib, line 726 return false // library marker kkossev.deviceProfileLib, line 727 } // library marker kkossev.deviceProfileLib, line 728 // funcResult is expected to be list of commands to be sent to the device, but can also return boolean or null // library marker kkossev.deviceProfileLib, line 729 // check if the result is a list of commands // library marker kkossev.deviceProfileLib, line 730 /* groovylint-disable-next-line Instanceof */ // library marker kkossev.deviceProfileLib, line 731 if (funcResult instanceof List) { // library marker kkossev.deviceProfileLib, line 732 cmds = funcResult // library marker kkossev.deviceProfileLib, line 733 if (cmds != null && cmds != []) { // library marker kkossev.deviceProfileLib, line 734 sendZigbeeCommands( cmds ) // library marker kkossev.deviceProfileLib, line 735 } // library marker kkossev.deviceProfileLib, line 736 } // library marker kkossev.deviceProfileLib, line 737 else if (funcResult == null) { // library marker kkossev.deviceProfileLib, line 738 return false // library marker kkossev.deviceProfileLib, line 739 } // library marker kkossev.deviceProfileLib, line 740 else { // library marker kkossev.deviceProfileLib, line 741 logDebug "sendCommand: $func(${val}) returned ${funcResult} instead of a list of commands!" // library marker kkossev.deviceProfileLib, line 742 return false // library marker kkossev.deviceProfileLib, line 743 } // library marker kkossev.deviceProfileLib, line 744 return true // library marker kkossev.deviceProfileLib, line 745 } // library marker kkossev.deviceProfileLib, line 746 /** // library marker kkossev.deviceProfileLib, line 748 * This method takes a string parameter and a boolean debug flag as input and returns a map containing the input details. // library marker kkossev.deviceProfileLib, line 749 * The method checks if the input parameter is defined in the device preferences and returns null if it is not. // library marker kkossev.deviceProfileLib, line 750 * It then checks if the input parameter is a boolean value and skips it if it is. // library marker kkossev.deviceProfileLib, line 751 * The method also checks if the input parameter is a number and sets the isTuyaDP flag accordingly. // library marker kkossev.deviceProfileLib, line 752 * If the input parameter is read-only, the method returns null. // library marker kkossev.deviceProfileLib, line 753 * The method then populates the input map with the name, type, title, description, range, options, and default value of the input parameter. // library marker kkossev.deviceProfileLib, line 754 * If the input parameter type is not supported, the method returns null. // library marker kkossev.deviceProfileLib, line 755 * @param param The input parameter to be checked. // library marker kkossev.deviceProfileLib, line 756 * @param debug A boolean flag indicating whether to log debug messages or not. // library marker kkossev.deviceProfileLib, line 757 * @return A map containing the input details. // library marker kkossev.deviceProfileLib, line 758 */ // library marker kkossev.deviceProfileLib, line 759 Map inputIt(String paramPar, boolean debug = false) { // library marker kkossev.deviceProfileLib, line 760 String param = paramPar.trim() // library marker kkossev.deviceProfileLib, line 761 Map input = [:] // library marker kkossev.deviceProfileLib, line 762 Map foundMap = [:] // library marker kkossev.deviceProfileLib, line 763 if (!(param in DEVICE?.preferences)) { if (debug) { log.warn "inputIt: preference ${param} not defined for this device!" } ; return [:] } // library marker kkossev.deviceProfileLib, line 764 Object preference // library marker kkossev.deviceProfileLib, line 765 try { preference = DEVICE?.preferences["$param"] } // library marker kkossev.deviceProfileLib, line 766 catch (e) { if (debug) { log.warn "inputIt: exception ${e} caught while parsing preference ${param} value ${preference}" } ; return [:] } // library marker kkossev.deviceProfileLib, line 767 // check for boolean values // library marker kkossev.deviceProfileLib, line 768 try { if (preference in [true, false]) { if (debug) { log.warn "inputIt: preference ${param} is boolean value ${preference} - skipping it for now!" } ; return [:] } } // library marker kkossev.deviceProfileLib, line 769 catch (e) { if (debug) { log.warn "inputIt: exception ${e} caught while checking for boolean values preference ${param} value ${preference}" } ; return [:] } // library marker kkossev.deviceProfileLib, line 770 /* // library marker kkossev.deviceProfileLib, line 771 // TODO - check if this is neccessary? isTuyaDP is not defined! // library marker kkossev.deviceProfileLib, line 772 try { isTuyaDP = preference.isNumber() } // library marker kkossev.deviceProfileLib, line 773 catch (e) { if (debug) { log.warn "inputIt: exception ${e} caught while checking isNumber() preference ${param} value ${preference}" } ; return [:] } // library marker kkossev.deviceProfileLib, line 774 */ // library marker kkossev.deviceProfileLib, line 775 //if (debug) log.debug "inputIt: preference ${param} found. value is ${preference} isTuyaDP=${isTuyaDP}" // library marker kkossev.deviceProfileLib, line 776 foundMap = getPreferencesMapByName(param) // library marker kkossev.deviceProfileLib, line 777 //if (debug) log.debug "foundMap = ${foundMap}" // library marker kkossev.deviceProfileLib, line 778 if (foundMap == null || foundMap?.isEmpty()) { if (debug) { log.warn "inputIt: map not found for param '${param}'!" } ; return [:] } // library marker kkossev.deviceProfileLib, line 779 if (foundMap.rw != 'rw') { if (debug) { log.warn "inputIt: param '${param}' is read only!" } ; return [:] } // library marker kkossev.deviceProfileLib, line 780 if (foundMap.advanced != null && foundMap.advanced == true && settings.advancedOptions != true) { // library marker kkossev.deviceProfileLib, line 781 if (debug) { log.debug "inputIt: param '${param}' is advanced!" } // library marker kkossev.deviceProfileLib, line 782 return [:] // library marker kkossev.deviceProfileLib, line 783 } // library marker kkossev.deviceProfileLib, line 784 input.name = foundMap.name // library marker kkossev.deviceProfileLib, line 785 input.type = foundMap.type // bool, enum, number, decimal // library marker kkossev.deviceProfileLib, line 786 input.title = foundMap.title // library marker kkossev.deviceProfileLib, line 787 //input.description = (foundMap.description ?: foundMap.title)?.replaceAll(/<\/?b>/, '') // if description is not defined, use the title // library marker kkossev.deviceProfileLib, line 788 input.description = foundMap.description ?: '' // if description is not defined, skip it // library marker kkossev.deviceProfileLib, line 789 if (input.type in ['number', 'decimal']) { // library marker kkossev.deviceProfileLib, line 790 if (foundMap.min != null && foundMap.max != null) { // library marker kkossev.deviceProfileLib, line 791 input.range = "${foundMap.min}..${foundMap.max}" // library marker kkossev.deviceProfileLib, line 792 } // library marker kkossev.deviceProfileLib, line 793 if (input.range != null && input.description != null) { // library marker kkossev.deviceProfileLib, line 794 if (input.description != '') { input.description += '
' } // library marker kkossev.deviceProfileLib, line 795 input.description += "Range: ${input.range}" // library marker kkossev.deviceProfileLib, line 796 if (foundMap.unit != null && foundMap.unit != '') { // library marker kkossev.deviceProfileLib, line 797 input.description += " (${foundMap.unit})" // library marker kkossev.deviceProfileLib, line 798 } // library marker kkossev.deviceProfileLib, line 799 } // library marker kkossev.deviceProfileLib, line 800 } // library marker kkossev.deviceProfileLib, line 801 /* groovylint-disable-next-line SpaceAfterClosingBrace */ // library marker kkossev.deviceProfileLib, line 802 else if (input.type == 'enum') { // library marker kkossev.deviceProfileLib, line 803 input.options = foundMap.map // library marker kkossev.deviceProfileLib, line 804 }/* // library marker kkossev.deviceProfileLib, line 805 else if (input.type == "bool") { // library marker kkossev.deviceProfileLib, line 806 input.options = ["true", "false"] // library marker kkossev.deviceProfileLib, line 807 }*/ // library marker kkossev.deviceProfileLib, line 808 else { // library marker kkossev.deviceProfileLib, line 809 if (debug) { log.warn "inputIt: unsupported type ${input.type} for param '${param}'!" } // library marker kkossev.deviceProfileLib, line 810 return [:] // library marker kkossev.deviceProfileLib, line 811 } // library marker kkossev.deviceProfileLib, line 812 if (input.defVal != null) { // library marker kkossev.deviceProfileLib, line 813 input.defVal = foundMap.defVal // library marker kkossev.deviceProfileLib, line 814 } // library marker kkossev.deviceProfileLib, line 815 return input // library marker kkossev.deviceProfileLib, line 816 } // library marker kkossev.deviceProfileLib, line 817 /** // library marker kkossev.deviceProfileLib, line 819 * Returns the device name and profile based on the device model and manufacturer. // library marker kkossev.deviceProfileLib, line 820 * @param model The device model (optional). If not provided, it will be retrieved from the device data value. // library marker kkossev.deviceProfileLib, line 821 * @param manufacturer The device manufacturer (optional). If not provided, it will be retrieved from the device data value. // library marker kkossev.deviceProfileLib, line 822 * @return A list containing the device name and profile. // library marker kkossev.deviceProfileLib, line 823 */ // library marker kkossev.deviceProfileLib, line 824 List getDeviceNameAndProfile(String model=null, String manufacturer=null) { // library marker kkossev.deviceProfileLib, line 825 String deviceName = UNKNOWN, deviceProfile = UNKNOWN // library marker kkossev.deviceProfileLib, line 826 String deviceModel = model != null ? model : device.getDataValue('model') ?: UNKNOWN // library marker kkossev.deviceProfileLib, line 827 String deviceManufacturer = manufacturer != null ? manufacturer : device.getDataValue('manufacturer') ?: UNKNOWN // library marker kkossev.deviceProfileLib, line 828 deviceProfilesV3.each { profileName, profileMap -> // library marker kkossev.deviceProfileLib, line 829 profileMap.fingerprints.each { fingerprint -> // library marker kkossev.deviceProfileLib, line 830 if (fingerprint.model == deviceModel && fingerprint.manufacturer == deviceManufacturer) { // library marker kkossev.deviceProfileLib, line 831 deviceProfile = profileName // library marker kkossev.deviceProfileLib, line 832 deviceName = fingerprint.deviceJoinName ?: deviceProfilesV3[deviceProfile].deviceJoinName ?: UNKNOWN // library marker kkossev.deviceProfileLib, line 833 logDebug "found exact match for model ${deviceModel} manufacturer ${deviceManufacturer} : profileName=${deviceProfile} deviceName =${deviceName}" // library marker kkossev.deviceProfileLib, line 834 return [deviceName, deviceProfile] // library marker kkossev.deviceProfileLib, line 835 } // library marker kkossev.deviceProfileLib, line 836 } // library marker kkossev.deviceProfileLib, line 837 } // library marker kkossev.deviceProfileLib, line 838 if (deviceProfile == UNKNOWN) { // library marker kkossev.deviceProfileLib, line 839 logWarn "getDeviceNameAndProfile: NOT FOUND! deviceName =${deviceName} profileName=${deviceProfile} for model ${deviceModel} manufacturer ${deviceManufacturer}" // library marker kkossev.deviceProfileLib, line 840 } // library marker kkossev.deviceProfileLib, line 841 return [deviceName, deviceProfile] // library marker kkossev.deviceProfileLib, line 842 } // library marker kkossev.deviceProfileLib, line 843 // called from initializeVars( fullInit = true) // library marker kkossev.deviceProfileLib, line 845 void setDeviceNameAndProfile(String model=null, String manufacturer=null) { // library marker kkossev.deviceProfileLib, line 846 def (String deviceName, String deviceProfile) = getDeviceNameAndProfile(model, manufacturer) // library marker kkossev.deviceProfileLib, line 847 if (deviceProfile == null || deviceProfile == UNKNOWN) { // library marker kkossev.deviceProfileLib, line 848 logInfo "unknown model ${deviceModel} manufacturer ${deviceManufacturer}" // library marker kkossev.deviceProfileLib, line 849 // don't change the device name when unknown // library marker kkossev.deviceProfileLib, line 850 state.deviceProfile = UNKNOWN // library marker kkossev.deviceProfileLib, line 851 } // library marker kkossev.deviceProfileLib, line 852 String dataValueModel = model != null ? model : device.getDataValue('model') ?: UNKNOWN // library marker kkossev.deviceProfileLib, line 853 String dataValueManufacturer = manufacturer != null ? manufacturer : device.getDataValue('manufacturer') ?: UNKNOWN // library marker kkossev.deviceProfileLib, line 854 if (deviceName != NULL && deviceName != UNKNOWN) { // library marker kkossev.deviceProfileLib, line 855 device.setName(deviceName) // library marker kkossev.deviceProfileLib, line 856 state.deviceProfile = deviceProfile // library marker kkossev.deviceProfileLib, line 857 device.updateSetting('forcedProfile', [value:deviceProfilesV3[deviceProfile]?.description, type:'enum']) // library marker kkossev.deviceProfileLib, line 858 logInfo "device model ${dataValueModel} manufacturer ${dataValueManufacturer} was set to : deviceProfile=${deviceProfile} : deviceName=${deviceName}" // library marker kkossev.deviceProfileLib, line 859 } else { // library marker kkossev.deviceProfileLib, line 860 logInfo "device model ${dataValueModel} manufacturer ${dataValueManufacturer} was not found!" // library marker kkossev.deviceProfileLib, line 861 } // library marker kkossev.deviceProfileLib, line 862 } // library marker kkossev.deviceProfileLib, line 863 // called from customRefresh() in the device drivers // library marker kkossev.deviceProfileLib, line 865 List refreshFromDeviceProfileList() { // library marker kkossev.deviceProfileLib, line 866 logDebug 'refreshFromDeviceProfileList()' // library marker kkossev.deviceProfileLib, line 867 List cmds = [] // library marker kkossev.deviceProfileLib, line 868 if (DEVICE?.refresh != null) { // library marker kkossev.deviceProfileLib, line 869 List refreshList = DEVICE.refresh // library marker kkossev.deviceProfileLib, line 870 for (String k : refreshList) { // library marker kkossev.deviceProfileLib, line 871 k = k.replaceAll('\\[|\\]', '') // library marker kkossev.deviceProfileLib, line 872 if (k != null) { // library marker kkossev.deviceProfileLib, line 873 // check whether the string in the refreshList matches an attribute name in the DEVICE.attributes list // library marker kkossev.deviceProfileLib, line 874 Map map = DEVICE.attributes.find { it.name == k } // library marker kkossev.deviceProfileLib, line 875 if (map != null) { // library marker kkossev.deviceProfileLib, line 876 Map mfgCode = map.mfgCode != null ? ['mfgCode':map.mfgCode] : [:] // library marker kkossev.deviceProfileLib, line 877 cmds += zigbee.readAttribute(hubitat.helper.HexUtils.hexStringToInt((map.at).split(':')[0]), hubitat.helper.HexUtils.hexStringToInt((map.at).split(':')[1]), mfgCode, delay = 100) // library marker kkossev.deviceProfileLib, line 878 } // library marker kkossev.deviceProfileLib, line 879 // check whether the string in the refreshList matches a method defined somewhere in the code // library marker kkossev.deviceProfileLib, line 880 if (this.respondsTo(k)) { // library marker kkossev.deviceProfileLib, line 881 cmds += this."