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custom_devices_diy.ts
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import {Zcl} from 'zigbee-herdsman';
import fz from '../converters/fromZigbee';
import tz from '../converters/toZigbee';
import * as exposes from '../lib/exposes';
import * as legacy from '../lib/legacy';
import * as m from '../lib/modernExtend';
import * as reporting from '../lib/reporting';
import {DefinitionWithExtend, Expose, Fz, KeyValue, KeyValueAny, Tz, Zh} from '../lib/types';
import {calibrateAndPrecisionRoundOptions, getFromLookup, getKey, isEndpoint, postfixWithEndpointName} from '../lib/utils';
const e = exposes.presets;
const ea = exposes.access;
const switchTypesList = {
switch: 0x00,
'multi-click': 0x02,
};
const tzLocal = {
tirouter: {
key: ['transmit_power'],
convertSet: async (entity, key, value, meta) => {
await entity.write('genBasic', {0x1337: {value, type: 0x28}});
return {state: {[key]: value}};
},
convertGet: async (entity, key, meta) => {
await entity.read('genBasic', [0x1337]);
},
} satisfies Tz.Converter,
multi_zig_sw_switch_type: {
key: ['switch_type_1', 'switch_type_2', 'switch_type_3', 'switch_type_4'],
convertGet: async (entity, key, meta) => {
await entity.read('genOnOffSwitchCfg', ['switchType']);
},
convertSet: async (entity, key, value, meta) => {
const data = getFromLookup(value, switchTypesList);
const payload = {switchType: data};
await entity.write('genOnOffSwitchCfg', payload);
return {state: {[`${key}`]: value}};
},
} satisfies Tz.Converter,
ptvo_on_off: {
key: ['state'],
convertSet: async (entity, key, value, meta) => {
return await tz.on_off.convertSet(entity, key, value, meta);
},
convertGet: async (entity, key, meta) => {
const cluster = 'genOnOff';
if (isEndpoint(entity) && (entity.supportsInputCluster(cluster) || entity.supportsOutputCluster(cluster))) {
return await tz.on_off.convertGet(entity, key, meta);
}
return;
},
} satisfies Tz.Converter,
};
const fzLocal = {
tirouter: {
cluster: 'genBasic',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const result: KeyValue = {linkquality: msg.linkquality};
if (msg.data['4919']) result['transmit_power'] = msg.data['4919'];
return result;
},
} satisfies Fz.Converter,
humidity2: {
cluster: 'msRelativeHumidity',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
// multi-endpoint version based on the stastard onverter 'fz.humidity'
let humidity = parseFloat(msg.data['measuredValue']) / 100.0;
humidity = calibrateAndPrecisionRoundOptions(humidity, options, 'humidity');
// https://github.com/Koenkk/zigbee2mqtt/issues/798
// Sometimes the sensor publishes non-realistic vales, it should only publish message
// in the 0 - 100 range, don't produce messages beyond these values.
if (humidity >= 0 && humidity <= 100) {
const multiEndpoint = model.meta && model.meta.multiEndpoint !== undefined && model.meta.multiEndpoint;
const property = multiEndpoint ? postfixWithEndpointName('humidity', msg, model, meta) : 'humidity';
return {[property]: humidity};
}
},
} satisfies Fz.Converter,
illuminance2: {
cluster: 'msIlluminanceMeasurement',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
// multi-endpoint version based on the stastard onverter 'fz.illuminance'
const illuminance = msg.data['measuredValue'];
let illuminanceLux = illuminance === 0 ? 0 : Math.pow(10, (illuminance - 1) / 10000);
illuminanceLux = calibrateAndPrecisionRoundOptions(illuminanceLux, options, 'illuminance');
const multiEndpoint = model.meta && model.meta.multiEndpoint !== undefined && model.meta.multiEndpoint;
const property1 = multiEndpoint ? postfixWithEndpointName('illuminance', msg, model, meta) : 'illuminance';
return {[property1]: illuminanceLux};
},
} satisfies Fz.Converter,
pressure2: {
cluster: 'msPressureMeasurement',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
// multi-endpoint version based on the stastard onverter 'fz.pressure'
let pressure = 0;
if (msg.data.scaledValue !== undefined) {
const scale = msg.endpoint.getClusterAttributeValue('msPressureMeasurement', 'scale') as number;
pressure = msg.data['scaledValue'] / Math.pow(10, scale) / 100.0; // convert to hPa
