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tuya.ts
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import fz from '../converters/fromZigbee';
import tz from '../converters/toZigbee';
import * as libColor from '../lib/color';
import {ColorMode, colorModeLookup} from '../lib/constants';
import * as exposes from '../lib/exposes';
import * as legacy from '../lib/legacy';
import {logger} from '../lib/logger';
import * as m from '../lib/modernExtend';
import * as reporting from '../lib/reporting';
import * as globalStore from '../lib/store';
import * as tuya from '../lib/tuya';
import {DefinitionWithExtend, Expose, Fz, KeyValue, KeyValueAny, KeyValueString, ModernExtend, Tz, Zh} from '../lib/types';
import * as utils from '../lib/utils';
import {addActionGroup, hasAlreadyProcessedMessage, postfixWithEndpointName} from '../lib/utils';
import * as zosung from '../lib/zosung';
const NS = 'zhc:tuya';
const {tuyaLight, tuyaBase, tuyaMagicPacket, dpBinary, dpNumeric, dpEnumLookup} = tuya.modernExtend;
const e = exposes.presets;
const ea = exposes.access;
const fzZosung = zosung.fzZosung;
const tzZosung = zosung.tzZosung;
const ez = zosung.presetsZosung;
const storeLocal = {
getPrivatePJ1203A: (device: Zh.Device) => {
let priv = globalStore.getValue(device, 'private_state');
if (priv === undefined) {
//
// The PJ-1203A is sending quick sequences of messages containing a single datapoint.
// A sequence occurs every `update_frequency` seconds (10s by default)
//
// A typical sequence is composed of two identical groups for channel a and b.
//
// 102 energy_flow_a
// 112 voltage
// 113 current_a
// 101 power_a
// 110 power_factor_a
// 111 ac_frequency
// 115 power_ab
// ---
// 104 energy_flow_b
// 112 voltage
// 114 current_b
// 105 power_b
// 121 power_factor_b
// 111 ac_frequency
// 115 power_ab
//
// It should be noted that when no current is detected on channel x then
// energy_flow_x is not emited and current_x==0, power_x==0 and power_factor_x==100.
//
// The other datapoints are emitted every few minutes.
//
// There is a known issue on the _TZE204_81yrt3lo (with appVersion 74, stackVersion 0 and hwVersion 1).
// The energy_flow datapoints are (incorrectly) emited during the next update. This is quite problematic
// because that means that the direction can be inverted for up to update_frequency seconds.
//
// The features implemented here are
// - cache the datapoints for each channel and publish them together.
// - (OPTIONAL) solve the issue described above by waiting for the next energy flow datapoint
// before publishing the cached channel data.
// - (OPTIONAL) provide signed power instead of energy flow.
// - detect missing or reordered Zigbee message using the Tuya 'seq' attibute and invalidate
// cached data accordingly.
//
priv = {
// Cached values for both channels
sign_a: null,
sign_b: null,
power_a: null,
power_b: null,
current_a: null,
current_b: null,
power_factor_a: null,
power_factor_b: null,
timestamp_a: null,
timestamp_b: null,
// Used to detect missing or misordered messages.
last_seq: -99999,
// Do all PJ-1203A increment seq by 256? If not, then this is
// the value that will have to be customized.
seq_inc: 256,
// Also need to save the last published SIGNED values of
// power_a and power_b to recompute power_ab on the fly.
pub_power_a: null,
pub_power_b: null,
recompute_power_ab: function (result: KeyValueAny) {
let modified = false;
if ('power_a' in result) {
this.pub_power_a = result.power_a * (result.energy_flow_a == 'producing' ? -1 : 1);
modified = true;
}
if ('power_b' in result) {
this.pub_power_b = result.power_b * (result.energy_flow_b == 'producing' ? -1 : 1);
modified = true;
}
if (modified) {
if (this.pub_power_a !== null && this.pub_power_b !== null) {
// Cancel and reapply the scaling by 10 to avoid floating-point rounding errors
// such as 79.8 - 37.1 = 42.699999999999996
result['power_ab'] = Math.round(10 * this.pub_power_a + 10 * this.pub_power_b) / 10;
}
}
},
flush: function (result: KeyValueAny, channel: string, options: KeyValue) {
const sign = this['sign_' + channel];
const power = this['power_' + channel];
const current = this['current_' + channel];
const powerFactor = this['power_factor_' + channel];
this['sign_' + channel] = this['power_' + channel] = this['current_' + channel] = this['power_factor_' + channel] = null;
// Only publish if the set is complete otherwise discard everything.