${k}"() // library marker kkossev.deviceProfileLib, line 882 } // library marker kkossev.deviceProfileLib, line 883 } // library marker kkossev.deviceProfileLib, line 884 } // library marker kkossev.deviceProfileLib, line 885 } // library marker kkossev.deviceProfileLib, line 886 return cmds // library marker kkossev.deviceProfileLib, line 887 } // library marker kkossev.deviceProfileLib, line 888 // TODO! - remove? // library marker kkossev.deviceProfileLib, line 890 List refreshDeviceProfile() { // library marker kkossev.deviceProfileLib, line 891 List cmds = [] // library marker kkossev.deviceProfileLib, line 892 if (cmds == []) { cmds = ['delay 299'] } // library marker kkossev.deviceProfileLib, line 893 logDebug "refreshDeviceProfile() : ${cmds}" // library marker kkossev.deviceProfileLib, line 894 return cmds // library marker kkossev.deviceProfileLib, line 895 } // library marker kkossev.deviceProfileLib, line 896 // TODO ! // library marker kkossev.deviceProfileLib, line 898 List configureDeviceProfile() { // library marker kkossev.deviceProfileLib, line 899 List cmds = [] // library marker kkossev.deviceProfileLib, line 900 logDebug "configureDeviceProfile() : ${cmds}" // library marker kkossev.deviceProfileLib, line 901 if (cmds == []) { cmds = ['delay 299'] } // library marker kkossev.deviceProfileLib, line 902 return cmds // library marker kkossev.deviceProfileLib, line 903 } // library marker kkossev.deviceProfileLib, line 904 // TODO // library marker kkossev.deviceProfileLib, line 906 List initializeDeviceProfile() { // library marker kkossev.deviceProfileLib, line 907 List cmds = [] // library marker kkossev.deviceProfileLib, line 908 logDebug "initializeDeviceProfile() : ${cmds}" // library marker kkossev.deviceProfileLib, line 909 if (cmds == []) { cmds = ['delay 299',] } // library marker kkossev.deviceProfileLib, line 910 return cmds // library marker kkossev.deviceProfileLib, line 911 } // library marker kkossev.deviceProfileLib, line 912 public void deviceProfileInitializeVars(boolean fullInit=false) { // library marker kkossev.deviceProfileLib, line 914 logDebug "deviceProfileInitializeVars(${fullInit})" // library marker kkossev.deviceProfileLib, line 915 if (state.deviceProfile == null) { // library marker kkossev.deviceProfileLib, line 916 setDeviceNameAndProfile() // library marker kkossev.deviceProfileLib, line 917 } // library marker kkossev.deviceProfileLib, line 918 } // library marker kkossev.deviceProfileLib, line 919 void initEventsDeviceProfile(boolean fullInit=false) { // library marker kkossev.deviceProfileLib, line 921 String ps = DEVICE?.device?.powerSource // library marker kkossev.deviceProfileLib, line 922 logDebug "initEventsDeviceProfile(${fullInit}) for deviceProfile=${state.deviceProfile} DEVICE?.device?.powerSource=${ps} ps.isEmpty()=${ps.isEmpty()}" // library marker kkossev.deviceProfileLib, line 923 if (ps != null && ps.isEmpty() == false) { // library marker kkossev.deviceProfileLib, line 924 sendEvent(name: 'powerSource', value: ps, descriptionText: "Power Source set to '${ps}'", type: 'digital') // library marker kkossev.deviceProfileLib, line 925 } // library marker kkossev.deviceProfileLib, line 926 } // library marker kkossev.deviceProfileLib, line 927 ///////////////////////////// Tuya DPs ///////////////////////////////// // library marker kkossev.deviceProfileLib, line 929 // // library marker kkossev.deviceProfileLib, line 931 // called from parse() // library marker kkossev.deviceProfileLib, line 932 // returns: true - do not process this message if the spammy DP is defined in the spammyDPsToIgnore element of the active Device Profule // library marker kkossev.deviceProfileLib, line 933 // false - the processing can continue // library marker kkossev.deviceProfileLib, line 934 // // library marker kkossev.deviceProfileLib, line 935 public boolean isSpammyDPsToIgnore(Map descMap) { // library marker kkossev.deviceProfileLib, line 936 //log.trace "isSpammyDPsToIgnore: ${state.deviceProfile == 'TS0225_LINPTECH_RADAR'} ${descMap.cluster == 'E002'} ${descMap.attrId == 'E00A'} ${settings?.ignoreDistance == true}" // library marker kkossev.deviceProfileLib, line 937 if (state.deviceProfile == 'TS0225_LINPTECH_RADAR' && descMap.cluster == 'E002' && descMap.attrId == 'E00A' && settings?.ignoreDistance == true) { return true } // library marker kkossev.deviceProfileLib, line 938 if (!(descMap?.clusterId == 'EF00' && (descMap?.command in ['01', '02']))) { return false } // library marker kkossev.deviceProfileLib, line 939 if (descMap?.data?.size <= 2) { return false } // library marker kkossev.deviceProfileLib, line 940 int dp = zigbee.convertHexToInt(descMap.data[2]) // library marker kkossev.deviceProfileLib, line 941 List spammyList = deviceProfilesV3[getDeviceProfile()]?.spammyDPsToIgnore as List // library marker kkossev.deviceProfileLib, line 942 return (spammyList != null && (dp in spammyList) && ((settings?.ignoreDistance ?: false) == true)) // library marker kkossev.deviceProfileLib, line 943 } // library marker kkossev.deviceProfileLib, line 944 // // library marker kkossev.deviceProfileLib, line 946 // called from processTuyaDP(), processTuyaDPfromDeviceProfile(), isChattyDeviceReport() // library marker kkossev.deviceProfileLib, line 947 // returns: true - do not generate Debug log messages if the chatty DP is defined in the spammyDPsToNotTrace element of the active Device Profule // library marker kkossev.deviceProfileLib, line 948 // false - debug logs can be generated // library marker kkossev.deviceProfileLib, line 949 // // library marker kkossev.deviceProfileLib, line 950 public boolean isSpammyDPsToNotTrace(Map descMap) { // library marker kkossev.deviceProfileLib, line 951 //log.trace "isSpammyDPsToNotTrace: ${state.deviceProfile == 'TS0225_LINPTECH_RADAR'} ${descMap.cluster == 'E002'} ${descMap.attrId == 'E00A'} ${settings?.ignoreDistance == true}" // library marker kkossev.deviceProfileLib, line 952 if (state.deviceProfile == 'TS0225_LINPTECH_RADAR' && descMap.cluster == 'E002' && descMap.attrId == 'E00A' && settings?.ignoreDistance == true) { return true } // library marker kkossev.deviceProfileLib, line 953 if (!(descMap?.clusterId == 'EF00' && (descMap?.command in ['01', '02']))) { return false } // library marker kkossev.deviceProfileLib, line 954 if (descMap?.data?.size <= 2) { return false } // library marker kkossev.deviceProfileLib, line 955 int dp = zigbee.convertHexToInt(descMap.data[2]) // library marker kkossev.deviceProfileLib, line 956 List spammyList = deviceProfilesV3[getDeviceProfile()]?.spammyDPsToNotTrace as List // library marker kkossev.deviceProfileLib, line 957 return (spammyList != null && (dp in spammyList)) // library marker kkossev.deviceProfileLib, line 958 } // library marker kkossev.deviceProfileLib, line 959 // all DPs are spammy - sent periodically! // library marker kkossev.deviceProfileLib, line 961 public boolean isSpammyDeviceProfile() { // library marker kkossev.deviceProfileLib, line 962 if (deviceProfilesV3 == null || deviceProfilesV3[getDeviceProfile()] == null) { return false } // library marker kkossev.deviceProfileLib, line 963 Boolean isSpammy = deviceProfilesV3[getDeviceProfile()]?.device?.isSpammy ?: false // library marker kkossev.deviceProfileLib, line 964 return isSpammy // library marker kkossev.deviceProfileLib, line 965 } // library marker kkossev.deviceProfileLib, line 966 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.deviceProfileLib, line 968 List compareAndConvertStrings(final Map foundItem, String tuyaValue, String hubitatValue) { // library marker kkossev.deviceProfileLib, line 969 String convertedValue = tuyaValue // library marker kkossev.deviceProfileLib, line 970 boolean isEqual = ((tuyaValue as String) == (hubitatValue as String)) // because the events(attributes) are always strings // library marker kkossev.deviceProfileLib, line 971 if (foundItem?.scale != null || foundItem?.scale != 0 || foundItem?.scale != 1) { // library marker kkossev.deviceProfileLib, line 972 logTrace "compareAndConvertStrings: scaling: foundItem.scale=${foundItem.scale} tuyaValue=${tuyaValue} hubitatValue=${hubitatValue}" // library marker kkossev.deviceProfileLib, line 973 } // library marker kkossev.deviceProfileLib, line 974 return [isEqual, convertedValue] // library marker kkossev.deviceProfileLib, line 975 } // library marker kkossev.deviceProfileLib, line 976 List compareAndConvertNumbers(final Map foundItem, int tuyaValue, int hubitatValue) { // library marker kkossev.deviceProfileLib, line 978 Integer convertedValue // library marker kkossev.deviceProfileLib, line 979 boolean isEqual // library marker kkossev.deviceProfileLib, line 980 if (foundItem?.scale == null || foundItem?.scale == 0 || foundItem?.scale == 1) { // compare as integer // library marker kkossev.deviceProfileLib, line 981 convertedValue = tuyaValue as int // library marker kkossev.deviceProfileLib, line 982 } // library marker kkossev.deviceProfileLib, line 983 else { // library marker kkossev.deviceProfileLib, line 984 convertedValue = ((tuyaValue as double) / (foundItem.scale as double)) as int // library marker kkossev.deviceProfileLib, line 985 } // library marker kkossev.deviceProfileLib, line 986 isEqual = ((convertedValue as int) == (hubitatValue as int)) // library marker kkossev.deviceProfileLib, line 987 return [isEqual, convertedValue] // library marker kkossev.deviceProfileLib, line 988 } // library marker kkossev.deviceProfileLib, line 989 List compareAndConvertDecimals(final Map foundItem, double tuyaValue, double hubitatValue) { // library marker kkossev.deviceProfileLib, line 991 Double convertedValue // library marker kkossev.deviceProfileLib, line 992 if (foundItem?.scale == null || foundItem?.scale == 0 || foundItem?.scale == 1) { // library marker kkossev.deviceProfileLib, line 993 convertedValue = tuyaValue as double // library marker kkossev.deviceProfileLib, line 994 } // library marker kkossev.deviceProfileLib, line 995 else { // library marker kkossev.deviceProfileLib, line 996 convertedValue = (tuyaValue as double) / (foundItem.scale as double) // library marker kkossev.deviceProfileLib, line 997 } // library marker kkossev.deviceProfileLib, line 998 isEqual = Math.abs((convertedValue as double) - (hubitatValue as double)) < 0.001 // library marker kkossev.deviceProfileLib, line 999 logTrace "compareAndConvertDecimals: tuyaValue=${tuyaValue} foundItem.scale=${foundItem.scale} convertedValue=${convertedValue} to hubitatValue=${hubitatValue} isEqual=${isEqual}" // library marker kkossev.deviceProfileLib, line 1000 return [isEqual, convertedValue] // library marker kkossev.deviceProfileLib, line 1001 } // library marker kkossev.deviceProfileLib, line 1002 /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 1004 List compareAndConvertEnumKeys(final Map foundItem, int tuyaValue, hubitatValue) { // library marker kkossev.deviceProfileLib, line 1005 //logTrace "compareAndConvertEnumKeys: tuyaValue=${tuyaValue} hubitatValue=${hubitatValue}" // library marker kkossev.deviceProfileLib, line 1006 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1007 def convertedValue // library marker kkossev.deviceProfileLib, line 1008 if (foundItem?.scale == null || foundItem?.scale == 0 || foundItem?.scale == 1) { // library marker kkossev.deviceProfileLib, line 1009 convertedValue = tuyaValue as int // library marker kkossev.deviceProfileLib, line 1010 isEqual = ((convertedValue as int) == (safeToInt(hubitatValue))) // library marker kkossev.deviceProfileLib, line 1011 } // library marker kkossev.deviceProfileLib, line 1012 else { // scaled value - divide by scale // library marker kkossev.deviceProfileLib, line 1013 double hubitatSafeValue = safeToDouble(hubitatValue, -1.0) // library marker kkossev.deviceProfileLib, line 1014 convertedValue = (tuyaValue as double) / (foundItem.scale as double) // library marker kkossev.deviceProfileLib, line 1015 if (hubitatSafeValue == -1.0) { // library marker kkossev.deviceProfileLib, line 1016 isEqual = false // library marker kkossev.deviceProfileLib, line 1017 } // library marker kkossev.deviceProfileLib, line 1018 else { // compare as double (float) // library marker kkossev.deviceProfileLib, line 1019 isEqual = Math.abs((convertedValue as double) - (hubitatSafeValue as double)) < 0.001 // library marker kkossev.deviceProfileLib, line 1020 } // library marker kkossev.deviceProfileLib, line 1021 } // library marker kkossev.deviceProfileLib, line 1022 //logTrace "compareAndConvertEnumKeys: tuyaValue=${tuyaValue} foundItem.scale=${foundItem.scale} convertedValue=${convertedValue} to hubitatValue=${hubitatValue} isEqual=${isEqual}" // library marker kkossev.deviceProfileLib, line 1023 return [isEqual, convertedValue] // library marker kkossev.deviceProfileLib, line 1024 } // library marker kkossev.deviceProfileLib, line 1025 /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef */ // library marker kkossev.deviceProfileLib, line 1027 List compareAndConvertTuyaToHubitatPreferenceValue(final Map foundItem, fncmd, preference) { // library marker kkossev.deviceProfileLib, line 1028 if (foundItem == null || fncmd == null || preference == null) { return [true, 'none'] } // library marker kkossev.deviceProfileLib, line 1029 if (foundItem?.type == null) { return [true, 'none'] } // library marker kkossev.deviceProfileLib, line 1030 boolean isEqual // library marker kkossev.deviceProfileLib, line 1031 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1032 def tuyaValueScaled // could be integer or float // library marker kkossev.deviceProfileLib, line 1033 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1034 def preferenceValue = settings[foundItem.name] // library marker kkossev.deviceProfileLib, line 1035 switch (foundItem.type) { // library marker kkossev.deviceProfileLib, line 1036 case 'bool' : // [0:"OFF", 1:"ON"] // library marker kkossev.deviceProfileLib, line 1037 (isEqual, tuyaValueScaled) = compareAndConvertNumbers(foundItem, safeToInt(fncmd), safeToInt(preference)) // library marker kkossev.deviceProfileLib, line 1038 logTrace "compareAndConvertTuyaToHubitatPreferenceValue: bool: preference = ${preference} type=${foundItem.type} foundItem=${foundItem.name} isEqual=${isEqual} preferenceValue=${preferenceValue} tuyaValueScaled=${tuyaValueScaled} fncmd=${fncmd}" // library marker kkossev.deviceProfileLib, line 1039 break // library marker kkossev.deviceProfileLib, line 1040 case 'enum' : // [0:"inactive", 1:"active"] map:['75': '0.75 meters', '150': '1.50 meters', '225': '2.25 meters'] // library marker kkossev.deviceProfileLib, line 1041 Integer scale = (foundItem.scale ?: 0 ) as int // library marker kkossev.deviceProfileLib, line 1042 if (scale != null && scale != 0 && scale != 1) { // library marker kkossev.deviceProfileLib, line 1043 preferenceValue = preferenceValue.toString().replace('[', '').replace(']', '') // library marker kkossev.deviceProfileLib, line 1044 /* groovylint-disable-next-line ParameterReassignment */ // library marker kkossev.deviceProfileLib, line 1045 preference = preference.toString().replace('[', '').replace(']', '') // library marker kkossev.deviceProfileLib, line 1046 logTrace "compareAndConvertTuyaToHubitatPreferenceValue: enum: scale=${scale} fncmd=${fncmd} preference=${preference} preferenceValue=${preferenceValue} safeToDouble(fncmd)=${safeToDouble(fncmd)} safeToDouble(preference)=${safeToDouble(preference)}" // library marker kkossev.deviceProfileLib, line 1047 (isEqual, tuyaValueScaled) = compareAndConvertDecimals(foundItem, safeToDouble(fncmd), safeToDouble(preference)) // library marker kkossev.deviceProfileLib, line 1048 } // library marker kkossev.deviceProfileLib, line 1049 else { // library marker kkossev.deviceProfileLib, line 1050 (isEqual, tuyaValueScaled) = compareAndConvertNumbers(foundItem, safeToInt(fncmd), safeToInt(preference)) // library marker kkossev.deviceProfileLib, line 1051 } // library marker kkossev.deviceProfileLib, line 1052 logTrace "compareAndConvertTuyaToHubitatPreferenceValue: enum: preference = ${preference} type=${foundItem.type} foundItem=${foundItem.name} isEqual=${isEqual} preferenceValue=${preferenceValue} tuyaValueScaled=${tuyaValueScaled} fncmd=${fncmd}" // library marker kkossev.deviceProfileLib, line 1053 break // library marker kkossev.deviceProfileLib, line 1054 case 'value' : // depends on foundItem.scale // library marker kkossev.deviceProfileLib, line 1055 case 'number' : // library marker kkossev.deviceProfileLib, line 1056 (isEqual, tuyaValueScaled) = compareAndConvertNumbers(foundItem, safeToInt(fncmd), safeToInt(preference)) // library marker kkossev.deviceProfileLib, line 1057 logTrace "tuyaValue=${tuyaValue} tuyaValueScaled=${tuyaValueScaled} preferenceValue = ${preference} isEqual=${isEqual}" // library marker kkossev.deviceProfileLib, line 1058 break // library marker kkossev.deviceProfileLib, line 1059 case 'decimal' : // library marker kkossev.deviceProfileLib, line 1060 (isEqual, tuyaValueScaled) = compareAndConvertDecimals(foundItem, safeToDouble(fncmd), safeToDouble(preference)) // library marker kkossev.deviceProfileLib, line 1061 logTrace "comparing as float tuyaValue=${tuyaValue} foundItem.scale=${foundItem.scale} tuyaValueScaled=${tuyaValueScaled} to preferenceValue = ${preference}" // library marker kkossev.deviceProfileLib, line 1062 break // library marker kkossev.deviceProfileLib, line 1063 default : // library marker kkossev.deviceProfileLib, line 1064 logDebug 'compareAndConvertTuyaToHubitatPreferenceValue: unsupported type %{foundItem.type}' // library marker kkossev.deviceProfileLib, line 1065 return [true, 'none'] // fallback - assume equal // library marker kkossev.deviceProfileLib, line 1066 } // library marker kkossev.deviceProfileLib, line 1067 if (isEqual == false) { // library marker kkossev.deviceProfileLib, line 1068 logDebug "compareAndConvertTuyaToHubitatPreferenceValue: preference = ${preference} type=${foundItem.type} foundItem=${foundItem.name} isEqual=${isEqual} tuyaValueScaled=${tuyaValueScaled} (scale=${foundItem.scale}) fncmd=${fncmd}" // library marker kkossev.deviceProfileLib, line 1069 } // library marker kkossev.deviceProfileLib, line 1070 // // library marker kkossev.deviceProfileLib, line 1071 return [isEqual, tuyaValueScaled] // library marker kkossev.deviceProfileLib, line 1072 } // library marker kkossev.deviceProfileLib, line 1073 // // library marker kkossev.deviceProfileLib, line 1075 // called from process TuyaDP from DeviceProfile() // library marker kkossev.deviceProfileLib, line 1076 // compares the value of the DP foundItem against a Preference with the same name // library marker kkossev.deviceProfileLib, line 1077 // returns: (two results!) // library marker kkossev.deviceProfileLib, line 1078 // isEqual : true - if the Tuya DP value equals to the DP calculated value (no need to update the preference) // library marker kkossev.deviceProfileLib, line 1079 // : true - if a preference with the same name does not exist (no preference value to update) // library marker kkossev.deviceProfileLib, line 1080 // isEqual : false - the reported DP value is different than the corresponding preference (the preference needs to be updated!) // library marker kkossev.deviceProfileLib, line 1081 // // library marker kkossev.deviceProfileLib, line 1082 // hubitatEventValue - the converted DP value, scaled (divided by the scale factor) to match the corresponding preference type value // library marker kkossev.deviceProfileLib, line 1083 // // library marker kkossev.deviceProfileLib, line 1084 // TODO: refactor! // library marker kkossev.deviceProfileLib, line 1085 // // library marker kkossev.deviceProfileLib, line 1086 /* groovylint-disable-next-line MethodParameterTypeRequired, NoDef, UnusedMethodParameter */ // library marker kkossev.deviceProfileLib, line 1087 List compareAndConvertTuyaToHubitatEventValue(Map foundItem, int fncmd, boolean doNotTrace=false) { // library marker kkossev.deviceProfileLib, line 1088 if (foundItem == null) { return [true, 'none'] } // library marker kkossev.deviceProfileLib, line 1089 if (foundItem.type == null) { return [true, 'none'] } // library marker kkossev.deviceProfileLib, line 1090 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1091 def hubitatEventValue // could be integer or float or string // library marker kkossev.deviceProfileLib, line 1092 boolean isEqual // library marker kkossev.deviceProfileLib, line 1093 switch (foundItem.type) { // library marker kkossev.deviceProfileLib, line 1094 case 'bool' : // [0:"OFF", 1:"ON"] // library marker kkossev.deviceProfileLib, line 1095 (isEqual, hubitatEventValue) = compareAndConvertStrings(foundItem, foundItem.map[fncmd as int] ?: 'unknown', device.currentValue(foundItem.name) ?: 'unknown') // library marker kkossev.deviceProfileLib, line 1096 break // library marker kkossev.deviceProfileLib, line 1097 case 'enum' : // [0:"inactive", 1:"active"] foundItem.map=[75:0.75 meters, 150:1.50 meters, 225:2.25 meters, 300:3.00 meters, 375:3.75 meters, 450:4.50 meters] // library marker kkossev.deviceProfileLib, line 1098 logTrace "compareAndConvertTuyaToHubitatEventValue: enum: foundItem.scale=${foundItem.scale}, fncmd=${fncmd}, device.currentValue(${foundItem.name})=${(device.currentValue(foundItem.name))} map=${foundItem.map}" // library marker kkossev.deviceProfileLib, line 1099 Object latestEvent = device.currentState(foundItem.name) // library marker kkossev.deviceProfileLib, line 1100 String dataType = latestEvent?.dataType // library marker kkossev.deviceProfileLib, line 1101 logTrace "latestEvent is ${latestEvent} dataType is ${dataType}" // library marker kkossev.deviceProfileLib, line 1102 // if the attribute is of a type enum, the value is a string. Compare the string values! // library marker kkossev.deviceProfileLib, line 1103 if (dataType == null || dataType == 'ENUM') { // library marker kkossev.deviceProfileLib, line 1104 (isEqual, hubitatEventValue) = compareAndConvertStrings(foundItem, foundItem.map[fncmd as int] ?: 'unknown', device.currentValue(foundItem.name) ?: 'unknown') // library marker kkossev.deviceProfileLib, line 1105 } // library marker kkossev.deviceProfileLib, line 1106 else { // library marker kkossev.deviceProfileLib, line 1107 (isEqual, hubitatEventValue) = compareAndConvertEnumKeys(foundItem, fncmd, device.currentValue(foundItem.name)) // library marker kkossev.deviceProfileLib, line 1108 } // library marker kkossev.deviceProfileLib, line 1109 logTrace "compareAndConvertTuyaToHubitatEventValue: after compareAndConvertStrings: isEqual=${isEqual} hubitatEventValue=${hubitatEventValue}" // library marker kkossev.deviceProfileLib, line 1110 break // library marker kkossev.deviceProfileLib, line 1111 case 'value' : // depends on foundItem.scale // library marker kkossev.deviceProfileLib, line 1112 case 'number' : // library marker kkossev.deviceProfileLib, line 1113 //logTrace "compareAndConvertTuyaToHubitatEventValue: foundItem.scale=${foundItem.scale} fncmd=${fncmd} device.currentValue(${foundItem.name})=${(device.currentValue(foundItem.name))}" // library marker kkossev.deviceProfileLib, line 1114 (isEqual, hubitatEventValue) = compareAndConvertNumbers(foundItem, safeToInt(fncmd), safeToInt(device.currentValue(foundItem.name))) // library marker kkossev.deviceProfileLib, line 1115 break // library marker kkossev.deviceProfileLib, line 1116 case 'decimal' : // library marker kkossev.deviceProfileLib, line 1117 (isEqual, hubitatEventValue) = compareAndConvertDecimals(foundItem, safeToDouble(fncmd), safeToDouble(device.currentValue(foundItem.name))) // library marker kkossev.deviceProfileLib, line 1118 break // library marker kkossev.deviceProfileLib, line 1119 default : // library marker kkossev.deviceProfileLib, line 1120 logDebug 'compareAndConvertTuyaToHubitatEventValue: unsupported dpType %{foundItem.type}' // library marker kkossev.deviceProfileLib, line 1121 return [true, 'none'] // fallback - assume equal // library marker kkossev.deviceProfileLib, line 1122 } // library marker kkossev.deviceProfileLib, line 1123 //if (!doNotTrace) log.trace "foundItem=${foundItem.name} isEqual=${isEqual} attrValue=${attrValue} fncmd=${fncmd} foundItem.scale=${foundItem.scale } valueScaled=${valueScaled} " // library marker kkossev.deviceProfileLib, line 1124 return [isEqual, hubitatEventValue] // library marker kkossev.deviceProfileLib, line 1125 } // library marker kkossev.deviceProfileLib, line 1126 public Integer preProc(final Map foundItem, int fncmd_orig) { // library marker kkossev.deviceProfileLib, line 1128 Integer fncmd = fncmd_orig // library marker kkossev.deviceProfileLib, line 1129 if (foundItem == null) { return fncmd } // library marker kkossev.deviceProfileLib, line 1130 if (foundItem.preProc == null) { return fncmd } // library marker kkossev.deviceProfileLib, line 1131 String preProcFunction = foundItem.preProc // library marker kkossev.deviceProfileLib, line 1132 //logDebug "preProc: foundItem.preProc = ${preProcFunction}" // library marker kkossev.deviceProfileLib, line 1133 // check if preProc method exists // library marker kkossev.deviceProfileLib, line 1134 if (!this.respondsTo(preProcFunction)) { // library marker kkossev.deviceProfileLib, line 1135 logDebug "preProc: function ${preProcFunction} not found" // library marker kkossev.deviceProfileLib, line 1136 return fncmd_orig // library marker kkossev.deviceProfileLib, line 1137 } // library marker kkossev.deviceProfileLib, line 1138 // execute the preProc function // library marker kkossev.deviceProfileLib, line 1139 try { // library marker kkossev.deviceProfileLib, line 1140 fncmd = "$preProcFunction"(fncmd_orig) // library marker kkossev.deviceProfileLib, line 1141 } // library marker kkossev.deviceProfileLib, line 1142 catch (e) { // library marker kkossev.deviceProfileLib, line 1143 logWarn "preProc: Exception '${e}' caught while processing $preProcFunction($fncmd_orig) (val=${fncmd}))" // library marker kkossev.deviceProfileLib, line 1144 return fncmd_orig // library marker kkossev.deviceProfileLib, line 1145 } // library marker kkossev.deviceProfileLib, line 1146 //logDebug "setFunction result is ${fncmd}" // library marker kkossev.deviceProfileLib, line 1147 return fncmd // library marker kkossev.deviceProfileLib, line 1148 } // library marker kkossev.deviceProfileLib, line 1149 // TODO: refactor! // library marker kkossev.deviceProfileLib, line 1151 // called from custom drivers (customParseE002Cluster customParseFC11Cluster customParseOccupancyCluster ...) // library marker kkossev.deviceProfileLib, line 1152 // returns true if the DP was processed successfully, false otherwise. // library marker kkossev.deviceProfileLib, line 1153 public boolean processClusterAttributeFromDeviceProfile(final Map descMap) { // library marker kkossev.deviceProfileLib, line 1154 logTrace "processClusterAttributeFromDeviceProfile: descMap = ${descMap}" // library marker kkossev.deviceProfileLib, line 1155 if (state.deviceProfile == null) { logTrace 'state.deviceProfile is missing!'; return false } // library marker kkossev.deviceProfileLib, line 1156 if (descMap == null || descMap == [:] || descMap.cluster == null || descMap.attrId == null || descMap.value == null) { logTrace 'descMap is missing cluster, attribute or value!'; return false } // library marker kkossev.deviceProfileLib, line 1157 List attribMap = deviceProfilesV3[state.deviceProfile]?.attributes // library marker kkossev.deviceProfileLib, line 1159 if (attribMap == null || attribMap?.isEmpty()) { return false } // no any attributes are defined in the Device Profile // library marker kkossev.deviceProfileLib, line 1160 String clusterAttribute = "0x${descMap.cluster}:0x${descMap.attrId}" // library marker kkossev.deviceProfileLib, line 1162 int value // library marker kkossev.deviceProfileLib, line 1163 try { // library marker kkossev.deviceProfileLib, line 1164 value = hexStrToUnsignedInt(descMap.value) // library marker kkossev.deviceProfileLib, line 1165 } // library marker kkossev.deviceProfileLib, line 1166 catch (e) { // library marker kkossev.deviceProfileLib, line 1167 logWarn "processClusterAttributeFromDeviceProfile: exception ${e} caught while converting hex value ${descMap.value} to integer" // library marker kkossev.deviceProfileLib, line 1168 return false // library marker kkossev.deviceProfileLib, line 1169 } // library marker kkossev.deviceProfileLib, line 1170 Map foundItem = attribMap.find { it['at'] == clusterAttribute } // library marker kkossev.deviceProfileLib, line 1171 if (foundItem == null || foundItem == [:]) { // library marker kkossev.deviceProfileLib, line 1172 // clusterAttribute was not found into the attributes list for this particular deviceProfile // library marker kkossev.deviceProfileLib, line 1173 // updateStateUnknownclusterAttribute(descMap) // library marker kkossev.deviceProfileLib, line 1174 // continue processing the descMap report in the old code ... // library marker kkossev.deviceProfileLib, line 1175 logTrace "processClusterAttributeFromDeviceProfile: clusterAttribute ${clusterAttribute} was not found in the attributes list for this deviceProfile ${DEVICE?.description}" // library marker kkossev.deviceProfileLib, line 1176 return false // library marker kkossev.deviceProfileLib, line 1177 } // library marker kkossev.deviceProfileLib, line 1178 value = convertSignedInts(value, foundItem) // library marker kkossev.deviceProfileLib, line 1179 return processFoundItem(descMap, foundItem, value, isSpammyDPsToNotTrace(descMap)) // library marker kkossev.deviceProfileLib, line 1180 } // library marker kkossev.deviceProfileLib, line 1181 /** // library marker kkossev.deviceProfileLib, line 1183 * Called from standardProcessTuyaDP method in commonLib // library marker kkossev.deviceProfileLib, line 1184 * // library marker kkossev.deviceProfileLib, line 1185 * Processes a Tuya DP (Data Point) received from the device, based on the device profile and its defined Tuya DPs. // library marker kkossev.deviceProfileLib, line 1186 * If a preference exists for the DP, it updates the preference value and sends an event if the DP is declared as an attribute. // library marker kkossev.deviceProfileLib, line 1187 * If no preference exists for the DP, it logs the DP value as an info message. // library marker kkossev.deviceProfileLib, line 1188 * If the DP is spammy (not needed for anything), it does not perform any further processing. // library marker kkossev.deviceProfileLib, line 1189 * // library marker kkossev.deviceProfileLib, line 1190 * @return true if the DP was processed successfully, false otherwise. // library marker kkossev.deviceProfileLib, line 1191 */ // library marker kkossev.deviceProfileLib, line 1192 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.deviceProfileLib, line 1193 public boolean processTuyaDPfromDeviceProfile(final Map descMap, final int dp, final int dp_id, final int fncmd_orig, final int dp_len) { // library marker kkossev.deviceProfileLib, line 1194 int fncmd = fncmd_orig // library marker kkossev.deviceProfileLib, line 1195 if (state.deviceProfile == null) { return false } // library marker kkossev.deviceProfileLib, line 1196 if (isSpammyDPsToIgnore(descMap)) { return true } // do not perform any further processing, if this is a spammy report that is not needed for anyhting (such as the LED status) // library marker kkossev.deviceProfileLib, line 1197 List tuyaDPsMap = deviceProfilesV3[state.deviceProfile]?.tuyaDPs // library marker kkossev.deviceProfileLib, line 1199 if (tuyaDPsMap == null || tuyaDPsMap == [:]) { return false } // no any Tuya DPs defined in the Device Profile // library marker kkossev.deviceProfileLib, line 1200 Map foundItem = tuyaDPsMap.find { it['dp'] == (dp as int) } // library marker kkossev.deviceProfileLib, line 1202 if (foundItem == null || foundItem == [:]) { // library marker kkossev.deviceProfileLib, line 1203 // DP was not found into the tuyaDPs list for this particular deviceProfile // library marker kkossev.deviceProfileLib, line 1204 // updateStateUnknownDPs(descMap, dp, dp_id, fncmd, dp_len) // TODO !!!!!!!!!!!!!!!!!!!!!!!!!!!! // library marker kkossev.deviceProfileLib, line 1205 // continue processing the DP report in the old code ... // library marker kkossev.deviceProfileLib, line 1206 return false // library marker kkossev.deviceProfileLib, line 1207 } // library marker kkossev.deviceProfileLib, line 1208 return processFoundItem(descMap, foundItem, fncmd, isSpammyDPsToNotTrace(descMap)) // library marker kkossev.deviceProfileLib, line 1209 } // library marker kkossev.deviceProfileLib, line 1210 /* // library marker kkossev.deviceProfileLib, line 1212 * deviceProfile DP processor : updates the preference value and calls a custom handler or sends an event if the DP is declared as an attribute in the device profile // library marker kkossev.deviceProfileLib, line 1213 */ // library marker kkossev.deviceProfileLib, line 1214 private boolean processFoundItem(final Map descMap, final Map foundItem, int value, boolean doNotTrace = false) { // library marker kkossev.deviceProfileLib, line 1215 if (foundItem == null) { return false } // library marker kkossev.deviceProfileLib, line 1216 // added 10/31/2023 - preProc the attribute value if needed // library marker kkossev.deviceProfileLib, line 1217 if (foundItem.preProc != null) { // library marker kkossev.deviceProfileLib, line 1218 /* groovylint-disable-next-line ParameterReassignment */ // library marker kkossev.deviceProfileLib, line 1219 Integer preProcValue = preProc(foundItem, value) // library marker kkossev.deviceProfileLib, line 1220 if (preProcValue == null) { logDebug "processFoundItem: preProc returned null for ${foundItem.name} value ${value} -> further processing is skipped!" ; return true } // library marker kkossev.deviceProfileLib, line 1221 if (preProcValue != value) { // library marker kkossev.deviceProfileLib, line 1222 logDebug "processFoundItem: preProc changed ${foundItem.name} value to ${preProcValue}" // library marker kkossev.deviceProfileLib, line 1223 /* groovylint-disable-next-line ParameterReassignment */ // library marker kkossev.deviceProfileLib, line 1224 value = preProcValue as int // library marker kkossev.deviceProfileLib, line 1225 } // library marker kkossev.deviceProfileLib, line 1226 } // library marker kkossev.deviceProfileLib, line 1227 else { logTrace "processFoundItem: no preProc for ${foundItem.name}" } // library marker kkossev.deviceProfileLib, line 1228 String name = foundItem.name // preference name as in the attributes map // library marker kkossev.deviceProfileLib, line 1230 String existingPrefValue = settings[foundItem.name] ?: 'none' // existing preference value // library marker kkossev.deviceProfileLib, line 1231 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1232 def preferenceValue = null // preference value // library marker kkossev.deviceProfileLib, line 1233 //log.trace "settings=${settings}" // library marker kkossev.deviceProfileLib, line 1234 boolean preferenceExists = (DEVICE?.preferences != null && !DEVICE?.preferences?.isEmpty()) ? DEVICE?.preferences?.containsKey(foundItem.name) : false // check if there is an existing preference for this clusterAttribute // library marker kkossev.deviceProfileLib, line 1235 //log.trace "preferenceExists=${preferenceExists}" // library marker kkossev.deviceProfileLib, line 1236 boolean isAttribute = device.hasAttribute(foundItem.name) // check if there is such a attribute for this clusterAttribute // library marker kkossev.deviceProfileLib, line 1237 boolean isEqual = false // library marker kkossev.deviceProfileLib, line 1238 boolean wasChanged = false // library marker kkossev.deviceProfileLib, line 1239 if (!doNotTrace) { logTrace "processFoundItem: name=${foundItem.name}, isAttribute=${isAttribute}, preferenceExists=${preferenceExists}, existingPrefValue=${existingPrefValue} (type ${foundItem.type}, rw=${foundItem.rw}) value