} else {
pressure = parseFloat(msg.data['measuredValue']);
}
pressure = calibrateAndPrecisionRoundOptions(pressure, options, 'pressure');
const multiEndpoint = model.meta && model.meta.multiEndpoint !== undefined && model.meta.multiEndpoint;
const property = multiEndpoint ? postfixWithEndpointName('pressure', msg, model, meta) : 'pressure';
return {[property]: pressure};
},
} satisfies Fz.Converter,
multi_zig_sw_battery: {
cluster: 'genPowerCfg',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const voltage = msg.data['batteryVoltage'] * 100;
const battery = (voltage - 2200) / 8;
return {battery: battery > 100 ? 100 : battery, voltage: voltage};
},
} satisfies Fz.Converter,
multi_zig_sw_switch_buttons: {
cluster: 'genMultistateInput',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const button = getKey(model.endpoint?.(msg.device) ?? {}, msg.endpoint.ID);
const actionLookup: {[key: number]: string} = {0: 'release', 1: 'single', 2: 'double', 3: 'triple', 4: 'hold'};
const value = msg.data['presentValue'];
const action = actionLookup[value];
return {action: button + '_' + action};
},
} satisfies Fz.Converter,
multi_zig_sw_switch_config: {
cluster: 'genOnOffSwitchCfg',
type: ['readResponse', 'attributeReport'],
convert: (model, msg, publish, options, meta) => {
const channel = getKey(model.endpoint?.(msg.device) ?? {}, msg.endpoint.ID);
const {switchType} = msg.data;
return {[`switch_type_${channel}`]: getKey(switchTypesList, switchType)};
},
} satisfies Fz.Converter,
};
function ptvoGetMetaOption(device: Zh.Device, key: string, defaultValue: unknown) {
if (device != null) {
const value = device.meta[key];
if (value === undefined) {
return defaultValue;
} else {
return value;
}
}
return defaultValue;
}
function ptvoSetMetaOption(device: Zh.Device, key: string, value: unknown) {
if (device != null && key != null) {
device.meta[key] = value;
}
}
function ptvoAddStandardExposes(endpoint: Zh.Endpoint, expose: Expose[], options: KeyValue, deviceOptions: KeyValue) {
const epId = endpoint.ID;
const epName = `l${epId}`;
if (endpoint.supportsInputCluster('lightingColorCtrl')) {
expose.push(e.light_brightness_colorxy().withEndpoint(epName));
options['exposed_onoff'] = true;
options['exposed_analog'] = true;
options['exposed_colorcontrol'] = true;
} else if (endpoint.supportsInputCluster('genLevelCtrl')) {
expose.push(e.light_brightness().withEndpoint(epName));
options['exposed_onoff'] = true;
options['exposed_analog'] = true;
options['exposed_levelcontrol'] = true;
}
if (endpoint.supportsInputCluster('genOnOff')) {
if (!options['exposed_onoff']) {
expose.push(e.switch().withEndpoint(epName));
}
}
if (endpoint.supportsInputCluster('genAnalogInput') || endpoint.supportsOutputCluster('genAnalogInput')) {
if (!options['exposed_analog']) {
options['exposed_analog'] = true;
expose.push(e.text(epName, ea.ALL).withEndpoint(epName).withProperty(epName).withDescription('State or sensor value'));
}
}
if (endpoint.supportsInputCluster('msTemperatureMeasurement')) {
expose.push(e.temperature().withEndpoint(epName));
}
if (endpoint.supportsInputCluster('msRelativeHumidity')) {
expose.push(e.humidity().withEndpoint(epName));
}
if (endpoint.supportsInputCluster('msPressureMeasurement')) {
expose.push(e.pressure().withEndpoint(epName));
}
if (endpoint.supportsInputCluster('msIlluminanceMeasurement')) {
expose.push(e.illuminance().withEndpoint(epName));
}
if (endpoint.supportsInputCluster('msCO2')) {
expose.push(e.co2());
}
if (endpoint.supportsInputCluster('pm25Measurement')) {
expose.push(e.pm25());
}
if (endpoint.supportsInputCluster('haElectricalMeasurement')) {
// haElectricalMeasurement may expose only one value defined explicitly
if (!(options['exposed_voltage'] || options['exposed_current'] || options['exposed_power'])) {
expose.push(e.voltage().withEndpoint(epName));
expose.push(e.current().withEndpoint(epName));
expose.push(e.power().withEndpoint(epName));
}
}
if (endpoint.supportsInputCluster('seMetering')) {
if (!options['exposed_energy']) {
expose.push(e.energy().withEndpoint(epName));
}
}
if (endpoint.supportsInputCluster('genPowerCfg')) {