if (sign !== null && power !== null && current !== null && powerFactor !== null) {
const signedPowerKey = 'signed_power_' + channel;
const signedPower = options[signedPowerKey] !== undefined ? options[signedPowerKey] : false;
if (signedPower) {
result['power_' + channel] = sign * power;
result['energy_flow_' + channel] = 'sign';
} else {
result['power_' + channel] = power;
result['energy_flow_' + channel] = sign > 0 ? 'consuming' : 'producing';
}
result['timestamp_' + channel] = this['timestamp_' + channel];
result['current_' + channel] = current;
result['power_factor_' + channel] = powerFactor;
this.recompute_power_ab(result);
return true;
}
return false;
},
// When the device does not detect any flow, it stops sending
// the energy_flow datapoint (102 and 104) and always set
// current_x=0, power_x=0 and power_factor_x=100.
//
// So if we see a datapoint with current==0 or power==0
// then we can safely assume that we are in that zero energy state.
//
// Also, the publication of a zero energy state is not delayed
// when option late_energy_flow_a|b is set.
flushZero: function (result: KeyValueAny, channel: string, options: KeyValue) {
this['sign_' + channel] = +1;
this['power_' + channel] = 0;
this['timestamp_' + channel] = new Date().toISOString();
this['current_' + channel] = 0;
this['power_factor_' + channel] = 100;
this.flush(result, channel, options);
},
clear: function () {
priv.sign_a = null;
priv.sign_b = null;
priv.power_a = null;
priv.power_b = null;
priv.current_a = null;
priv.current_b = null;
priv.power_factor_a = null;
priv.power_factor_b = null;
},
};
globalStore.putValue(device, 'private_state', priv);
}
return priv;
},
};
const convLocal = {
energyFlowPJ1203A: (channel: string) => {
return {
from: (v: number, meta: Fz.Meta, options: KeyValue) => {
const priv = storeLocal.getPrivatePJ1203A(meta.device);
const result = {};
priv['sign_' + channel] = v == 1 ? -1 : +1;
const lateEnergyFlowKey = 'late_energy_flow_' + channel;
const lateEnergyFlow = options[lateEnergyFlowKey] !== undefined ? options[lateEnergyFlowKey] : false;
if (lateEnergyFlow) {
priv.flush(result, channel, options);
}
return result;
},
};
},
powerPJ1203A: (channel: string) => {
return {
from: (v: number, meta: Fz.Meta, options: KeyValue) => {
const priv = storeLocal.getPrivatePJ1203A(meta.device);
const result = {};
priv['power_' + channel] = v / 10;
priv['timestamp_' + channel] = new Date().toISOString();
if (v == 0) {
priv.flushZero(result, channel, options);
return result;
}
return result;
},
};
},
currentPJ1203A: (channel: string) => {
return {
from: (v: number, meta: Fz.Meta, options: KeyValue) => {
const priv = storeLocal.getPrivatePJ1203A(meta.device);
const result = {};
priv['current_' + channel] = v / 1000;
if (v == 0) {
priv.flushZero(result, channel, options);
return result;
}
return result;
},
};
},
powerFactorPJ1203A: (channel: string) => {
return {
from: (v: number, meta: Fz.Meta, options: KeyValue) => {
const priv = storeLocal.getPrivatePJ1203A(meta.device);
const result = {};
priv['power_factor_' + channel] = v;
const lateEnergyFlowKey = 'late_energy_flow_' + channel;
const lateEnergyFlow = options[lateEnergyFlowKey] !== undefined ? options[lateEnergyFlowKey] : false;
if (!lateEnergyFlow) {
priv.flush(result, channel, options);
}
return result;
},
};
},
powerAbPJ1203A: () => {
return {
// power_ab datapoint is broken and will be recomputed so ignore it.