is ${value} (description: ${foundItem.description})" } // library marker kkossev.deviceProfileLib, line 1240 // check if the clusterAttribute has the same value as the last one, or the value has changed // library marker kkossev.deviceProfileLib, line 1241 // the previous value may be stored in an attribute, as a preference, as both attribute and preference or not stored anywhere ... // library marker kkossev.deviceProfileLib, line 1242 String unitText = foundItem.unit != null ? "$foundItem.unit" : '' // library marker kkossev.deviceProfileLib, line 1243 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1244 def valueScaled // can be number or decimal or string // library marker kkossev.deviceProfileLib, line 1245 String descText = descText = "${name} is ${value} ${unitText}" // the default description text for log events // library marker kkossev.deviceProfileLib, line 1246 // TODO - check if clusterAttribute is in the list of the received state.attributes - then we have something to compare ! // library marker kkossev.deviceProfileLib, line 1248 if (!isAttribute && !preferenceExists) { // if the previous value of this clusterAttribute is not stored anywhere - just seend an Info log if Debug is enabled // library marker kkossev.deviceProfileLib, line 1249 if (!doNotTrace) { // only if the clusterAttribute is not in the spammy list // library marker kkossev.deviceProfileLib, line 1250 logTrace "processFoundItem: no preference or attribute for ${name} - just log the value, if not equal to the last one..." // library marker kkossev.deviceProfileLib, line 1251 // TODO - scaledValue ????? TODO! // library marker kkossev.deviceProfileLib, line 1252 descText = "${name} is ${value} ${unitText}" // library marker kkossev.deviceProfileLib, line 1253 if (settings.logEnable) { logInfo "${descText }" } // only when Debug is enabled! // library marker kkossev.deviceProfileLib, line 1254 } // library marker kkossev.deviceProfileLib, line 1255 return true // no more processing is needed, as this clusterAttribute is NOT a preference and NOT an attribute // library marker kkossev.deviceProfileLib, line 1256 } // library marker kkossev.deviceProfileLib, line 1257 // first, check if there is a preference defined in the deviceProfileV3 to be updated // library marker kkossev.deviceProfileLib, line 1259 if (preferenceExists && !doNotTrace) { // do not even try to automatically update the preference if it is in the spammy list! - added 04/23/2024 // library marker kkossev.deviceProfileLib, line 1260 // preference exists and its's value is extracted // library marker kkossev.deviceProfileLib, line 1261 (isEqual, preferenceValue) = compareAndConvertTuyaToHubitatPreferenceValue(foundItem, value, existingPrefValue) // library marker kkossev.deviceProfileLib, line 1262 logTrace "processFoundItem: preference '${name}' exists with existingPrefValue ${existingPrefValue} (type ${foundItem.type}) -> isEqual=${isEqual} preferenceValue=${preferenceValue}" // library marker kkossev.deviceProfileLib, line 1263 if (isEqual == true) { // the preference is not changed - do nothing // library marker kkossev.deviceProfileLib, line 1264 //log.trace "doNotTrace=${doNotTrace} isSpammyDeviceProfile=${isSpammyDeviceProfile()}" // library marker kkossev.deviceProfileLib, line 1265 if (!(doNotTrace || isSpammyDeviceProfile())) { // the clusterAttribute value is the same as the preference value - no need to update the preference // library marker kkossev.deviceProfileLib, line 1266 logDebug "processFoundItem: no change: preference '${name}' existingPrefValue ${existingPrefValue} equals scaled value ${preferenceValue} (clusterAttribute raw value ${value})" // library marker kkossev.deviceProfileLib, line 1267 } // library marker kkossev.deviceProfileLib, line 1268 } // library marker kkossev.deviceProfileLib, line 1269 else { // the preferences has changed - update it! // library marker kkossev.deviceProfileLib, line 1270 String scaledPreferenceValue = preferenceValue // library marker kkossev.deviceProfileLib, line 1271 if (foundItem.type == 'enum' && foundItem.scale != null && foundItem.scale != 0 && foundItem.scale != 1) { // library marker kkossev.deviceProfileLib, line 1272 scaledPreferenceValue = ((preferenceValue * safeToInt(foundItem.scale)) as int).toString() // library marker kkossev.deviceProfileLib, line 1273 } // library marker kkossev.deviceProfileLib, line 1274 logDebug "processFoundItem: preference '${name}' value ${existingPrefValue} differs from the new scaled value ${preferenceValue} (clusterAttribute raw value ${value})" // library marker kkossev.deviceProfileLib, line 1275 if (settings.logEnable) { logInfo "updating the preference '${name}' from ${existingPrefValue} to ${preferenceValue} (scaledPreferenceValue=${scaledPreferenceValue}, type=${foundItem.type})" } // library marker kkossev.deviceProfileLib, line 1276 try { // library marker kkossev.deviceProfileLib, line 1277 device.updateSetting("${name}", [value:scaledPreferenceValue, type:foundItem.type]) // library marker kkossev.deviceProfileLib, line 1278 wasChanged = true // library marker kkossev.deviceProfileLib, line 1279 } // library marker kkossev.deviceProfileLib, line 1280 catch (e) { // library marker kkossev.deviceProfileLib, line 1281 logWarn "exception ${e} caught while updating preference ${name} to ${preferenceValue}, type ${foundItem.type}" // library marker kkossev.deviceProfileLib, line 1282 } // library marker kkossev.deviceProfileLib, line 1283 } // library marker kkossev.deviceProfileLib, line 1284 } // library marker kkossev.deviceProfileLib, line 1285 else { // no preference exists for this clusterAttribute // library marker kkossev.deviceProfileLib, line 1286 // if not in the spammy list - log it! // library marker kkossev.deviceProfileLib, line 1287 unitText = foundItem.unit != null ? "$foundItem.unit" : '' // TODO - check if unitText must be declared here or outside the if block // library marker kkossev.deviceProfileLib, line 1288 //logInfo "${name} is ${value} ${unitText}" // library marker kkossev.deviceProfileLib, line 1289 } // library marker kkossev.deviceProfileLib, line 1290 // second, send an event if this is declared as an attribute! // library marker kkossev.deviceProfileLib, line 1292 if (isAttribute) { // this clusterAttribute has an attribute that must be sent in an Event // library marker kkossev.deviceProfileLib, line 1293 (isEqual, valueScaled) = compareAndConvertTuyaToHubitatEventValue(foundItem, value, doNotTrace) // library marker kkossev.deviceProfileLib, line 1294 if (isEqual == false) { logTrace "attribute '${name}' exists (type ${foundItem.type}), value ${value} -> isEqual=${isEqual} valueScaled=${valueScaled} wasChanged=${wasChanged}" } // library marker kkossev.deviceProfileLib, line 1295 descText = "${name} is ${valueScaled} ${unitText}" // library marker kkossev.deviceProfileLib, line 1296 if (settings?.logEnable == true) { descText += " (raw:${value})" } // library marker kkossev.deviceProfileLib, line 1297 if (state.states != null && state.states['isRefresh'] == true) { descText += ' [refresh]' } // library marker kkossev.deviceProfileLib, line 1298 if (isEqual && !wasChanged) { // this DP report has the same value as the last one - just send a debug log and move along! // library marker kkossev.deviceProfileLib, line 1299 if (!doNotTrace) { // library marker kkossev.deviceProfileLib, line 1300 if (settings.logEnable) { logDebug "${descText } (no change)" } // library marker kkossev.deviceProfileLib, line 1301 } // library marker kkossev.deviceProfileLib, line 1302 if (foundItem.processDuplicated == true) { // library marker kkossev.deviceProfileLib, line 1303 logDebug 'processDuplicated=true -> continue' // library marker kkossev.deviceProfileLib, line 1304 } // library marker kkossev.deviceProfileLib, line 1305 // patch for inverted motion sensor 2-in-1 // library marker kkossev.deviceProfileLib, line 1307 if (name == 'motion' && is2in1()) { // TODO - remove the patch !! // library marker kkossev.deviceProfileLib, line 1308 logDebug 'patch for inverted motion sensor 2-in-1' // library marker kkossev.deviceProfileLib, line 1309 // continue ... // library marker kkossev.deviceProfileLib, line 1310 } // library marker kkossev.deviceProfileLib, line 1311 else { // library marker kkossev.deviceProfileLib, line 1313 if (state.states != null && state.states['isRefresh'] == true) { // library marker kkossev.deviceProfileLib, line 1314 logTrace 'isRefresh = true - continue and send an event, although there was no change...' // library marker kkossev.deviceProfileLib, line 1315 } // library marker kkossev.deviceProfileLib, line 1316 else { // library marker kkossev.deviceProfileLib, line 1317 //log.trace "should not be here !!!!!!!!!!" // library marker kkossev.deviceProfileLib, line 1318 return true // we are done (if there was potentially a preference, it should be already set to the same value) // library marker kkossev.deviceProfileLib, line 1319 } // library marker kkossev.deviceProfileLib, line 1320 } // library marker kkossev.deviceProfileLib, line 1321 } // library marker kkossev.deviceProfileLib, line 1322 // clusterAttribute value (value) is not equal to the attribute last value or was changed- we must send an update event! // library marker kkossev.deviceProfileLib, line 1324 int divider = safeToInt(foundItem.scale ?: 1) ?: 1 // library marker kkossev.deviceProfileLib, line 1325 float valueCorrected = value / divider // library marker kkossev.deviceProfileLib, line 1326 if (!doNotTrace) { logTrace "value=${value} foundItem.scale=${foundItem.scale} divider=${divider} valueCorrected=${valueCorrected}" } // library marker kkossev.deviceProfileLib, line 1327 // process the events in the device specific driver.. // library marker kkossev.deviceProfileLib, line 1328 if (this.respondsTo('customProcessDeviceProfileEvent')) { // library marker kkossev.deviceProfileLib, line 1329 customProcessDeviceProfileEvent(descMap, name, valueScaled, unitText, descText) // used in Zigbee_TRV // library marker kkossev.deviceProfileLib, line 1330 } // library marker kkossev.deviceProfileLib, line 1331 else { // library marker kkossev.deviceProfileLib, line 1332 // no custom handler - send the event as usual // library marker kkossev.deviceProfileLib, line 1333 sendEvent(name : name, value : valueScaled, unit:unitText, descriptionText: descText, type: 'physical', isStateChange: true) // attribute value is changed - send an event ! // library marker kkossev.deviceProfileLib, line 1334 if (!doNotTrace) { // library marker kkossev.deviceProfileLib, line 1335 logTrace "event ${name} sent w/ valueScaled ${valueScaled}" // library marker kkossev.deviceProfileLib, line 1336 logInfo "${descText}" // TODO - send info log only if the value has changed? // TODO - check whether Info log will be sent also for spammy clusterAttribute ? // library marker kkossev.deviceProfileLib, line 1337 } // library marker kkossev.deviceProfileLib, line 1338 } // library marker kkossev.deviceProfileLib, line 1339 } // library marker kkossev.deviceProfileLib, line 1340 return true // all processing was done here! // library marker kkossev.deviceProfileLib, line 1341 } // library marker kkossev.deviceProfileLib, line 1342 // not used ? (except for debugging)? TODO // library marker kkossev.deviceProfileLib, line 1344 public boolean validateAndFixPreferences(String debugStr) { return validateAndFixPreferences(debugStr.toBoolean() as boolean) } // library marker kkossev.deviceProfileLib, line 1345 public boolean validateAndFixPreferences(boolean debug=false) { // library marker kkossev.deviceProfileLib, line 1346 //debug = true // library marker kkossev.deviceProfileLib, line 1347 if (debug) { logTrace "validateAndFixPreferences: preferences=${DEVICE?.preferences}" } // library marker kkossev.deviceProfileLib, line 1348 if (DEVICE?.preferences == null || DEVICE?.preferences == [:]) { logDebug "validateAndFixPreferences: no preferences defined for device profile ${getDeviceProfile()}" ; return false } // library marker kkossev.deviceProfileLib, line 1349 int validationFailures = 0, validationFixes = 0, total = 0 // library marker kkossev.deviceProfileLib, line 1350 /* groovylint-disable-next-line NoDef, VariableTypeRequired */ // library marker kkossev.deviceProfileLib, line 1351 def oldSettingValue, newValue // library marker kkossev.deviceProfileLib, line 1352 String settingType = '' // library marker kkossev.deviceProfileLib, line 1353 DEVICE?.preferences.each { // library marker kkossev.deviceProfileLib, line 1354 Map foundMap = getPreferencesMapByName(it.key) // library marker kkossev.deviceProfileLib, line 1355 if (foundMap == null || foundMap == [:]) { logDebug "validateAndFixPreferences: map not found for preference ${it.key}" ; return false } // library marker kkossev.deviceProfileLib, line 1356 settingType = device.getSettingType(it.key) ; oldSettingValue = device.getSetting(it.key) // library marker kkossev.deviceProfileLib, line 1357 if (settingType == null) { logDebug "validateAndFixPreferences: settingType not found for preference ${it.key}" ; return false } // library marker kkossev.deviceProfileLib, line 1358 if (debug) { logTrace "validateAndFixPreferences: preference ${it.key} (dp=${it.value}) oldSettingValue = ${oldSettingValue} mapType = ${foundMap.type} settingType=${settingType}" } // library marker kkossev.deviceProfileLib, line 1359 if (foundMap.type != settingType) { // library marker kkossev.deviceProfileLib, line 1360 logDebug "validateAndFixPreferences: preference ${it.key} (dp=${it.value}) new mapType = ${foundMap.type} differs from the old settingType=${settingType} (oldSettingValue = ${oldSettingValue}) " // library marker kkossev.deviceProfileLib, line 1361 validationFailures ++ // library marker kkossev.deviceProfileLib, line 1362 // remove the setting and create a new one using the foundMap.type // library marker kkossev.deviceProfileLib, line 1363 try { // library marker kkossev.deviceProfileLib, line 1364 device.removeSetting(it.key) ; logDebug "validateAndFixPreferences: removing setting ${it.key}" // library marker kkossev.deviceProfileLib, line 1365 } catch (e) { // library marker kkossev.deviceProfileLib, line 1366 logWarn "validateAndFixPreferences: exception ${e} caught while removing setting ${it.key}" ; return false // library marker kkossev.deviceProfileLib, line 1367 } // library marker kkossev.deviceProfileLib, line 1368 // first, try to use the old setting value // library marker kkossev.deviceProfileLib, line 1369 try { // library marker kkossev.deviceProfileLib, line 1370 // correct the oldSettingValue type // library marker kkossev.deviceProfileLib, line 1371 if (foundMap.type == 'decimal') { newValue = oldSettingValue.toDouble() } // library marker kkossev.deviceProfileLib, line 1372 else if (foundMap.type == 'number') { newValue = oldSettingValue.toInteger() } // library marker kkossev.deviceProfileLib, line 1373 else if (foundMap.type == 'bool') { newValue = oldSettingValue == 'true' ? 