deviceOptions['expose_battery'] = true;
}
if (endpoint.supportsInputCluster('genMultistateInput') || endpoint.supportsOutputCluster('genMultistateInput')) {
deviceOptions['expose_action'] = true;
}
}
const definitions: DefinitionWithExtend[] = [
{
/** @see https://github.com/Nerivec/silabs-firmware-builder/releases */
fingerprint: [
{modelID: 'ZGA008', manufacturerName: 'Aeotec', applicationVersion: 200},
{modelID: 'ZB-GW04', manufacturerName: 'easyiot', applicationVersion: 200},
{modelID: 'ZB-GW04-1v1', manufacturerName: 'easyiot', applicationVersion: 200},
{modelID: 'ZB-GW04-1v2', manufacturerName: 'easyiot', applicationVersion: 200},
{modelID: 'SkyConnect', manufacturerName: 'NabuCasa', applicationVersion: 200},
{modelID: 'SLZB-06M', manufacturerName: 'SMLIGHT', applicationVersion: 200},
{modelID: 'SLZB-07', manufacturerName: 'SMLIGHT', applicationVersion: 200},
{modelID: 'SLZB-07MG24', manufacturerName: 'SMLIGHT', applicationVersion: 200},
{modelID: 'DONGLE-E', manufacturerName: 'SONOFF', applicationVersion: 200},
{modelID: 'MGM240P', manufacturerName: 'SparkFun', applicationVersion: 200},
{modelID: 'MGM24', manufacturerName: 'TubesZB', applicationVersion: 200},
{modelID: 'MGM24PB', manufacturerName: 'TubesZB', applicationVersion: 200},
],
model: 'Silabs series 2 router',
vendor: 'Silabs',
description: 'Silabs series 2 adapter with router firmware',
toZigbee: [tz.factory_reset],
exposes: [
e
.enum('reset', ea.SET, ['reset'])
.withDescription(
'Resets and launches the bootloader for flashing. If USB, ensure the device is already connected to the machine where you intend to flash it before triggering this.',
),
],
extend: [m.linkQuality({reporting: true})],
// prevent timeout with tz.factory_reset (reboots adapter into bootloader, hence disconnected)
// since this is the only tz, it's not a problem to disable this globally
meta: {disableDefaultResponse: true},
},
{
zigbeeModel: ['ti.router'],
model: 'ti.router',
vendor: 'Custom devices (DiY)',
description: 'Texas Instruments router',
fromZigbee: [fzLocal.tirouter],
toZigbee: [tzLocal.tirouter],
exposes: [
e
.numeric('transmit_power', ea.ALL)
.withValueMin(-20)
.withValueMax(20)
.withValueStep(1)
.withUnit('dBm')
.withDescription(
'Transmit power, supported from firmware 20221102. The max for CC1352 is 20 dBm and 5 dBm for CC2652' +
' (any higher value is converted to 5dBm)',
),
],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(8);
const payload = [{attribute: 'zclVersion', minimumReportInterval: 0, maximumReportInterval: 3600, reportableChange: 0}];
await reporting.bind(endpoint, coordinatorEndpoint, ['genBasic']);
await endpoint.configureReporting('genBasic', payload);
},
},
{
zigbeeModel: ['lumi.router'],
model: 'CC2530.ROUTER',
vendor: 'Custom devices (DiY)',
description: 'CC2530 router',
fromZigbee: [fz.CC2530ROUTER_led, fz.CC2530ROUTER_meta, fz.ignore_basic_report],
toZigbee: [tz.ptvo_switch_trigger],
exposes: [e.binary('led', ea.STATE, true, false)],
},
{
zigbeeModel: ['cc2538.router.v1'],
model: 'CC2538.ROUTER.V1',
vendor: 'Custom devices (DiY)',
description: 'MODKAM stick СС2538 router',
fromZigbee: [fz.ignore_basic_report],
toZigbee: [],
exposes: [],
},
{
zigbeeModel: ['cc2538.router.v2'],
model: 'CC2538.ROUTER.V2',
vendor: 'Custom devices (DiY)',
description: 'MODKAM stick СС2538 router with temperature sensor',
fromZigbee: [fz.ignore_basic_report, fz.device_temperature],
toZigbee: [],
exposes: [e.device_temperature()],
},
{
zigbeeModel: ['ptvo.switch'],
model: 'ptvo.switch',
vendor: 'Custom devices (DiY)',
description: 'Multi-functional device',
fromZigbee: [
fz.battery,
fz.on_off,
fz.ptvo_multistate_action,
fz.ptvo_switch_uart,
fz.ptvo_switch_analog_input,
fz.brightness,
fz.ignore_basic_report,
fz.temperature,
fzLocal.humidity2,
fzLocal.pressure2,
fzLocal.illuminance2,
fz.electrical_measurement,
fz.metering,
fz.co2,
],
toZigbee: [tz.ptvo_switch_trigger, tz.ptvo_switch_uart, tz.ptvo_switch_analog_input, tz.ptvo_switch_light_brightness, tzLocal.ptvo_on_off],
exposes: (device, options) => {
const expose: Expose[] = [];
const exposeDeviceOptions: KeyValue = {};