from: (v: number, meta: Fz.Meta, options: KeyValue) => {
return {};
},
};
},
};
const tzLocal = {
TS030F_border: {
key: ['border'],
convertSet: async (entity, key, value, meta) => {
const lookup = {up: 0, down: 1, up_delete: 2, down_delete: 3};
await entity.write(0xe001, {0xe001: {value: utils.getFromLookup(value, lookup), type: 0x30}});
},
} satisfies Tz.Converter,
TS0726_switch_mode: {
key: ['switch_mode'],
convertSet: async (entity, key, value, meta) => {
await entity.write(0xe001, {0xd020: {value: utils.getFromLookup(value, {switch: 0, scene: 1}), type: 0x30}});
return {state: {switch_mode: value}};
},
} satisfies Tz.Converter,
led_control: {
key: ['brightness', 'color', 'color_temp', 'transition'],
options: [exposes.options.color_sync()],
convertSet: async (entity, _key, _value, meta) => {
const newState: KeyValue = {};
// The color mode encodes whether the light is using its white LEDs or its color LEDs
let colorMode = meta.state.color_mode ?? colorModeLookup[ColorMode.ColorTemp];
// Color mode switching is done by setting color temperature (switch to white LEDs) or setting color (switch
// to color LEDs)
if ('color_temp' in meta.message) colorMode = colorModeLookup[ColorMode.ColorTemp];
if ('color' in meta.message) colorMode = colorModeLookup[ColorMode.HS];
if (colorMode != meta.state.color_mode) {
newState.color_mode = colorMode;
// To switch between white mode and color mode, we have to send a special command:
const rgbMode = colorMode == colorModeLookup[ColorMode.HS];
await entity.command('lightingColorCtrl', 'tuyaRgbMode', {enable: rgbMode});
}
// A transition time of 0 would be treated as about 1 second, probably some kind of fallback/default
// transition time, so for "no transition" we use 1 (tenth of a second).
const transtime = typeof meta.message.transition === 'number' ? meta.message.transition * 10 : 0.1;
if (colorMode == colorModeLookup[ColorMode.ColorTemp]) {
if ('brightness' in meta.message) {
const zclData = {level: Number(meta.message.brightness), transtime};
await entity.command('genLevelCtrl', 'moveToLevel', zclData, utils.getOptions(meta.mapped, entity));
newState.brightness = meta.message.brightness;
}
if ('color_temp' in meta.message) {
const zclData = {colortemp: meta.message.color_temp, transtime: transtime};
await entity.command('lightingColorCtrl', 'moveToColorTemp', zclData, utils.getOptions(meta.mapped, entity));
newState.color_temp = meta.message.color_temp;
}
} else if (colorMode == colorModeLookup[ColorMode.HS]) {
if ('brightness' in meta.message || 'color' in meta.message) {
// We ignore the brightness of the color and instead use the overall brightness setting of the lamp
// for the brightness because I think that's the expected behavior and also because the color
// conversion below always returns 100 as brightness ("value") even for very dark colors, except
// when the color is completely black/zero.
// Load current state or defaults
const newSettings = {
brightness: meta.state.brightness ?? 254, // full brightness
// @ts-expect-error ignore
hue: (meta.state.color ?? {}).hue ?? 0, // red
// @ts-expect-error ignore
saturation: (meta.state.color ?? {}).saturation ?? 100, // full saturation
};
// Apply changes
if ('brightness' in meta.message) {
newSettings.brightness = meta.message.brightness;
newState.brightness = meta.message.brightness;
}
if ('color' in meta.message) {
// The Z2M UI sends `{ hex:'#xxxxxx' }`.
// Home Assistant sends `{ h: xxx, s: xxx }`.
// We convert the former into the latter.
const c = libColor.Color.fromConverterArg(meta.message.color);
if (c.isRGB()) {
// /~https://github.com/Koenkk/zigbee2mqtt/issues/13421#issuecomment-1426044963
c.hsv = c.rgb.gammaCorrected().toXY().toHSV();
}
const color = c.hsv;
newSettings.hue = color.hue;
newSettings.saturation = color.saturation;
newState.color = {
hue: color.hue,
saturation: color.saturation,
};
}
// Convert to device specific format and send
const brightness = utils.toNumber(newSettings.brightness, 'brightness');
const zclData = {
brightness: utils.mapNumberRange(brightness, 0, 254, 0, 1000),
hue: newSettings.hue,
saturation: utils.mapNumberRange(newSettings.saturation, 0, 100, 0, 1000),
};
// This command doesn't support a transition time
await entity.command(
'lightingColorCtrl',
'tuyaMoveToHueAndSaturationBrightness2',
zclData,
utils.getOptions(meta.mapped, entity),
);
}
}
// If we're in white mode, calculate a matching display color for the set color temperature. This also kind
// of works in the other direction.