1 : 0 } // library marker kkossev.deviceProfileLib, line 1374 else if (foundMap.type == 'enum') { // library marker kkossev.deviceProfileLib, line 1375 // check if the old settingValue was 'true' or 'false' and convert it to 1 or 0 // library marker kkossev.deviceProfileLib, line 1376 if (oldSettingValue == 'true' || oldSettingValue == 'false' || oldSettingValue == true || oldSettingValue == false) { // library marker kkossev.deviceProfileLib, line 1377 newValue = (oldSettingValue == 'true' || oldSettingValue == true) ? '1' : '0' // library marker kkossev.deviceProfileLib, line 1378 } // library marker kkossev.deviceProfileLib, line 1379 // check if there are any period chars in the foundMap.map string keys as String and format the settingValue as string with 2 decimals // library marker kkossev.deviceProfileLib, line 1380 else if (foundMap.map.keySet().toString().any { it.contains('.') }) { // library marker kkossev.deviceProfileLib, line 1381 newValue = String.format('%.2f', oldSettingValue) // library marker kkossev.deviceProfileLib, line 1382 } else { // library marker kkossev.deviceProfileLib, line 1383 // format the settingValue as a string of the integer value // library marker kkossev.deviceProfileLib, line 1384 newValue = String.format('%d', oldSettingValue) // library marker kkossev.deviceProfileLib, line 1385 } // library marker kkossev.deviceProfileLib, line 1386 } // library marker kkossev.deviceProfileLib, line 1387 device.updateSetting(it.key, [value:newValue, type:foundMap.type]) // library marker kkossev.deviceProfileLib, line 1388 logDebug "validateAndFixPreferences: removed and updated setting ${it.key} from old type ${settingType} to new type ${foundMap.type} with the old value ${oldSettingValue} to new value ${newValue}" // library marker kkossev.deviceProfileLib, line 1389 validationFixes ++ // library marker kkossev.deviceProfileLib, line 1390 } // library marker kkossev.deviceProfileLib, line 1391 catch (e) { // library marker kkossev.deviceProfileLib, line 1392 logWarn "validateAndFixPreferences: exception '${e}' caught while creating setting ${it.key} with type ${foundMap.type} to new type ${foundMap.type} with the old value ${oldSettingValue} to new value ${newValue}" // library marker kkossev.deviceProfileLib, line 1393 // change the settingValue to the foundMap default value // library marker kkossev.deviceProfileLib, line 1394 try { // library marker kkossev.deviceProfileLib, line 1395 settingValue = foundMap.defVal // library marker kkossev.deviceProfileLib, line 1396 device.updateSetting(it.key, [value:settingValue, type:foundMap.type]) // library marker kkossev.deviceProfileLib, line 1397 logDebug "validateAndFixPreferences: updated setting ${it.key} from old type ${settingType} to new type ${foundMap.type} with default value ${newValue} " // library marker kkossev.deviceProfileLib, line 1398 validationFixes ++ // library marker kkossev.deviceProfileLib, line 1399 } catch (e2) { // library marker kkossev.deviceProfileLib, line 1400 logWarn "validateAndFixPreferences: exception '${e2}' caught while setting default value ... Giving up!" ; return false // library marker kkossev.deviceProfileLib, line 1401 } // library marker kkossev.deviceProfileLib, line 1402 } // library marker kkossev.deviceProfileLib, line 1403 } // library marker kkossev.deviceProfileLib, line 1404 total ++ // library marker kkossev.deviceProfileLib, line 1405 } // library marker kkossev.deviceProfileLib, line 1406 logDebug "validateAndFixPreferences: total = ${total} validationFailures = ${validationFailures} validationFixes = ${validationFixes}" // library marker kkossev.deviceProfileLib, line 1407 return true // library marker kkossev.deviceProfileLib, line 1408 } // library marker kkossev.deviceProfileLib, line 1409 // command for debugging // library marker kkossev.deviceProfileLib, line 1411 public void printFingerprints() { // library marker kkossev.deviceProfileLib, line 1412 deviceProfilesV3.each { profileName, profileMap -> // library marker kkossev.deviceProfileLib, line 1413 profileMap.fingerprints?.each { fingerprint -> // library marker kkossev.deviceProfileLib, line 1414 logInfo "${fingerprint}" // library marker kkossev.deviceProfileLib, line 1415 } // library marker kkossev.deviceProfileLib, line 1416 } // library marker kkossev.deviceProfileLib, line 1417 } // library marker kkossev.deviceProfileLib, line 1418 // command for debugging // library marker kkossev.deviceProfileLib, line 1420 public void printPreferences() { // library marker kkossev.deviceProfileLib, line 1421 logDebug "printPreferences: DEVICE?.preferences=${DEVICE?.preferences}" // library marker kkossev.deviceProfileLib, line 1422 if (DEVICE != null && DEVICE?.preferences != null && DEVICE?.preferences != [:] && DEVICE?.device?.isDepricated != true) { // library marker kkossev.deviceProfileLib, line 1423 (DEVICE?.preferences).each { key, value -> // library marker kkossev.deviceProfileLib, line 1424 Map inputMap = inputIt(key, true) // debug = true // library marker kkossev.deviceProfileLib, line 1425 if (inputMap != null && inputMap != [:]) { // library marker kkossev.deviceProfileLib, line 1426 log.trace inputMap // library marker kkossev.deviceProfileLib, line 1427 } // library marker kkossev.deviceProfileLib, line 1428 } // library marker kkossev.deviceProfileLib, line 1429 } // library marker kkossev.deviceProfileLib, line 1430 } // library marker kkossev.deviceProfileLib, line 1431 // ~~~~~ end include (142) kkossev.deviceProfileLib ~~~~~ // ~~~~~ start include (179) kkossev.thermostatLib ~~~~~ /* groovylint-disable CompileStatic, CouldBeSwitchStatement, DuplicateListLiteral, DuplicateNumberLiteral, DuplicateStringLiteral, ImplicitClosureParameter, ImplicitReturnStatement, Instanceof, LineLength, MethodCount, MethodSize, NoDouble, NoFloat, NoWildcardImports, ParameterCount, ParameterName, PublicMethodsBeforeNonPublicMethods, UnnecessaryElseStatement, UnnecessaryGetter, UnnecessaryPublicModifier, UnnecessarySetter, UnusedImport */ // library marker kkossev.thermostatLib, line 1 library( // library marker kkossev.thermostatLib, line 2 base: 'driver', author: 'Krassimir Kossev', category: 'zigbee', description: 'Zigbee Thermostat Library', name: 'thermostatLib', namespace: 'kkossev', // library marker kkossev.thermostatLib, line 3 importUrl: 'https://raw.githubusercontent.com/kkossev/hubitat/development/libraries/thermostatLib.groovy', documentationLink: '', // library marker kkossev.thermostatLib, line 4 version: '3.3.3') // library marker kkossev.thermostatLib, line 5 /* // library marker kkossev.thermostatLib, line 6 * Zigbee Thermostat Library // library marker kkossev.thermostatLib, line 7 * // library marker kkossev.thermostatLib, line 8 * Licensed Virtual the Apache License, Version 2.0 (the "License"); you may not use this file except // library marker kkossev.thermostatLib, line 9 * in compliance with the License. You may obtain a copy of the License at: // library marker kkossev.thermostatLib, line 10 * // library marker kkossev.thermostatLib, line 11 * http://www.apache.org/licenses/LICENSE-2.0 // library marker kkossev.thermostatLib, line 12 * // library marker kkossev.thermostatLib, line 13 * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed // library marker kkossev.thermostatLib, line 14 * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License // library marker kkossev.thermostatLib, line 15 * for the specific language governing permissions and limitations under the License. // library marker kkossev.thermostatLib, line 16 * // library marker kkossev.thermostatLib, line 17 * ver. 3.3.0 2024-06-09 kkossev - added thermostatLib.groovy // library marker kkossev.thermostatLib, line 18 * ver. 3.3.1 2024-06-16 kkossev - added factoryResetThermostat() command // library marker kkossev.thermostatLib, line 19 * ver. 3.3.2 2024-07-09 kkossev - release 3.3.2 // library marker kkossev.thermostatLib, line 20 * ver. 3.3.3 2024-09-01 kkossev - (dev.branch) // library marker kkossev.thermostatLib, line 21 * // library marker kkossev.thermostatLib, line 22 * TODO: add eco() method // library marker kkossev.thermostatLib, line 23 * TODO: refactor sendHeatingSetpointEvent // library marker kkossev.thermostatLib, line 24 */ // library marker kkossev.thermostatLib, line 25 public static String thermostatLibVersion() { '3.3.3' } // library marker kkossev.thermostatLib, line 27 public static String thermostatLibStamp() { '2024/09/01 10:44 AM' } // library marker kkossev.thermostatLib, line 28 metadata { // library marker kkossev.thermostatLib, line 30 capability 'Actuator' // also in onOffLib // library marker kkossev.thermostatLib, line 31 capability 'Sensor' // library marker kkossev.thermostatLib, line 32 capability 'Thermostat' // needed for HomeKit // library marker kkossev.thermostatLib, line 33 // coolingSetpoint - NUMBER; heatingSetpoint - NUMBER; supportedThermostatFanModes - JSON_OBJECT; supportedThermostatModes - JSON_OBJECT; temperature - NUMBER, unit:°F || °C; thermostatFanMode - ENUM ["on", "circulate", "auto"] // library marker kkossev.thermostatLib, line 34 // thermostatMode - ENUM ["auto", "off", "heat", "emergency heat", "cool"]; thermostatOperatingState - ENUM ["heating", "pending cool", "pending heat", "vent economizer", "idle", "cooling", "fan only"]; thermostatSetpoint - NUMBER, unit:°F || °C // library marker kkossev.thermostatLib, line 35 capability 'ThermostatHeatingSetpoint' // library marker kkossev.thermostatLib, line 36 capability 'ThermostatCoolingSetpoint' // library marker kkossev.thermostatLib, line 37 capability 'ThermostatOperatingState' // thermostatOperatingState - ENUM ["vent economizer", "pending cool", "cooling", "heating", "pending heat", "fan only", "idle"] // library marker kkossev.thermostatLib, line 38 capability 'ThermostatSetpoint' // library marker kkossev.thermostatLib, line 39 capability 'ThermostatMode' // library marker kkossev.thermostatLib, line 40 capability 'ThermostatFanMode' // library marker kkossev.thermostatLib, line 41 // no attributes // library marker kkossev.thermostatLib, line 42 command 'setThermostatMode', [[name: 'thermostat mode (not all are available!)', type: 'ENUM', constraints: ['--- select ---'] + AllPossibleThermostatModesOpts.options.values() as List]] // library marker kkossev.thermostatLib, line 44 // command 'setTemperature', ['NUMBER'] // Virtual thermostat TODO - decide if it is needed // library marker kkossev.thermostatLib, line 45 preferences { // library marker kkossev.thermostatLib, line 47 if (device) { // TODO - move it to the deviceProfile preferences // library marker kkossev.thermostatLib, line 48 input name: 'temperaturePollingInterval', type: 'enum', title: 'Temperature polling interval', options: TrvTemperaturePollingIntervalOpts.options, defaultValue: TrvTemperaturePollingIntervalOpts.defaultValue, required: true, description: 'Changes how often the hub will poll the TRV for faster temperature reading updates and nice looking graphs.' // library marker kkossev.thermostatLib, line 49 } // library marker kkossev.thermostatLib, line 50 } // library marker kkossev.thermostatLib, line 51 } // library marker kkossev.thermostatLib, line 52 @Field static final Map TrvTemperaturePollingIntervalOpts = [ // library marker kkossev.thermostatLib, line 54 defaultValue: 600, // library marker kkossev.thermostatLib, line 55 options : [0: 'Disabled', 60: 'Every minute (not recommended)', 120: 'Every 2 minutes', 300: 'Every 5 minutes', 600: 'Every 10 minutes', 900: 'Every 15 minutes', 1800: 'Every 30 minutes', 3600: 'Every 1 hour'] // library marker kkossev.thermostatLib, line 56 ] // library marker kkossev.thermostatLib, line 57 @Field static final Map AllPossibleThermostatModesOpts = [ // library marker kkossev.thermostatLib, line 59 defaultValue: 1, // library marker kkossev.thermostatLib, line 60 options : [0: 'off', 1: 'heat', 2: 'cool', 3: 'auto', 4: 'emergency heat', 5: 'eco'] // library marker kkossev.thermostatLib, line 61 ] // library marker kkossev.thermostatLib, line 62 public void heat() { setThermostatMode('heat') } // library marker kkossev.thermostatLib, line 64 public void auto() { setThermostatMode('auto') } // library marker kkossev.thermostatLib, line 65 public void cool() { setThermostatMode('cool') } // library marker kkossev.thermostatLib, line 66 public void emergencyHeat() { setThermostatMode('emergency heat') } // library marker kkossev.thermostatLib, line 67 public void eco() { setThermostatMode('eco') } // library marker kkossev.thermostatLib, line 68 public void setThermostatFanMode(final String fanMode) { sendEvent(name: 'thermostatFanMode', value: "${fanMode}", descriptionText: getDescriptionText("thermostatFanMode is ${fanMode}")) } // library marker kkossev.thermostatLib, line 70 public void fanAuto() { setThermostatFanMode('auto') } // library marker kkossev.thermostatLib, line 71 public void fanCirculate() { setThermostatFanMode('circulate') } // library marker kkossev.thermostatLib, line 72 public void fanOn() { setThermostatFanMode('on') } // library marker kkossev.thermostatLib, line 73 public void customOff() { setThermostatMode('off') } // invoked from the common library // library marker kkossev.thermostatLib, line 75 public void customOn() { setThermostatMode('heat') } // invoked from the common library // library marker kkossev.thermostatLib, line 76 /* // library marker kkossev.thermostatLib, line 78 * ----------------------------------------------------------------------------- // library marker kkossev.thermostatLib, line 79 * thermostat cluster 0x0201 // library marker kkossev.thermostatLib, line 80 * ----------------------------------------------------------------------------- // library marker kkossev.thermostatLib, line 81 */ // library marker kkossev.thermostatLib, line 82 // * should be implemented in the custom driver code ... // library marker kkossev.thermostatLib, line 83 public void standardParseThermostatCluster(final Map descMap) { // library marker kkossev.thermostatLib, line 84 final Integer value = safeToInt(hexStrToUnsignedInt(descMap.value)) // library marker kkossev.thermostatLib, line 85 logTrace "standardParseThermostatCluster: zigbee received Thermostat cluster (0x0201) attribute 0x${descMap.attrId} value ${value} (raw ${descMap.value})" // library marker kkossev.thermostatLib, line 86 if (descMap == null || descMap == [:] || descMap.cluster == null || descMap.attrId == null || descMap.value == null) { logTrace 'descMap is missing cluster, attribute or value!'; return } // library marker kkossev.thermostatLib, line 87 if (deviceProfilesV3 != null) { // library marker kkossev.thermostatLib, line 88 boolean result = processClusterAttributeFromDeviceProfile(descMap) // library marker kkossev.thermostatLib, line 89 if ( result == false ) { // library marker kkossev.thermostatLib, line 90 logWarn "standardParseThermostatCluster: received unknown Thermostat cluster (0x0201) attribute 0x${descMap.attrId} (value ${descMap.value})" // library marker kkossev.thermostatLib, line 91 } // library marker kkossev.thermostatLib, line 92 } // library marker kkossev.thermostatLib, line 93 // try to process the attribute value // library marker kkossev.thermostatLib, line 94 standardHandleThermostatEvent(value) // library marker kkossev.thermostatLib, line 95 } // library marker kkossev.thermostatLib, line 96 // setHeatingSetpoint thermostat capability standard command // library marker kkossev.thermostatLib, line 98 // 1°C steps. (0.5°C setting on the TRV itself, rounded for zigbee interface) // library marker kkossev.thermostatLib, line 99 // // library marker kkossev.thermostatLib, line 100 void setHeatingSetpoint(final Number temperaturePar ) { // library marker kkossev.thermostatLib, line 101 BigDecimal temperature = temperaturePar.toBigDecimal() // library marker kkossev.thermostatLib, line 102 logTrace "setHeatingSetpoint(${temperature}) called!" // library marker kkossev.thermostatLib, line 103 BigDecimal previousSetpoint = (device.currentState('heatingSetpoint')?.value ?: 0.0G).toBigDecimal() // library marker kkossev.thermostatLib, line 104 BigDecimal tempDouble = temperature // library marker kkossev.thermostatLib, line 105 //logDebug "setHeatingSetpoint temperature = ${temperature} as int = ${temperature as int} (previousSetpointt = ${previousSetpoint})" // library marker kkossev.thermostatLib, line 106 /* groovylint-disable-next-line ConstantIfExpression */ // library marker kkossev.thermostatLib, line 107 if (true) { // library marker kkossev.thermostatLib, line 108 //logDebug "0.5 C correction of the heating setpoint${temperature}" // library marker kkossev.thermostatLib, line 109 //log.trace "tempDouble = ${tempDouble}" // library marker kkossev.thermostatLib, line 110 tempDouble = (tempDouble * 2).setScale(0, RoundingMode.HALF_UP) / 2 // library marker kkossev.thermostatLib, line 111 } // library marker kkossev.thermostatLib, line 112 else { // library marker kkossev.thermostatLib, line 113 if (temperature != (temperature as int)) { // library marker kkossev.thermostatLib, line 114 if ((temperature as double) > (previousSetpoint as double)) { // library marker kkossev.thermostatLib, line 115 temperature = (temperature + 0.5 ) as int // library marker kkossev.thermostatLib, line 116 } // library marker kkossev.thermostatLib, line 117 else { // library marker kkossev.thermostatLib, line 118 temperature = temperature as int // library marker kkossev.thermostatLib, line 119 } // library marker kkossev.thermostatLib, line 120 logDebug "corrected heating setpoint ${temperature}" // library marker kkossev.thermostatLib, line 121 } // library marker kkossev.thermostatLib, line 122 tempDouble = temperature // library marker kkossev.thermostatLib, line 123 } // library marker kkossev.thermostatLib, line 124 BigDecimal maxTemp = settings?.maxHeatingSetpoint ? new BigDecimal(settings.maxHeatingSetpoint) : new BigDecimal(50) // library marker kkossev.thermostatLib, line 125 BigDecimal minTemp = settings?.minHeatingSetpoint ? new BigDecimal(settings.minHeatingSetpoint) : new BigDecimal(5) // library marker kkossev.thermostatLib, line 126 tempBigDecimal = new BigDecimal(tempDouble) // library marker kkossev.thermostatLib, line 127 tempBigDecimal = tempDouble.min(maxTemp).max(minTemp).setScale(1, BigDecimal.ROUND_HALF_UP) // library marker kkossev.thermostatLib, line 128 logDebug "setHeatingSetpoint: calling sendAttribute heatingSetpoint ${tempBigDecimal}" // library marker kkossev.thermostatLib, line 130 sendAttribute('heatingSetpoint', tempBigDecimal as double) // library marker kkossev.thermostatLib, line 131 } // library marker kkossev.thermostatLib, line 132 // TODO - use sendThermostatEvent instead! // library marker kkossev.thermostatLib, line 134 void sendHeatingSetpointEvent(Number temperature) { // library marker kkossev.thermostatLib, line 135 tempDouble = safeToDouble(temperature) // library marker kkossev.thermostatLib, line 136 Map eventMap = [name: 'heatingSetpoint', value: tempDouble, unit: '\u00B0C', type: 'physical'] // library marker kkossev.thermostatLib, line 137 eventMap.descriptionText = "heatingSetpoint is ${tempDouble}" // library marker kkossev.thermostatLib, line 138 if (state.states['isRefresh'] == true) { // library marker kkossev.thermostatLib, line 139 eventMap.descriptionText += ' [refresh]' // library marker kkossev.thermostatLib, line 140 eventMap.isStateChange = true // force event to be sent // library marker kkossev.thermostatLib, line 141 } // library marker kkossev.thermostatLib, line 142 sendEvent(eventMap) // library marker kkossev.thermostatLib, line 143 if (eventMap.descriptionText != null) { logInfo "${eventMap.descriptionText}" } // library marker kkossev.thermostatLib, line 144 eventMap.name = 'thermostatSetpoint' // library marker kkossev.thermostatLib, line 146 logDebug "sending event ${eventMap}" // library marker kkossev.thermostatLib, line 147 sendEvent(eventMap) // library marker kkossev.thermostatLib, line 148 updateDataValue('lastRunningMode', 'heat') // library marker kkossev.thermostatLib, line 149 } // library marker kkossev.thermostatLib, line 150 // thermostat capability standard command // library marker kkossev.thermostatLib, line 152 // do nothing in TRV - just send an event // library marker kkossev.thermostatLib, line 153 void setCoolingSetpoint(Number temperaturePar) { // library marker kkossev.thermostatLib, line 154 logDebug "setCoolingSetpoint(${temperaturePar}) called!" // library marker kkossev.thermostatLib, line 155 /* groovylint-disable-next-line ParameterReassignment */ // library marker kkossev.thermostatLib, line 156 BigDecimal temperature = Math.round(temperaturePar * 2) / 2 // library marker kkossev.thermostatLib, line 157 String descText = "coolingSetpoint is set to ${temperature} \u00B0C" // library marker kkossev.thermostatLib, line 158 sendEvent(name: 'coolingSetpoint', value: temperature, unit: '\u00B0C', descriptionText: descText, type: 'digital') // library marker kkossev.thermostatLib, line 159 logInfo "${descText}" // library marker kkossev.thermostatLib, line 160 } // library marker kkossev.thermostatLib, line 161 public void sendThermostatEvent(Map eventMap, final boolean isDigital = false) { // library marker kkossev.thermostatLib, line 163 if (eventMap.descriptionText == null) { eventMap.descriptionText = "${eventName} is ${value}" } // library marker kkossev.thermostatLib, line 164 if (eventMap.type == null) { eventMap.type = isDigital == true ? 