const deviceConfig = ptvoGetMetaOption(device, 'device_config', '');
if (deviceConfig === '') {
if (device != null && device.endpoints) {
for (const endpoint of device.endpoints) {
const exposeEpOptions: KeyValue = {};
ptvoAddStandardExposes(endpoint, expose, exposeEpOptions, exposeDeviceOptions);
}
} else {
// fallback code
for (let epId = 1; epId <= 8; epId++) {
const epName = `l${epId}`;
expose.push(e.text(epName, ea.ALL).withEndpoint(epName).withProperty(epName).withDescription('State or sensor value'));
expose.push(e.switch().withEndpoint(epName));
}
}
} else {
// device configuration description from a device
const deviceConfigArray = deviceConfig.split(/[\r\n]+/);
const allEndpoints: {[key: number]: string} = {};
const allEndpointsSorted = [];
let epConfig;
for (let i = 0; i < deviceConfigArray.length; i++) {
epConfig = deviceConfigArray[i];
const matches = epConfig.match(/^([0-9A-F]+)/);
if (!matches || matches.length == 0) {
continue;
}
const epId = parseInt(matches[0], 16);
const epId2 = epId < 10 ? '0' + epId : epId;
epConfig = epConfig.replace(/^[0-9A-F]+/, epId2);
allEndpoints[epId] = '1';
allEndpointsSorted.push(epConfig);
}
for (const endpoint of device.endpoints) {
if (allEndpoints[endpoint.ID] !== undefined) {
continue;
}
epConfig = endpoint.ID.toString();
if (endpoint.ID < 10) {
epConfig = '0' + epConfig;
}
allEndpointsSorted.push(epConfig);
}
allEndpointsSorted.sort();
for (let i = 0; i < allEndpointsSorted.length; i++) {
epConfig = allEndpointsSorted[i];
const epId = parseInt(epConfig.substr(0, 2), 10);
epConfig = epConfig.substring(2);
const epName = `l${epId}`;
const epValueAccessRights = epConfig.substr(0, 1);
const epStateType = epValueAccessRights === 'W' || epValueAccessRights === '*' ? ea.STATE_SET : ea.STATE;
const valueConfig = epConfig.substr(1);
const valueConfigItems = valueConfig ? valueConfig.split(',') : [];
let valueId = valueConfigItems[0] ? valueConfigItems[0] : '';
let valueDescription = valueConfigItems[1] ? valueConfigItems[1] : '';
let valueUnit = valueConfigItems[2] !== undefined ? valueConfigItems[2] : '';
if (exposeDeviceOptions[epName] === undefined) {
exposeDeviceOptions[epName] = {};
}
const exposeEpOptions: KeyValueAny = exposeDeviceOptions[epName];
if (valueId === '*') {
// GPIO output (Generic)
exposeEpOptions['exposed_onoff'] = true;
expose.push(e.switch().withEndpoint(epName));
} else if (valueId === '#') {
// GPIO state (contact, gas, noise, occupancy, presence, smoke, sos, tamper, vibration, water leak)
exposeEpOptions['exposed_onoff'] = true;
let exposeObj = undefined;
switch (valueDescription) {
case 'g':
exposeObj = e.gas();
break;
case 'n':
exposeObj = e.noise_detected();
break;
case 'o':
exposeObj = e.occupancy();
break;
case 'p':
exposeObj = e.presence();
break;
case 'm':
exposeObj = e.smoke();
break;
case 's':
exposeObj = e.sos();
break;
case 't':
exposeObj = e.tamper();
break;
case 'v':
exposeObj = e.vibration();
break;
case 'w':
exposeObj = e.water_leak();
break;
default: // 'c'
exposeObj = e.contact();
}
expose.push(exposeObj.withProperty('state').withEndpoint(epName));
} else if (valueConfigItems.length > 0) {
let valueName = undefined; // name in Z2M
let valueNumIndex = undefined;
const idxPos = valueId.search(/(\d+)$/);
if (valueId.startsWith('mcpm') || valueId.startsWith('ncpm')) {
const num = parseInt(valueId.substr(4, 1), 16);
valueName = valueId.substr(0, 4) + num;
} else if (idxPos >= 0) {
valueNumIndex = valueId.substr(idxPos);
valueId = valueId.substr(0, idxPos);
}
// analog value
// 1: value name (if empty, use the EP name)
// 2: description (if empty or undefined, use the value name)
// 3: units (if undefined, use the key name)
const infoLookup: {[key: string]: string} = {
C: 'temperature',
'%': 'humidity',
m: 'altitude',
Pa: 'pressure',
ppm: 'quality',
psize: 'particle_size',
V: 'voltage',
A: 'current',
Wh: 'energy',
W: 'power',
Hz: 'frequency',
pf: 'power_factor',
lx: 'illuminance',
};
valueName = valueName !== undefined ? valueName : infoLookup[valueId];
if (valueName === undefined && valueNumIndex) {
valueName = 'val' + valueNumIndex;
}
if (valueName) {
exposeEpOptions['exposed_' + valueName] = true;
}
valueName = valueName === undefined ? epName : valueName + '_' + epName;
if (valueDescription === undefined || valueDescription === '') {
if (infoLookup[valueId]) {
valueDescription = infoLookup[valueId];
valueDescription = valueDescription.replace('_', ' ');
} else {
valueDescription = 'Sensor value';
}
}
valueDescription = valueDescription.substring(0, 1).toUpperCase() + valueDescription.substring(1);
if (valueNumIndex) {
valueDescription = valueDescription + ' ' + valueNumIndex;
}
if ((valueUnit === undefined || valueUnit === '') && infoLookup[valueId]) {
valueUnit = valueId;
}
exposeEpOptions['exposed_analog'] = true;
expose.push(
e
.numeric(valueName, epStateType)
.withValueMin(-9999999)
.withValueMax(9999999)
.withValueStep(1)
.withDescription(valueDescription)
.withUnit(valueUnit),
);
}
const epConfigNext = allEndpointsSorted[i + 1] || '-1';
const epIdNext = parseInt(epConfigNext.substr(0, 2), 10);
if (epIdNext !== epId) {
const endpoint = device.getEndpoint(epId);
if (!endpoint) {
continue;
}
ptvoAddStandardExposes(endpoint, expose, exposeEpOptions, exposeDeviceOptions);
}
}
}
if (exposeDeviceOptions['expose_action']) {
expose.push(e.action(['single', 'double', 'triple', 'hold', 'release']));
}
if (exposeDeviceOptions['expose_battery']) {
expose.push(e.battery());
}
return expose;
},
meta: {multiEndpoint: true, tuyaThermostatPreset: legacy.fz /* for subclassed custom converters */},
endpoint: (device) => {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
const endpointList: any = [];
const deviceConfig = ptvoGetMetaOption(device, 'device_config', '');
if (deviceConfig === '') {
if (device != null && device.endpoints) {
for (const endpoint of device.endpoints) {
const epId = endpoint.ID;
const epName = `l${epId}`;
endpointList[epName] = epId;
}
} else {
// fallback code
for (let epId = 1; epId <= 8; epId++) {
const epName = `l${epId}`;
endpointList[epName] = epId;
}
}
} else {
for (let i = 0; i < deviceConfig.length; i++) {
const epConfig = deviceConfig.charCodeAt(i);
if (epConfig === 0x20) {
continue;
}
const epId = i + 1;
const epName = `l${epId}`;
endpointList[epName] = epId;
}
}
endpointList['action'] = 1;
return endpointList;
},
configure: async (device, coordinatorEndpoint) => {
if (device != null) {
const controlEp = device.getEndpoint(1);
if (controlEp != null) {
try {
let deviceConfig = await controlEp.read('genBasic', [32768]);
if (deviceConfig) {
deviceConfig = deviceConfig['32768'];
ptvoSetMetaOption(device, 'device_config', deviceConfig);
device.save();
}
} catch {
/* do nothing */
}
}
for (const endpoint of device.endpoints) {
if (endpoint.supportsInputCluster('haElectricalMeasurement')) {
endpoint.saveClusterAttributeKeyValue('haElectricalMeasurement', {
dcCurrentDivisor: 1000,
dcCurrentMultiplier: 1,
dcPowerDivisor: 10,
dcPowerMultiplier: 1,
dcVoltageDivisor: 100,
dcVoltageMultiplier: 1,
acVoltageDivisor: 100,
acVoltageMultiplier: 1,
acCurrentDivisor: 1000,
acCurrentMultiplier: 1,
acPowerDivisor: 10,
acPowerMultiplier: 1,
});
}
if (endpoint.supportsInputCluster('seMetering')) {
endpoint.saveClusterAttributeKeyValue('seMetering', {divisor: 1000, multiplier: 1});
}
}
}
},
},
{
zigbeeModel: ['DNCKAT_D001'],
model: 'DNCKATSD001',
vendor: 'Custom devices (DiY)',
description: 'DNCKAT single key wired wall dimmable light switch',
extend: [m.light()],
},
{
zigbeeModel: ['DNCKAT_S001'],
model: 'DNCKATSW001',
vendor: 'Custom devices (DiY)',
description: 'DNCKAT single key wired wall light switch',
extend: [m.onOff()],
},
{
zigbeeModel: ['DNCKAT_S002'],
model: 'DNCKATSW002',
vendor: 'Custom devices (DiY)',
description: 'DNCKAT double key wired wall light switch',
fromZigbee: [fz.DNCKAT_S00X_buttons],
extend: [m.deviceEndpoints({endpoints: {left: 1, right: 2}}), m.onOff({endpointNames: ['left', 'right']})],
exposes: [e.action(['release_left', 'hold_left', 'release_right', 'hold_right'])],
},
{
zigbeeModel: ['DNCKAT_S003'],
model: 'DNCKATSW003',
vendor: 'Custom devices (DiY)',
description: 'DNCKAT triple key wired wall light switch',
fromZigbee: [fz.DNCKAT_S00X_buttons],