'digital' : 'physical' } // library marker kkossev.thermostatLib, line 165 if (state.states['isRefresh'] == true) { // library marker kkossev.thermostatLib, line 166 eventMap.descriptionText += ' [refresh]' // library marker kkossev.thermostatLib, line 167 eventMap.isStateChange = true // force event to be sent // library marker kkossev.thermostatLib, line 168 } // library marker kkossev.thermostatLib, line 169 sendEvent(eventMap) // library marker kkossev.thermostatLib, line 170 logInfo "${eventMap.descriptionText}" // library marker kkossev.thermostatLib, line 171 } // library marker kkossev.thermostatLib, line 172 private void sendEventMap(final Map event, final boolean isDigital = false) { // library marker kkossev.thermostatLib, line 174 if (event.descriptionText == null) { // library marker kkossev.thermostatLib, line 175 event.descriptionText = "${event.name} is ${event.value} ${event.unit ?: ''}" // library marker kkossev.thermostatLib, line 176 } // library marker kkossev.thermostatLib, line 177 if (state.states['isRefresh'] == true) { // library marker kkossev.thermostatLib, line 178 event.descriptionText += ' [refresh]' // library marker kkossev.thermostatLib, line 179 event.isStateChange = true // force event to be sent // library marker kkossev.thermostatLib, line 180 } // library marker kkossev.thermostatLib, line 181 event.type = event.type != null ? event.type : isDigital == true ? 'digital' : 'physical' // library marker kkossev.thermostatLib, line 182 if (event.type == 'digital') { // library marker kkossev.thermostatLib, line 183 event.isStateChange = true // force event to be sent // library marker kkossev.thermostatLib, line 184 event.descriptionText += ' [digital]' // library marker kkossev.thermostatLib, line 185 } // library marker kkossev.thermostatLib, line 186 sendEvent(event) // library marker kkossev.thermostatLib, line 187 logInfo "${event.descriptionText}" // library marker kkossev.thermostatLib, line 188 } // library marker kkossev.thermostatLib, line 189 private String getDescriptionText(final String msg) { // library marker kkossev.thermostatLib, line 191 String descriptionText = "${device.displayName} ${msg}" // library marker kkossev.thermostatLib, line 192 if (settings?.txtEnable) { log.info "${descriptionText}" } // library marker kkossev.thermostatLib, line 193 return descriptionText // library marker kkossev.thermostatLib, line 194 } // library marker kkossev.thermostatLib, line 195 /** // library marker kkossev.thermostatLib, line 197 * Sets the thermostat mode based on the requested mode. // library marker kkossev.thermostatLib, line 198 * // library marker kkossev.thermostatLib, line 199 * if the requestedMode is supported directly in the thermostatMode attribute, it is set directly. // library marker kkossev.thermostatLib, line 200 * Otherwise, the thermostatMode is substituted with another command, if supported by the device. // library marker kkossev.thermostatLib, line 201 * // library marker kkossev.thermostatLib, line 202 * @param requestedMode The mode to set the thermostat to. // library marker kkossev.thermostatLib, line 203 */ // library marker kkossev.thermostatLib, line 204 public void setThermostatMode(final String requestedMode) { // library marker kkossev.thermostatLib, line 205 String mode = requestedMode // library marker kkossev.thermostatLib, line 206 boolean result = false // library marker kkossev.thermostatLib, line 207 List nativelySupportedModesList = getAttributesMap('thermostatMode')?.map?.values() as List ?: [] // library marker kkossev.thermostatLib, line 208 List systemModesList = getAttributesMap('systemMode')?.map?.values() as List ?: [] // library marker kkossev.thermostatLib, line 209 List ecoModesList = getAttributesMap('ecoMode')?.map?.values() as List ?: [] // library marker kkossev.thermostatLib, line 210 List emergencyHeatingModesList = getAttributesMap('emergencyHeating')?.map?.values() as List ?: [] // library marker kkossev.thermostatLib, line 211 logDebug "setThermostatMode: sending setThermostatMode(${mode}). Natively supported: ${nativelySupportedModesList}" // library marker kkossev.thermostatLib, line 213 // some TRVs require some checks and additional commands to be sent before setting the mode // library marker kkossev.thermostatLib, line 215 final String currentMode = device.currentValue('thermostatMode') // library marker kkossev.thermostatLib, line 216 logDebug "setThermostatMode: currentMode = ${currentMode}, switching to ${mode} ..." // library marker kkossev.thermostatLib, line 217 switch (mode) { // library marker kkossev.thermostatLib, line 219 case 'heat': // library marker kkossev.thermostatLib, line 220 case 'auto': // library marker kkossev.thermostatLib, line 221 if (device.currentValue('ecoMode') == 'on') { // library marker kkossev.thermostatLib, line 222 logDebug 'setThermostatMode: pre-processing: switching first the eco mode off' // library marker kkossev.thermostatLib, line 223 sendAttribute('ecoMode', 0) // library marker kkossev.thermostatLib, line 224 } // library marker kkossev.thermostatLib, line 225 if (device.currentValue('emergencyHeating') == 'on') { // library marker kkossev.thermostatLib, line 226 logDebug 'setThermostatMode: pre-processing: switching first the emergencyHeating mode off' // library marker kkossev.thermostatLib, line 227 sendAttribute('emergencyHeating', 0) // library marker kkossev.thermostatLib, line 228 } // library marker kkossev.thermostatLib, line 229 if ((device.currentValue('systemMode') ?: 'off') == 'off') { // library marker kkossev.thermostatLib, line 230 logDebug 'setThermostatMode: pre-processing: switching first the systemMode on' // library marker kkossev.thermostatLib, line 231 sendAttribute('systemMode', 'on') // library marker kkossev.thermostatLib, line 232 } // library marker kkossev.thermostatLib, line 233 break // library marker kkossev.thermostatLib, line 234 case 'cool': // TODO !!!!!!!!!! // library marker kkossev.thermostatLib, line 235 if (!('cool' in DEVICE.supportedThermostatModes)) { // library marker kkossev.thermostatLib, line 236 // replace cool with 'eco' mode, if supported by the device // library marker kkossev.thermostatLib, line 237 if ('eco' in DEVICE.supportedThermostatModes) { // library marker kkossev.thermostatLib, line 238 logDebug 'setThermostatMode: pre-processing: switching to eco mode instead' // library marker kkossev.thermostatLib, line 239 mode = 'eco' // library marker kkossev.thermostatLib, line 240 break // library marker kkossev.thermostatLib, line 241 } // library marker kkossev.thermostatLib, line 242 else if ('off' in DEVICE.supportedThermostatModes) { // library marker kkossev.thermostatLib, line 243 logDebug 'setThermostatMode: pre-processing: switching to off mode instead' // library marker kkossev.thermostatLib, line 244 mode = 'off' // library marker kkossev.thermostatLib, line 245 break // library marker kkossev.thermostatLib, line 246 } // library marker kkossev.thermostatLib, line 247 else if (device.currentValue('ecoMode') != null) { // library marker kkossev.thermostatLib, line 248 // BRT-100 has a dediceted 'ecoMode' command // TODO - check how to switch BRT-100 low temp protection mode (5 degrees) ? // library marker kkossev.thermostatLib, line 249 logDebug "setThermostatMode: pre-processing: setting eco mode on (${settings.ecoTemp} °C)" // library marker kkossev.thermostatLib, line 250 sendAttribute('ecoMode', 1) // library marker kkossev.thermostatLib, line 251 } // library marker kkossev.thermostatLib, line 252 else { // library marker kkossev.thermostatLib, line 253 logDebug "setThermostatMode: pre-processing: switching to 'cool' mode is not supported by this device!" // library marker kkossev.thermostatLib, line 254 return // library marker kkossev.thermostatLib, line 255 } // library marker kkossev.thermostatLib, line 256 } // library marker kkossev.thermostatLib, line 257 break // library marker kkossev.thermostatLib, line 258 case 'emergency heat': // TODO for Aqara and Sonoff TRVs // library marker kkossev.thermostatLib, line 259 if ('emergency heat' in nativelySupportedModesList) { // library marker kkossev.thermostatLib, line 260 break // library marker kkossev.thermostatLib, line 261 } // library marker kkossev.thermostatLib, line 262 // look for a dedicated 'emergencyMode' deviceProfile attribute (BRT-100) // library marker kkossev.thermostatLib, line 263 if ('on' in emergencyHeatingModesList) { // library marker kkossev.thermostatLib, line 264 logInfo "setThermostatMode: pre-processing: switching the emergencyMode mode on for (${settings.emergencyHeatingTime} seconds )" // library marker kkossev.thermostatLib, line 265 sendAttribute('emergencyHeating', 'on') // library marker kkossev.thermostatLib, line 266 return // library marker kkossev.thermostatLib, line 267 } // library marker kkossev.thermostatLib, line 268 break // library marker kkossev.thermostatLib, line 269 case 'eco': // library marker kkossev.thermostatLib, line 270 if (device.hasAttribute('ecoMode')) { // changed 06/16/2024 : was : (device.currentValue('ecoMode') != null) { // library marker kkossev.thermostatLib, line 271 logDebug 'setThermostatMode: pre-processing: switching the eco mode on' // library marker kkossev.thermostatLib, line 272 sendAttribute('ecoMode', 1) // library marker kkossev.thermostatLib, line 273 return // library marker kkossev.thermostatLib, line 274 } // library marker kkossev.thermostatLib, line 275 else { // library marker kkossev.thermostatLib, line 276 logWarn "setThermostatMode: pre-processing: switching to 'eco' mode is not supported by this device!" // library marker kkossev.thermostatLib, line 277 return // library marker kkossev.thermostatLib, line 278 } // library marker kkossev.thermostatLib, line 279 break // library marker kkossev.thermostatLib, line 280 case 'off': // OK! // library marker kkossev.thermostatLib, line 281 if ('off' in nativelySupportedModesList) { // library marker kkossev.thermostatLib, line 282 break // library marker kkossev.thermostatLib, line 283 } // library marker kkossev.thermostatLib, line 284 logDebug "setThermostatMode: pre-processing: switching to 'off' mode" // library marker kkossev.thermostatLib, line 285 // if the 'off' mode is not directly supported, try substituting it with 'eco' mode // library marker kkossev.thermostatLib, line 286 if ('eco' in nativelySupportedModesList) { // library marker kkossev.thermostatLib, line 287 logDebug 'setThermostatMode: pre-processing: switching to eco mode instead' // library marker kkossev.thermostatLib, line 288 mode = 'eco' // library marker kkossev.thermostatLib, line 289 break // library marker kkossev.thermostatLib, line 290 } // library marker kkossev.thermostatLib, line 291 // look for a dedicated 'ecoMode' deviceProfile attribute (BRT-100) // library marker kkossev.thermostatLib, line 292 if ('on' in ecoModesList) { // library marker kkossev.thermostatLib, line 293 logDebug 'setThermostatMode: pre-processing: switching the eco mode on' // library marker kkossev.thermostatLib, line 294 sendAttribute('ecoMode', 'on') // library marker kkossev.thermostatLib, line 295 return // library marker kkossev.thermostatLib, line 296 } // library marker kkossev.thermostatLib, line 297 // look for a dedicated 'systemMode' attribute with map 'off' (Aqara E1) // library marker kkossev.thermostatLib, line 298 if ('off' in systemModesList) { // library marker kkossev.thermostatLib, line 299 logDebug 'setThermostatMode: pre-processing: switching the systemMode off' // library marker kkossev.thermostatLib, line 300 sendAttribute('systemMode', 'off') // library marker kkossev.thermostatLib, line 301 return // library marker kkossev.thermostatLib, line 302 } // library marker kkossev.thermostatLib, line 303 break // library marker kkossev.thermostatLib, line 304 default: // library marker kkossev.thermostatLib, line 305 logWarn "setThermostatMode: pre-processing: unknown mode ${mode}" // library marker kkossev.thermostatLib, line 306 break // library marker kkossev.thermostatLib, line 307 } // library marker kkossev.thermostatLib, line 308 // try using the standard thermostat capability to switch to the selected new mode // library marker kkossev.thermostatLib, line 310 result = sendAttribute('thermostatMode', mode) // library marker kkossev.thermostatLib, line 311 logTrace "setThermostatMode: sendAttribute returned ${result}" // library marker kkossev.thermostatLib, line 312 if (result == true) { return } // library marker kkossev.thermostatLib, line 313 // post-process mode switching for some TRVs // library marker kkossev.thermostatLib, line 315 switch (mode) { // library marker kkossev.thermostatLib, line 316 case 'cool' : // library marker kkossev.thermostatLib, line 317 case 'heat' : // library marker kkossev.thermostatLib, line 318 case 'auto' : // library marker kkossev.thermostatLib, line 319 case 'off' : // library marker kkossev.thermostatLib, line 320 case 'eco' : // library marker kkossev.thermostatLib, line 321 logTrace "setThermostatMode: post-processing: no post-processing required for mode ${mode}" // library marker kkossev.thermostatLib, line 322 break // library marker kkossev.thermostatLib, line 323 case 'emergency heat' : // library marker kkossev.thermostatLib, line 324 logDebug "setThermostatMode: post-processing: setting emergency heat mode on (${settings.emergencyHeatingTime} minutes)" // library marker kkossev.thermostatLib, line 325 sendAttribute('emergencyHeating', 1) // library marker kkossev.thermostatLib, line 326 break // library marker kkossev.thermostatLib, line 327 default : // library marker kkossev.thermostatLib, line 328 logWarn "setThermostatMode: post-processing: unsupported thermostat mode '${mode}'" // library marker kkossev.thermostatLib, line 329 break // library marker kkossev.thermostatLib, line 330 } // library marker kkossev.thermostatLib, line 331 return // library marker kkossev.thermostatLib, line 332 } // library marker kkossev.thermostatLib, line 333 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.thermostatLib, line 335 void sendSupportedThermostatModes(boolean debug = false) { // library marker kkossev.thermostatLib, line 336 List supportedThermostatModes = [] // library marker kkossev.thermostatLib, line 337 supportedThermostatModes = ['off', 'heat', 'auto', 'emergency heat'] // library marker kkossev.thermostatLib, line 338 if (DEVICE.supportedThermostatModes != null) { // library marker kkossev.thermostatLib, line 339 supportedThermostatModes = DEVICE.supportedThermostatModes // library marker kkossev.thermostatLib, line 340 } // library marker kkossev.thermostatLib, line 341 else { // library marker kkossev.thermostatLib, line 342 logWarn 'sendSupportedThermostatModes: DEVICE.supportedThermostatModes is not set!' // library marker kkossev.thermostatLib, line 343 supportedThermostatModes = ['off', 'auto', 'heat'] // library marker kkossev.thermostatLib, line 344 } // library marker kkossev.thermostatLib, line 345 logInfo "supportedThermostatModes: ${supportedThermostatModes}" // library marker kkossev.thermostatLib, line 346 sendEvent(name: 'supportedThermostatModes', value: JsonOutput.toJson(supportedThermostatModes), isStateChange: true, type: 'digital') // library marker kkossev.thermostatLib, line 347 if (DEVICE.supportedThermostatFanModes != null) { // library marker kkossev.thermostatLib, line 348 sendEvent(name: 'supportedThermostatFanModes', value: JsonOutput.toJson(DEVICE.supportedThermostatFanModes), isStateChange: true, type: 'digital') // library marker kkossev.thermostatLib, line 349 } // library marker kkossev.thermostatLib, line 350 else { // library marker kkossev.thermostatLib, line 351 sendEvent(name: 'supportedThermostatFanModes', value: JsonOutput.toJson(['auto', 'circulate', 'on']), isStateChange: true, type: 'digital') // library marker kkossev.thermostatLib, line 352 } // library marker kkossev.thermostatLib, line 353 } // library marker kkossev.thermostatLib, line 354 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.thermostatLib, line 356 void standardHandleThermostatEvent(int value, boolean isDigital=false) { // library marker kkossev.thermostatLib, line 357 logWarn 'standardHandleThermostatEvent()... NOT IMPLEMENTED!' // library marker kkossev.thermostatLib, line 358 } // library marker kkossev.thermostatLib, line 359 /* groovylint-disable-next-line UnusedPrivateMethod */ // library marker kkossev.thermostatLib, line 361 private void sendDelayedThermostatEvent(Map eventMap) { // library marker kkossev.thermostatLib, line 362 logWarn "${device.displayName} NOT IMPLEMENTED! delaying ${timeRamaining} seconds event : ${eventMap}" // library marker kkossev.thermostatLib, line 363 } // library marker kkossev.thermostatLib, line 364 /* groovylint-disable-next-line UnusedMethodParameter */ // library marker kkossev.thermostatLib, line 366 void thermostatProcessTuyaDP(final Map descMap, int dp, int dp_id, int fncmd) { // library marker kkossev.thermostatLib, line 367 logWarn "thermostatProcessTuyaDP()... NOT IMPLEMENTED! dp=${dp} dp_id=${dp_id} fncmd=${fncmd}" // library marker kkossev.thermostatLib, line 368 } // library marker kkossev.thermostatLib, line 369 /** // library marker kkossev.thermostatLib, line 371 * Schedule thermostat polling // library marker kkossev.thermostatLib, line 372 * @param intervalMins interval in seconds // library marker kkossev.thermostatLib, line 373 */ // library marker kkossev.thermostatLib, line 374 public void scheduleThermostatPolling(final int intervalSecs) { // library marker kkossev.thermostatLib, line 375 String cron = getCron( intervalSecs ) // library marker kkossev.thermostatLib, line 376 logDebug "cron = ${cron}" // library marker kkossev.thermostatLib, line 377 schedule(cron, 'autoPollThermostat') // library marker kkossev.thermostatLib, line 378 } // library marker kkossev.thermostatLib, line 379 public void unScheduleThermostatPolling() { // library marker kkossev.thermostatLib, line 381 unschedule('autoPollThermostat') // library marker kkossev.thermostatLib, line 382 } // library marker kkossev.thermostatLib, line 383 /** // library marker kkossev.thermostatLib, line 385 * Scheduled job for polling device specific attribute(s) // library marker kkossev.thermostatLib, line 386 */ // library marker kkossev.thermostatLib, line 387 public void autoPollThermostat() { // library marker kkossev.thermostatLib, line 388 logDebug 'autoPollThermostat()...' // library marker kkossev.thermostatLib, line 389 checkDriverVersion(state) // library marker kkossev.thermostatLib, line 390 List cmds = refreshFromDeviceProfileList() // library marker kkossev.thermostatLib, line 391 if (cmds != null && cmds != [] ) { // library marker kkossev.thermostatLib, line 392 sendZigbeeCommands(cmds) // library marker kkossev.thermostatLib, line 393 } // library marker kkossev.thermostatLib, line 394 } // library marker kkossev.thermostatLib, line 395 private int getElapsedTimeFromEventInSeconds(final String eventName) { // library marker kkossev.thermostatLib, line 397 /* groovylint-disable-next-line NoJavaUtilDate */ // library marker kkossev.thermostatLib, line 398 final Long now = new Date().time // library marker kkossev.thermostatLib, line 399 final Object lastEventState = device.currentState(eventName) // library marker kkossev.thermostatLib, line 400 logDebug "getElapsedTimeFromEventInSeconds: eventName = ${eventName} lastEventState = ${lastEventState}" // library marker kkossev.thermostatLib, line 401 if (lastEventState == null) { // library marker kkossev.thermostatLib, line 402 logTrace 'getElapsedTimeFromEventInSeconds: lastEventState is null, returning 0' // library marker kkossev.thermostatLib, line 403 return 0 // library marker kkossev.thermostatLib, line 404 } // library marker kkossev.thermostatLib, line 405 Long lastEventStateTime = lastEventState.date.time // library marker kkossev.thermostatLib, line 406 //def lastEventStateValue = lastEventState.value // library marker kkossev.thermostatLib, line 407 int diff = ((now - lastEventStateTime) / 1000) as int // library marker kkossev.thermostatLib, line 408 // convert diff to minutes and seconds // library marker kkossev.thermostatLib, line 409 logTrace "getElapsedTimeFromEventInSeconds: lastEventStateTime = ${lastEventStateTime} diff = ${diff} seconds" // library marker kkossev.thermostatLib, line 410 return diff // library marker kkossev.thermostatLib, line 411 } // library marker kkossev.thermostatLib, line 412 // called from pollTuya() // library marker kkossev.thermostatLib, line 414 public void sendDigitalEventIfNeeded(final String eventName) { // library marker kkossev.thermostatLib, line 415 final Object lastEventState = device.currentState(eventName) // library marker kkossev.thermostatLib, line 416 final int diff = getElapsedTimeFromEventInSeconds(eventName) // library marker kkossev.thermostatLib, line 417 final String diffStr = timeToHMS(diff) // library marker kkossev.thermostatLib, line 418 if (diff >= (settings.temperaturePollingInterval as int)) { // library marker kkossev.thermostatLib, line 419 logDebug "pollTuya: ${eventName} was sent more than ${settings.temperaturePollingInterval} seconds ago (${diffStr}), sending digital event" // library marker kkossev.thermostatLib, line 420 sendEventMap([name: lastEventState.name, value: lastEventState.value, unit: lastEventState.unit, type: 'digital']) // library marker kkossev.thermostatLib, line 421 } // library marker kkossev.thermostatLib, line 422 else { // library marker kkossev.thermostatLib, line 423 logDebug "pollTuya: ${eventName} was sent less than ${settings.temperaturePollingInterval} seconds ago, skipping" // library marker kkossev.thermostatLib, line 424 } // library marker kkossev.thermostatLib, line 425 } // library marker kkossev.thermostatLib, line 426 public void thermostatInitializeVars( boolean fullInit = false ) { // library marker kkossev.thermostatLib, line 428 logDebug "thermostatInitializeVars()... fullInit = ${fullInit}" // library marker kkossev.thermostatLib, line 429 if (fullInit == true || state.lastThermostatMode == null) { state.lastThermostatMode = 'unknown' } // library marker kkossev.thermostatLib, line 430 if (fullInit == true || state.lastThermostatOperatingState == null) { state.lastThermostatOperatingState = 'unknown' } // library marker kkossev.thermostatLib, line 431 if (fullInit || settings?.temperaturePollingInterval == null) { device.updateSetting('temperaturePollingInterval', [value: TrvTemperaturePollingIntervalOpts.defaultValue.toString(), type: 'enum']) } // library marker kkossev.thermostatLib, line 432 } // library marker kkossev.thermostatLib, line 433 // called from initializeVars() in the main code ... // library marker kkossev.thermostatLib, line 435 public void thermostatInitEvents(final boolean fullInit=false) { // library marker kkossev.thermostatLib, line 436 logDebug "thermostatInitEvents()... fullInit = ${fullInit}" // library marker kkossev.thermostatLib, line 437 if (fullInit == true) { // library marker kkossev.thermostatLib, line 438 String descText = 'inital attribute setting' // library marker kkossev.thermostatLib, line 439 sendSupportedThermostatModes() // library marker kkossev.thermostatLib, line 440 sendEvent(name: 'thermostatMode', value: 'heat', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 441 state.lastThermostatMode = 'heat' // library marker kkossev.thermostatLib, line 442 sendEvent(name: 'thermostatFanMode', value: 'auto', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 443 state.lastThermostatOperatingState = 'idle' // library marker kkossev.thermostatLib, line 444 sendEvent(name: 'thermostatOperatingState', value: 'idle', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 445 sendEvent(name: 'thermostatSetpoint', value: 20.0, unit: '\u00B0C', isStateChange: true, description: descText) // Google Home compatibility // library marker kkossev.thermostatLib, line 446 sendEvent(name: 'heatingSetpoint', value: 20.0, unit: '\u00B0C', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 447 state.lastHeatingSetpoint = 20.0 // library marker kkossev.thermostatLib, line 448 sendEvent(name: 'coolingSetpoint', value: 35.0, unit: '\u00B0C', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 449 sendEvent(name: 'temperature', value: 18.0, unit: '\u00B0', isStateChange: true, description: descText) // library marker kkossev.thermostatLib, line 450 updateDataValue('lastRunningMode', 'heat') // library marker kkossev.thermostatLib, line 451 } // library marker kkossev.thermostatLib, line 452 else { // library marker kkossev.thermostatLib, line 453 logDebug "thermostatInitEvents: fullInit = ${fullInit}" // library marker kkossev.thermostatLib, line 454 } // library marker kkossev.thermostatLib, line 455 } // library marker kkossev.thermostatLib, line 456 /* // library marker kkossev.thermostatLib, line 458 Reset to Factory Defaults Command (0x00) // library marker kkossev.thermostatLib, line 459 On receipt of this command, the device resets all the attributes of all its clusters to their factory defaults. // library marker kkossev.thermostatLib, line 460 Note that networking functionality, bindings, groups, or other persistent data are not affected by this command // library marker kkossev.thermostatLib, line 461 */ // library marker kkossev.thermostatLib, line 462 public void factoryResetThermostat() { // library marker kkossev.thermostatLib, line 463 logDebug 'factoryResetThermostat() called!' // library marker kkossev.thermostatLib, line 464 List cmds = zigbee.command(0x0000, 0x00) // library marker kkossev.thermostatLib, line 465 sendZigbeeCommands(cmds) // library marker kkossev.thermostatLib, line 466 sendInfoEvent 'The thermostat parameters were FACTORY RESET!' // library marker kkossev.thermostatLib, line 467 if (this.respondsTo('refreshAll')) { // library marker kkossev.thermostatLib, line 468 runIn(3, 'refreshAll') // library marker kkossev.thermostatLib, line 469 } // library marker kkossev.thermostatLib, line 470 } // library marker kkossev.thermostatLib, line 471 // ========================================= Virtual thermostat functions ========================================= // library marker kkossev.thermostatLib, line 473 public void setTemperature(Number temperaturePar) { // library marker kkossev.thermostatLib, line 475 logDebug "setTemperature(${temperature}) called!" // library marker kkossev.thermostatLib, line 476 if (isVirtual()) { // library marker kkossev.thermostatLib, line 477 /* groovylint-disable-next-line ParameterReassignment */ // library marker kkossev.thermostatLib, line 478 double temperature = Math.round(temperaturePar * 2) / 2 // library marker kkossev.thermostatLib, line 479 String descText = "temperature is set to ${temperature} \u00B0C" // library marker kkossev.thermostatLib, line 480 sendEvent(name: 'temperature', value: temperature, unit: '\u00B0C', descriptionText: descText, type: 'digital') // library marker kkossev.thermostatLib, line 481 logInfo "${descText}" // library marker kkossev.thermostatLib, line 482 } // library marker kkossev.thermostatLib, line 483 else { // library marker kkossev.thermostatLib, line 484 logWarn 'setTemperature: not a virtual thermostat!' // library marker kkossev.thermostatLib, line 485 } // library marker kkossev.thermostatLib, line 486 } // library marker kkossev.thermostatLib, line 487 // TODO - not used? // library marker kkossev.thermostatLib, line 489 List thermostatRefresh() { // library marker kkossev.thermostatLib, line 490 logDebug 'thermostatRefresh()...' // library marker kkossev.thermostatLib, line 491 return [] // library marker kkossev.thermostatLib, line 492 } // library marker kkossev.thermostatLib, line 493 // TODO - configure in the deviceProfile refresh: tag // library marker kkossev.thermostatLib, line 495 public List pollThermostatCluster() { // library marker kkossev.thermostatLib, line 496 return zigbee.readAttribute(0x0201, [0x0000, 0x0001, /*0x0002,*/ 0x0012, 0x001B, 0x001C, 0x0029], [:], delay = 1500) // 0x0000 = local temperature, 0x0001 = outdoor temperature, 0x0002 = occupancy, 0x0012 = heating setpoint, 0x001B = controlledSequenceOfOperation, 0x001C = system mode (enum8 ) // library marker kkossev.thermostatLib, line 497 } // library marker kkossev.thermostatLib, line 498 // TODO - configure in the deviceProfile refresh: tag // library marker kkossev.thermostatLib, line 500 public List pollBatteryPercentage() { // library marker kkossev.thermostatLib, line 501 return zigbee.readAttribute(0x0001, 0x0021, [:], delay = 200) // battery percentage // library marker kkossev.thermostatLib, line 502 } // library marker kkossev.thermostatLib, line 503 public List pollOccupancy() { // library marker kkossev.thermostatLib, line 505 return zigbee.readAttribute(0x0406, 0x0000, [:], delay = 100) // Bit 0 specifies the sensed occupancy as follows: 1 = occupied, 0 = unoccupied. This flag bit will affect the Occupancy attribute of HVAC cluster, and the operation mode. // library marker kkossev.thermostatLib, line 506 } // library marker kkossev.thermostatLib, line 507 // ~~~~~ end include (179) kkossev.thermostatLib ~~~~~ // ~~~~~ start include (166) kkossev.energyLib ~~~~~ /* groovylint-disable CompileStatic, CouldBeSwitchStatement, DuplicateListLiteral, DuplicateNumberLiteral, DuplicateStringLiteral, ImplicitClosureParameter, ImplicitReturnStatement, Instanceof, LineLength, MethodCount, MethodSize, NoDouble, NoFloat, NoWildcardImports, ParameterCount, ParameterName, UnnecessaryElseStatement, UnnecessaryGetter, UnnecessaryPublicModifier, UnnecessarySetter, UnusedImport */ // library marker kkossev.energyLib, line 1 library( // library marker kkossev.energyLib, line 2 base: 'driver', author: 'Krassimir Kossev', category: 'zigbee', description: 'Zigbee Energy Library', name: 'energyLib', namespace: 'kkossev', // library marker kkossev.energyLib, line 3 importUrl: 'https://raw.githubusercontent.com/kkossev/hubitat/development/libraries/energyLib.groovy', documentationLink: '', // library marker kkossev.energyLib, line 4 version: '3.3.0' // library marker kkossev.energyLib, line 5 ) // library marker kkossev.energyLib, line 7 /* // library marker kkossev.energyLib, line 8 * Zigbee Energy Library // library marker kkossev.energyLib, line 9 * // library marker kkossev.energyLib, line 10 * Licensed Virtual the Apache License, Version 2.0 (the "License"); you may not use this file except // library marker kkossev.energyLib, line 11 * in compliance with the License. You may obtain a copy of the License at: // library marker kkossev.energyLib, line 12 * // library marker kkossev.energyLib, line 13 * http://www.apache.org/licenses/LICENSE-2.0 // library marker kkossev.energyLib, line 14 * // library marker kkossev.energyLib, line 15 * Unless required by applicable law or agreed to in writing, software distributed under the License is distributed // library marker kkossev.energyLib, line 16 * on an "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. See the License // library marker kkossev.energyLib, line 17 * for the specific language governing permissions and limitations under the License. // library marker kkossev.energyLib, line 18 * // library marker kkossev.energyLib, line 19 * ver. 3.0.0 2024-04-06 kkossev - added energyLib.groovy // library marker kkossev.energyLib, line 20 * ver. 3.2.0 2024-05-24 kkossev - CommonLib 3.2.0 allignment // library marker kkossev.energyLib, line 21 * ver. 3.3.0 2024-06-09 kkossev - added energy, power, voltage, current events parsing // library marker kkossev.energyLib, line 22 * // library marker kkossev.energyLib, line 23 * TODO: add energyRefresh() // library marker kkossev.energyLib, line 24 */ // library marker kkossev.energyLib, line 25 static String energyLibVersion() { '3.3.0' } // library marker kkossev.energyLib, line 27 static String energyLibStamp() { '2024/06/09 6:53 PM' } // library marker kkossev.energyLib, line 28 metadata { // library marker kkossev.energyLib, line 30 capability 'PowerMeter' // library marker kkossev.energyLib, line 31 capability 'EnergyMeter' // library marker kkossev.energyLib, line 32 capability 'VoltageMeasurement' // library