extend: [m.deviceEndpoints({endpoints: {left: 1, center: 2, right: 3}}), m.onOff({endpointNames: ['left', 'center', 'right']})],
exposes: [e.action(['release_left', 'hold_left', 'release_right', 'hold_right', 'release_center', 'hold_center'])],
},
{
zigbeeModel: ['DNCKAT_S004'],
model: 'DNCKATSW004',
vendor: 'Custom devices (DiY)',
description: 'DNCKAT quadruple key wired wall light switch',
fromZigbee: [fz.DNCKAT_S00X_buttons],
extend: [
m.deviceEndpoints({endpoints: {bottom_left: 1, bottom_right: 2, top_left: 3, top_right: 4}}),
m.onOff({endpointNames: ['bottom_left', 'bottom_right', 'top_left', 'top_right']}),
],
exposes: [
e.action([
'release_bottom_left',
'hold_bottom_left',
'release_bottom_right',
'hold_bottom_right',
'release_top_left',
'hold_top_left',
'release_top_right',
'hold_top_right',
]),
],
},
{
zigbeeModel: ['ZigUP'],
model: 'ZigUP',
vendor: 'Custom devices (DiY)',
description: 'CC2530 based ZigBee relais, switch, sensor and router',
fromZigbee: [fz.ZigUP],
toZigbee: [tz.on_off, tz.light_color, tz.ZigUP_lock],
exposes: [e.switch()],
},
{
zigbeeModel: ['ZWallRemote0'],
model: 'ZWallRemote0',
vendor: 'Custom devices (DiY)',
description: 'Matts Wall Switch Remote',
fromZigbee: [fz.command_toggle],
toZigbee: [],
exposes: [e.action(['toggle'])],
},
{
zigbeeModel: ['ZeeFlora'],
model: 'ZeeFlora',
vendor: 'Custom devices (DiY)',
description: 'Flower sensor with rechargeable battery',
fromZigbee: [fz.temperature, fz.soil_moisture, fz.battery],
toZigbee: [],
meta: {multiEndpoint: true},
configure: async (device, coordinatorEndpoint) => {
const firstEndpoint = device.getEndpoint(1);
await reporting.bind(firstEndpoint, coordinatorEndpoint, ['genPowerCfg', 'msTemperatureMeasurement', 'msSoilMoisture']);
const overrides = {min: 0, max: 3600, change: 0};
await reporting.batteryVoltage(firstEndpoint, overrides);
await reporting.batteryPercentageRemaining(firstEndpoint, overrides);
await reporting.temperature(firstEndpoint, overrides);
await reporting.soil_moisture(firstEndpoint, overrides);
},
exposes: [e.soil_moisture(), e.battery(), e.temperature()],
extend: [m.illuminance()],
},
{
zigbeeModel: ['UT-01'],
model: 'EFR32MG21.Router.1',
vendor: 'Custom devices (DiY)',
description: 'EFR32MG21 Zigbee bridge router',
extend: [m.forcePowerSource({powerSource: 'Mains (single phase)'})],
},
{
zigbeeModel: ['UT-02'],
model: 'EFR32MG21.Router.2',
vendor: 'Custom devices (DiY)',
description: 'EFR32MG21 router',
fromZigbee: [],
toZigbee: [],
exposes: [],
},
{
zigbeeModel: ['b-parasite'],
model: 'b-parasite',
vendor: 'Custom devices (DiY)',
description: 'b-parasite open source soil moisture sensor',
fromZigbee: [fz.temperature, fz.humidity, fz.battery, fz.soil_moisture],
toZigbee: [],
exposes: [e.temperature(), e.humidity(), e.battery(), e.soil_moisture()],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(10);
await reporting.bind(endpoint, coordinatorEndpoint, ['genPowerCfg', 'msTemperatureMeasurement', 'msRelativeHumidity', 'msSoilMoisture']);
await reporting.batteryPercentageRemaining(endpoint);
await reporting.temperature(endpoint);
await reporting.humidity(endpoint);
await reporting.soil_moisture(endpoint);
},
extend: [m.illuminance()],
},
{
zigbeeModel: ['MULTI-ZIG-SW'],
model: 'MULTI-ZIG-SW',
vendor: 'smarthjemmet.dk',
description: 'Multi switch from Smarthjemmet.dk',
fromZigbee: [fz.ignore_basic_report, fzLocal.multi_zig_sw_switch_buttons, fzLocal.multi_zig_sw_battery, fzLocal.multi_zig_sw_switch_config],
toZigbee: [tzLocal.multi_zig_sw_switch_type],
exposes: [
...[e.enum('switch_type_1', exposes.access.ALL, Object.keys(switchTypesList)).withEndpoint('button_1')],
...[e.enum('switch_type_2', exposes.access.ALL, Object.keys(switchTypesList)).withEndpoint('button_2')],
...[e.enum('switch_type_3', exposes.access.ALL, Object.keys(switchTypesList)).withEndpoint('button_3')],
...[e.enum('switch_type_4', exposes.access.ALL, Object.keys(switchTypesList)).withEndpoint('button_4')],
e.battery(),
e.action(['single', 'double', 'triple', 'hold', 'release']),
e.battery_voltage(),
],
meta: {multiEndpoint: true},
endpoint: (device) => {
return {button_1: 2, button_2: 3, button_3: 4, button_4: 5};
},
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(1);
await endpoint.read('genBasic', ['modelId', 'swBuildId', 'powerSource']);
},
},
{
// https://github.com/devbis/z03mmc/
zigbeeModel: ['LYWSD03MMC'],
model: 'LYWSD03MMC',
vendor: 'Custom devices (DiY)',
description: 'Xiaomi temperature & humidity sensor with custom firmware',
extend: [
m.quirkAddEndpointCluster({
endpointID: 1,
outputClusters: [],
inputClusters: ['genPowerCfg', 'msTemperatureMeasurement', 'msRelativeHumidity', 'hvacUserInterfaceCfg'],
}),
m.battery(),
m.temperature({reporting: {min: 10, max: 300, change: 10}}),
m.humidity({reporting: {min: 10, max: 300, change: 50}}),
m.enumLookup({
name: 'temperature_display_mode',
lookup: {celsius: 0, fahrenheit: 1},
cluster: 'hvacUserInterfaceCfg',
attribute: 'tempDisplayMode',
description: 'The units of the temperature displayed on the device screen.',
}),
m.binary({
name: 'show_smiley',
valueOn: ['SHOW', 1],
valueOff: ['HIDE', 0],
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0010, type: Zcl.DataType.BOOLEAN},
description: 'Whether to show a smiley on the device screen.',
}),
m.binary({
name: 'enable_display',
valueOn: ['ON', 1],
valueOff: ['OFF', 0],
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0011, type: Zcl.DataType.BOOLEAN},
description: 'Whether to turn display on/off.',
}),
m.numeric({
name: 'temperature_calibration',
unit: '°C',
cluster: 'msTemperatureMeasurement',
attribute: {ID: 0x0010, type: Zcl.DataType.INT16},
valueMin: -100.0,
valueMax: 100.0,
valueStep: 0.01,
scale: 100,
description: 'The temperature calibration offset is set in 0.01° steps.',
}),
m.numeric({
name: 'humidity_calibration',
unit: '%',
cluster: 'msRelativeHumidity',
attribute: {ID: 0x0010, type: Zcl.DataType.INT16},
valueMin: -100.0,
valueMax: 100.0,
valueStep: 0.01,
scale: 100,
description: 'The humidity calibration offset is set in 0.01 % steps.',
}),
m.numeric({
name: 'comfort_temperature_min',
unit: '°C',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0102, type: Zcl.DataType.INT16},
valueMin: -100.0,
valueMax: 100.0,
scale: 100,
description: 'Comfort parameters/Temperature minimum, in 0.01°C steps.',
}),
m.numeric({
name: 'comfort_temperature_max',
unit: '°C',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0103, type: Zcl.DataType.INT16},
valueMin: -100.0,
valueMax: 100.0,
scale: 100,
description: 'Comfort parameters/Temperature maximum, in 0.01°C steps.',
}),
m.numeric({
name: 'comfort_humidity_min',
unit: '%',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0104, type: Zcl.DataType.UINT16},
valueMin: 0.0,
valueMax: 100.0,
scale: 100,
description: 'Comfort parameters/Humidity minimum, in 0.01% steps.',
}),
m.numeric({
name: 'comfort_humidity_max',
unit: '%',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0105, type: Zcl.DataType.UINT16},
valueMin: 0.0,
valueMax: 100.0,
scale: 100,
description: 'Comfort parameters/Humidity maximum, in 0.01% steps.',
}),
],
ota: true,
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(1);
const bindClusters = ['msTemperatureMeasurement', 'msRelativeHumidity', 'genPowerCfg'];
await reporting.bind(endpoint, coordinatorEndpoint, bindClusters);
await reporting.temperature(endpoint, {min: 10, max: 300, change: 10});
await reporting.humidity(endpoint, {min: 10, max: 300, change: 50});
await reporting.batteryPercentageRemaining(endpoint);
try {
await endpoint.read('hvacThermostat', [0x0010, 0x0011, 0x0102, 0x0103, 0x0104, 0x0105]);
await endpoint.read('msTemperatureMeasurement', [0x0010]);
await endpoint.read('msRelativeHumidity', [0x0010]);
} catch {
/* backward compatibility */
}
},
},
{
zigbeeModel: ['MHO-C401N'],
model: 'MHO-C401N',
vendor: 'Custom devices (DiY)',
description: 'Xiaomi temperature & humidity sensor with custom firmware',
extend: [
m.quirkAddEndpointCluster({
endpointID: 1,
outputClusters: ['hvacUserInterfaceCfg'],
inputClusters: ['genPowerCfg', 'msTemperatureMeasurement', 'msRelativeHumidity', 'hvacUserInterfaceCfg'],
}),
m.battery(),
m.temperature({reporting: {min: 10, max: 300, change: 10}}),
m.humidity({reporting: {min: 10, max: 300, change: 50}}),
// Temperature display and show smile.