marker kkossev.energyLib, line 33 capability 'CurrentMeter' // library marker kkossev.energyLib, line 34 // no attributes // library marker kkossev.energyLib, line 35 // no commands // library marker kkossev.energyLib, line 36 preferences { // library marker kkossev.energyLib, line 37 // no prefrences // library marker kkossev.energyLib, line 38 } // library marker kkossev.energyLib, line 39 } // library marker kkossev.energyLib, line 40 @Field static final int AC_CURRENT_DIVISOR_ID = 0x0603 // library marker kkossev.energyLib, line 42 @Field static final int AC_CURRENT_MULTIPLIER_ID = 0x0602 // library marker kkossev.energyLib, line 43 @Field static final int AC_FREQUENCY_ID = 0x0300 // library marker kkossev.energyLib, line 44 @Field static final int AC_POWER_DIVISOR_ID = 0x0605 // library marker kkossev.energyLib, line 45 @Field static final int AC_POWER_MULTIPLIER_ID = 0x0604 // library marker kkossev.energyLib, line 46 @Field static final int AC_VOLTAGE_DIVISOR_ID = 0x0601 // library marker kkossev.energyLib, line 47 @Field static final int AC_VOLTAGE_MULTIPLIER_ID = 0x0600 // library marker kkossev.energyLib, line 48 @Field static final int ACTIVE_POWER_ID = 0x050B // library marker kkossev.energyLib, line 49 @Field static final int POWER_ON_OFF_ID = 0x0000 // library marker kkossev.energyLib, line 50 @Field static final int POWER_RESTORE_ID = 0x4003 // library marker kkossev.energyLib, line 51 @Field static final int RMS_CURRENT_ID = 0x0508 // library marker kkossev.energyLib, line 52 @Field static final int RMS_VOLTAGE_ID = 0x0505 // library marker kkossev.energyLib, line 53 @Field static final int CURRENT_SUMMATION_DELIVERED = 0x0000 // Energy // library marker kkossev.energyLib, line 54 @Field static int DEFAULT_REPORTING_TIME = 30 // library marker kkossev.energyLib, line 56 @Field static int DEFAULT_PRECISION = 3 // 3 decimal places // library marker kkossev.energyLib, line 57 @Field static BigDecimal DEFAULT_DELTA = 0.001 // library marker kkossev.energyLib, line 58 @Field static int MAX_POWER_LIMIT = 999 // library marker kkossev.energyLib, line 59 void sendVoltageEvent(BigDecimal voltage, boolean isDigital=false) { // library marker kkossev.energyLib, line 61 Map map = [:] // library marker kkossev.energyLib, line 62 map.name = 'voltage' // library marker kkossev.energyLib, line 63 map.value = voltage.setScale((settings?.defaultPrecision ?: DEFAULT_PRECISION) as int, BigDecimal.ROUND_HALF_UP) // library marker kkossev.energyLib, line 64 map.unit = 'V' // library marker kkossev.energyLib, line 65 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 66 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 67 if (state.states.isRefresh == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 68 final BigDecimal lastVoltage = device.currentValue('voltage') ?: 0.0 // library marker kkossev.energyLib, line 69 final BigDecimal voltageThreshold = DEFAULT_DELTA // library marker kkossev.energyLib, line 70 if (Math.abs(voltage - lastVoltage) >= voltageThreshold || state.states.isRefresh == true) { // library marker kkossev.energyLib, line 71 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 72 sendEvent(map) // library marker kkossev.energyLib, line 73 } // library marker kkossev.energyLib, line 74 else { // library marker kkossev.energyLib, line 75 logDebug "ignored ${map.name} ${map.value} ${map.unit} (change from ${lastVoltage} is less than ${voltageThreshold} V)" // library marker kkossev.energyLib, line 76 } // library marker kkossev.energyLib, line 77 } // library marker kkossev.energyLib, line 78 void sendAmperageEvent(BigDecimal amperage, boolean isDigital=false) { // library marker kkossev.energyLib, line 80 Map map = [:] // library marker kkossev.energyLib, line 81 map.name = 'amperage' // library marker kkossev.energyLib, line 82 map.value = amperage.setScale((settings?.defaultPrecision ?: DEFAULT_PRECISION) as int, BigDecimal.ROUND_HALF_UP) // library marker kkossev.energyLib, line 83 map.unit = 'A' // library marker kkossev.energyLib, line 84 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 85 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 86 if (state.states.isRefresh == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 87 final BigDecimal lastAmperage = device.currentValue('amperage') ?: 0.00000001 // library marker kkossev.energyLib, line 88 final BigDecimal amperageThreshold = DEFAULT_DELTA // library marker kkossev.energyLib, line 89 if (Math.abs(amperage - lastAmperage ) >= amperageThreshold || state.states.isRefresh == true) { // library marker kkossev.energyLib, line 90 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 91 sendEvent(map) // library marker kkossev.energyLib, line 92 } // library marker kkossev.energyLib, line 93 else { // library marker kkossev.energyLib, line 94 logDebug "ignored ${map.name} ${map.value} ${map.unit} (change from ${lastAmperage} is less than ${amperageThreshold} mA)" // library marker kkossev.energyLib, line 95 } // library marker kkossev.energyLib, line 96 } // library marker kkossev.energyLib, line 97 void sendPowerEvent(BigDecimal power, boolean isDigital=false) { // library marker kkossev.energyLib, line 99 Map map = [:] // library marker kkossev.energyLib, line 100 map.name = 'power' // library marker kkossev.energyLib, line 101 map.value = power.setScale((settings?.defaultPrecision ?: DEFAULT_PRECISION) as int, BigDecimal.ROUND_HALF_UP) // library marker kkossev.energyLib, line 102 map.unit = 'W' // library marker kkossev.energyLib, line 103 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 104 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 105 if (state.states.isRefresh == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 106 final BigDecimal lastPower = device.currentValue('power') ?: 0.00000001 // library marker kkossev.energyLib, line 107 final BigDecimal powerThreshold = DEFAULT_DELTA // library marker kkossev.energyLib, line 108 if (power > MAX_POWER_LIMIT) { // library marker kkossev.energyLib, line 109 logDebug "ignored ${map.name} ${map.value} ${map.unit} (exceeds maximum power cap ${MAX_POWER_LIMIT} W)" // library marker kkossev.energyLib, line 110 return // library marker kkossev.energyLib, line 111 } // library marker kkossev.energyLib, line 112 if (Math.abs(power - lastPower ) >= powerThreshold || state.states.isRefresh == true) { // library marker kkossev.energyLib, line 113 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 114 sendEvent(map) // library marker kkossev.energyLib, line 115 } // library marker kkossev.energyLib, line 116 else { // library marker kkossev.energyLib, line 117 logDebug "ignored ${map.name} ${map.value} ${map.unit} (change from ${lastPower} is less than ${powerThreshold} W)" // library marker kkossev.energyLib, line 118 } // library marker kkossev.energyLib, line 119 } // library marker kkossev.energyLib, line 120 void sendFrequencyEvent(BigDecimal frequency, boolean isDigital=false) { // library marker kkossev.energyLib, line 122 Map map = [:] // library marker kkossev.energyLib, line 123 map.name = 'frequency' // library marker kkossev.energyLib, line 124 map.value = frequency.setScale(1, BigDecimal.ROUND_HALF_UP) // library marker kkossev.energyLib, line 125 map.unit = 'Hz' // library marker kkossev.energyLib, line 126 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 127 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 128 if (state.states.isRefresh == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 129 final BigDecimal lastFrequency = device.currentValue('frequency') ?: 0.00000001 // library marker kkossev.energyLib, line 130 final BigDecimal frequencyThreshold = 0.1 // library marker kkossev.energyLib, line 131 if (Math.abs(frequency - lastFrequency) >= frequencyThreshold || state.states.isRefresh == true) { // library marker kkossev.energyLib, line 132 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 133 sendEvent(map) // library marker kkossev.energyLib, line 134 } // library marker kkossev.energyLib, line 135 else { // library marker kkossev.energyLib, line 136 logDebug "ignored ${map.name} ${map.value} ${map.unit} (change from ${lastFrequency} is less than ${frequencyThreshold} Hz)" // library marker kkossev.energyLib, line 137 } // library marker kkossev.energyLib, line 138 } // library marker kkossev.energyLib, line 139 void sendPowerFactorEvent(BigDecimal pf, boolean isDigital=false) { // library marker kkossev.energyLib, line 141 Map map = [:] // library marker kkossev.energyLib, line 142 map.name = 'powerFactor' // library marker kkossev.energyLib, line 143 map.value = pf.setScale(2, BigDecimal.ROUND_HALF_UP) // library marker kkossev.energyLib, line 144 map.unit = '%' // library marker kkossev.energyLib, line 145 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 146 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 147 if (state.states.isRefresh == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 148 final BigDecimal lastPF = device.currentValue('powerFactor') ?: 0.00000001 // library marker kkossev.energyLib, line 149 final BigDecimal powerFactorThreshold = 0.01 // library marker kkossev.energyLib, line 150 if (Math.abs(pf - lastPF) >= powerFactorThreshold || state.states.isRefresh == true) { // library marker kkossev.energyLib, line 151 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 152 sendEvent(map) // library marker kkossev.energyLib, line 153 } // library marker kkossev.energyLib, line 154 else { // library marker kkossev.energyLib, line 155 logDebug "ignored ${map.name} ${map.value} ${map.unit} (change from ${lastFrequency} is less than ${powerFactorThreshold} %)" // library marker kkossev.energyLib, line 156 } // library marker kkossev.energyLib, line 157 } // library marker kkossev.energyLib, line 158 void sendEnergyEvent(BigDecimal energy_total, boolean isDigital=false) { // library marker kkossev.energyLib, line 160 BigDecimal energy = energy_total // library marker kkossev.energyLib, line 161 Map map = [:] // library marker kkossev.energyLib, line 162 logDebug "energy_total=${energy_total}" // library marker kkossev.energyLib, line 163 map.name = 'energy' // library marker kkossev.energyLib, line 164 map.value = energy // library marker kkossev.energyLib, line 165 map.unit = 'kWh' // library marker kkossev.energyLib, line 166 map.type = isDigital == true ? 'digital' : 'physical' // library marker kkossev.energyLib, line 167 if (isDigital == true) { map.isStateChange = true } // library marker kkossev.energyLib, line 168 map.descriptionText = "${map.name} is ${map.value} ${map.unit}" // library marker kkossev.energyLib, line 169 if (state.states.isRefreshRequest == true) { map.descriptionText += ' (refresh)' } // library marker kkossev.energyLib, line 170 BigDecimal lastEnergy = device.currentValue('energy') ?: 0.00000001 // library marker kkossev.energyLib, line 171 if (lastEnergy != energy || state.states.isRefreshRequest == true || isDigital == true) { // library marker kkossev.energyLib, line 172 sendEvent(map) // library marker kkossev.energyLib, line 173 logInfo "${map.descriptionText}" // library marker kkossev.energyLib, line 174 } // library marker kkossev.energyLib, line 175 else { // library marker kkossev.energyLib, line 176 logDebug "${device.displayName} ${map.name} is ${map.value} ${map.unit} (no change)" // library marker kkossev.energyLib, line 177 } // library marker kkossev.energyLib, line 178 } // library marker kkossev.energyLib, line 179 // parse the electrical measurement cluster 0x0B04 // library marker kkossev.energyLib, line 181 boolean standardParseElectricalMeasureCluster(Map descMap) { // library marker kkossev.energyLib, line 182 if (descMap.value == null || descMap.value == 'FFFF') { return true } // invalid or unknown value // library marker kkossev.energyLib, line 183 int value = hexStrToUnsignedInt(descMap.value) // library marker kkossev.energyLib, line 184 int attributeInt = hexStrToUnsignedInt(descMap.attrId) // library marker kkossev.energyLib, line 185 logTrace "standardParseElectricalMeasureCluster: (0x0B04) attribute 0x${descMap.attrId} descMap.value=${descMap.value} value=${value}" // library marker kkossev.energyLib, line 186 switch (attributeInt) { // library marker kkossev.energyLib, line 187 case ACTIVE_POWER_ID: // 0x050B // library marker kkossev.energyLib, line 188 BigDecimal power = new BigDecimal(value).divide(new BigDecimal(1/*0*/)) // library marker kkossev.energyLib, line 189 sendPowerEvent(power) // library marker kkossev.energyLib, line 190 break // library marker kkossev.energyLib, line 191 case RMS_CURRENT_ID: // 0x0508 // library marker kkossev.energyLib, line 192 BigDecimal current = new BigDecimal(value).divide(new BigDecimal(1000)) // library marker kkossev.energyLib, line 193 sendAmperageEvent(current) // library marker kkossev.energyLib, line 194 break // library marker kkossev.energyLib, line 195 case RMS_VOLTAGE_ID: // 0x0505 // library marker kkossev.energyLib, line 196 BigDecimal voltage = new BigDecimal(value).divide(new BigDecimal(10)) // library marker kkossev.energyLib, line 197 sendVoltageEvent(voltage) // library marker kkossev.energyLib, line 198 break // library marker kkossev.energyLib, line 199 case AC_FREQUENCY_ID: // 0x0300 // library marker kkossev.energyLib, line 200 BigDecimal frequency = new BigDecimal(value).divide(new BigDecimal(10)) // library marker kkossev.energyLib, line 201 sendFrequencyEvent(frequency) // library marker kkossev.energyLib, line 202 break // library marker kkossev.energyLib, line 203 case 0x0800: // AC Alarms Mask // library marker kkossev.energyLib, line 204 logDebug "standardParseElectricalMeasureCluster: (0x0B04) attribute 0x${descMap.attrId} AC Alarms Mask value=${value}" // library marker kkossev.energyLib, line 205 break // library marker kkossev.energyLib, line 206 case 0x0802: // AC Current Overload // library marker kkossev.energyLib, line 207 logDebug "standardParseElectricalMeasureCluster: (0x0B04) attribute 0x${descMap.attrId} AC Current Overload value=${value / 1000} (raw: ${value})" // library marker kkossev.energyLib, line 208 break // library marker kkossev.energyLib, line 209 case [AC_VOLTAGE_MULTIPLIER_ID, AC_VOLTAGE_DIVISOR_ID, AC_CURRENT_MULTIPLIER_ID, AC_CURRENT_DIVISOR_ID, AC_POWER_MULTIPLIER_ID, AC_POWER_DIVISOR_ID].contains(descMap.attrId): // library marker kkossev.energyLib, line 210 logDebug "standardParseElectricalMeasureCluster: (0x0B04) attribute 0x${descMap.attrId} descMap.value=${descMap.value} value=${value}" // library marker kkossev.energyLib, line 211 break // library marker kkossev.energyLib, line 212 default: // library marker kkossev.energyLib, line 213 logDebug "standardParseElectricalMeasureCluster: (0x0B04) not parsed attribute 0x${descMap.attrId} descMap.value=${descMap.value} value=${value}" // library marker kkossev.energyLib, line 214 return false // not parsed // library marker kkossev.energyLib, line 215 } // library marker kkossev.energyLib, line 216 return true // parsed and processed // library marker kkossev.energyLib, line 217 } // library marker kkossev.energyLib, line 218 // parse the metering cluster 0x0702 // library marker kkossev.energyLib, line 220 boolean standardParseMeteringCluster(Map descMap) { // library marker kkossev.energyLib, line 221 if (descMap.value == null || descMap.value == 'FFFF') { return true } // invalid or unknown value // library marker kkossev.energyLib, line 222 int value = hexStrToUnsignedInt(descMap.value) // library marker kkossev.energyLib, line 223 int attributeInt = hexStrToUnsignedInt(descMap.attrId) // library marker kkossev.energyLib, line 224 logTrace "standardParseMeteringCluster: (0x0702) attribute 0x${descMap.attrId} descMap.value=${descMap.value} value=${value}" // library marker kkossev.energyLib, line 225 switch (attributeInt) { // library marker kkossev.energyLib, line 226 case CURRENT_SUMMATION_DELIVERED: // 0x0000 // library marker kkossev.energyLib, line 227 BigDecimal energyScaled = new BigDecimal(value).divide(new BigDecimal(10/*00*/)) // library marker kkossev.energyLib, line 228 sendEnergyEvent(energyScaled) // library marker kkossev.energyLib, line 229 break // library marker kkossev.energyLib, line 230 default: // library marker kkossev.energyLib, line 231 logWarn "standardParseMeteringCluster: (0x0702) not parsed attribute 0x${descMap.attrId} descMap.value=${descMap.value} value=${value}" // library marker kkossev.energyLib, line 232 return false // not parsed // library marker kkossev.energyLib, line 233 } // library marker kkossev.energyLib, line 234 return true // parsed and processed // library marker kkossev.energyLib, line 235 } // library marker kkossev.energyLib, line 236 void energyInitializeVars( boolean fullInit = false ) { // library marker kkossev.energyLib, line 238 logDebug "energyInitializeVars()... fullInit = ${fullInit}" // library marker kkossev.energyLib, line 239 if (fullInit || settings?.defaultPrecision == null) { device.updateSetting('defaultPrecision', [value: DEFAULT_PRECISION, type: 'number']) } // library marker kkossev.energyLib, line 240 } // library marker kkossev.energyLib, line 241 // ~~~~~ end include (166) kkossev.energyLib ~~~~~