// For details, see: https://github.com/pvvx/ZigbeeTLc/issues/28#issue-2033984519
m.enumLookup({
name: 'temperature_display_mode',
lookup: {celsius: 0, fahrenheit: 1},
cluster: 'hvacUserInterfaceCfg',
attribute: 'tempDisplayMode',
description: 'The units of the temperature displayed on the device screen.',
}),
m.binary({
name: 'show_smile',
valueOn: ['HIDE', 1],
valueOff: ['SHOW', 0],
cluster: 'hvacUserInterfaceCfg',
attribute: 'programmingVisibility',
description: 'Whether to show a smile on the device screen.',
}),
// Setting offsets for temperature and humidity.
// For details, see: https://github.com/pvvx/ZigbeeTLc/issues/30
m.numeric({
name: 'temperature_calibration',
unit: 'C',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0100, type: 40},
valueMin: -12.7,
valueMax: 12.7,
valueStep: 0.1,
scale: 10,
description: 'The temperature calibration, in 0.1° steps. Requires v0.1.1.6 or newer.',
}),
m.numeric({
name: 'humidity_calibration',
unit: '%',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0101, type: 40},
valueMin: -12.7,
valueMax: 12.7,
valueStep: 0.1,
scale: 10,
description: 'The humidity offset is set in 0.1 % steps. Requires v0.1.1.6 or newer.',
}),
// Comfort parameters.
// For details, see: https://github.com/pvvx/ZigbeeTLc/issues/28#issuecomment-1855763432
m.numeric({
name: 'comfort_temperature_min',
unit: 'C',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0102, type: 40},
valueMin: -127,
valueMax: 127,
description: 'Comfort parameters/Temperature minimum, in 1° steps. Requires v0.1.1.7 or newer.',
}),
m.numeric({
name: 'comfort_temperature_max',
unit: 'C',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0103, type: 40},
valueMin: -127,
valueMax: 127,
description: 'Comfort parameters/Temperature maximum, in 1° steps. Requires v0.1.1.7 or newer.',
}),
m.numeric({
name: 'comfort_humidity_min',
unit: '%',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0104, type: 32},
valueMin: 0,
valueMax: 100,
description: 'Comfort parameters/Humidity minimum, in 1% steps. Requires v0.1.1.7 or newer.',
}),
m.numeric({
name: 'comfort_humidity_max',
unit: '%',
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0105, type: 32},
valueMin: 0,
valueMax: 100,
description: 'Comfort parameters/Humidity maximum, in 1% steps. Requires v0.1.1.7 or newer.',
}),
],
ota: true,
},
{
zigbeeModel: ['MHO-C401N-z'],
model: 'MHO-C401N-z',
vendor: 'Xiaomi',
description: 'E-Ink temperature & humidity sensor with custom firmware (pvxx/ZigbeeTLc)',
extend: [
m.quirkAddEndpointCluster({
endpointID: 1,
outputClusters: [],
inputClusters: ['genPowerCfg', 'msTemperatureMeasurement', 'msRelativeHumidity', 'hvacUserInterfaceCfg'],
}),
m.battery({percentage: true}),
m.temperature({reporting: {min: 10, max: 300, change: 10}, access: 'STATE'}),
m.humidity({reporting: {min: 2, max: 300, change: 50}, access: 'STATE'}),
m.enumLookup({
name: 'temperature_display_mode',
lookup: {celsius: 0, fahrenheit: 1},
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0000, type: Zcl.DataType.ENUM8},
description: 'The units of the temperature displayed on the device screen.',
}),
m.binary({
name: 'smiley',
valueOn: ['SHOW', 0],
valueOff: ['HIDE', 1],
cluster: 'hvacUserInterfaceCfg',
attribute: {ID: 0x0002, type: Zcl.DataType.ENUM8},