Object.assign(newState, libColor.syncColorState(newState, meta.state, entity, meta.options));
return {state: newState};
},
convertGet: async (entity, key, meta) => {
await entity.read('lightingColorCtrl', ['currentHue', 'currentSaturation', 'currentLevel', 'tuyaRgbMode', 'colorTemperature']);
},
} satisfies Tz.Converter,
TS0504B_color: {
key: ['color'],
convertSet: async (entity, key, value, meta) => {
const color = libColor.Color.fromConverterArg(value);
const enableWhite =
(color.isRGB() && color.rgb.red === 1 && color.rgb.green === 1 && color.rgb.blue === 1) ||
// Zigbee2MQTT frontend white value
(color.isXY() && (color.xy.x === 0.3125 || color.xy.y === 0.32894736842105265)) ||
// Home Assistant white color picker value
(color.isXY() && (color.xy.x === 0.323 || color.xy.y === 0.329));
if (enableWhite) {
await entity.command('lightingColorCtrl', 'tuyaRgbMode', {enable: false});
const newState: KeyValue = {color_mode: 'xy'};
if (color.isXY()) {
newState.color = color.xy;
} else {
newState.color = color.rgb.gammaCorrected().toXY().rounded(4);
}
return {state: libColor.syncColorState(newState, meta.state, entity, meta.options) as KeyValue};
} else {
return await tz.light_color.convertSet(entity, key, value, meta);
}
},
convertGet: tz.light_color.convertGet,
} satisfies Tz.Converter,
TS0224: {
key: ['light', 'duration', 'volume'],
convertSet: async (entity, key, value, meta) => {
if (key === 'light') {
utils.assertString(value, 'light');
await entity.command('genOnOff', value.toLowerCase() === 'on' ? 'on' : 'off', {}, utils.getOptions(meta.mapped, entity));
} else if (key === 'duration') {
await entity.write('ssIasWd', {maxDuration: value}, utils.getOptions(meta.mapped, entity));
} else if (key === 'volume') {
const lookup: KeyValue = {mute: 0, low: 10, medium: 30, high: 50};
utils.assertString(value, 'volume');
const lookupValue = lookup[value];
value = value.toLowerCase();
utils.validateValue(value, Object.keys(lookup));
await entity.write('ssIasWd', {0x0002: {value: lookupValue, type: 0x0a}}, utils.getOptions(meta.mapped, entity));
}
return {state: {[key]: value}};
},
} satisfies Tz.Converter,
temperature_unit: {
key: ['temperature_unit'],
convertSet: async (entity, key, value, meta) => {
switch (key) {
case 'temperature_unit': {
utils.assertString(value, 'temperature_unit');
await entity.write('manuSpecificTuya_2', {'57355': {value: {celsius: 0, fahrenheit: 1}[value], type: 48}});
break;
}
default: // Unknown key
logger.warning(`Unhandled key ${key}`, NS);
}
},
} satisfies Tz.Converter,
TS011F_threshold: {
key: [
'temperature_threshold',
'temperature_breaker',
'power_threshold',
'power_breaker',
'over_current_threshold',
'over_current_breaker',
'over_voltage_threshold',
'over_voltage_breaker',
'under_voltage_threshold',
'under_voltage_breaker',
],
convertSet: async (entity, key, value, meta) => {
const onOffLookup = {on: 1, off: 0};
switch (key) {
case 'temperature_threshold': {
const state = meta.state['temperature_breaker'];
const buf = Buffer.from([5, utils.getFromLookup(state, onOffLookup), 0, utils.toNumber(value, 'temperature_threshold')]);
await entity.command('manuSpecificTuya_3', 'setOptions2', {data: buf});
break;
}
case 'temperature_breaker': {
const threshold = meta.state['temperature_threshold'];
const number = utils.toNumber(threshold, 'temperature_threshold');
const buf = Buffer.from([5, utils.getFromLookup(value, onOffLookup), 0, number]);
await entity.command('manuSpecificTuya_3', 'setOptions2', {data: buf});
break;
}
case 'power_threshold': {
const state = meta.state['power_breaker'];
const buf = Buffer.from([7, utils.getFromLookup(state, onOffLookup), 0, utils.toNumber(value, 'power_breaker')]);
await entity.command('manuSpecificTuya_3', 'setOptions2', {data: buf});
break;
}
case 'power_breaker': {
const threshold = meta.state['power_threshold'];
const number = utils.toNumber(threshold, 'power_breaker');
const buf = Buffer.from([7, utils.getFromLookup(value, onOffLookup), 0, number]);
await entity.command('manuSpecificTuya_3', 'setOptions2', {data: buf});
break;
}
case 'over_current_threshold': {
const state = meta.state['over_current_breaker'];
const buf = Buffer.from([1, utils.getFromLookup(state, onOffLookup), 0, utils.toNumber(value, 'over_current_threshold')]);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
case 'over_current_breaker': {
const threshold = meta.state['over_current_threshold'];
const number = utils.toNumber(threshold, 'over_current_threshold');
const buf = Buffer.from([1, utils.getFromLookup(value, onOffLookup), 0, number]);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
case 'over_voltage_threshold': {
const state = meta.state['over_voltage_breaker'];
const buf = Buffer.alloc(4);
buf.writeUInt8(3, 0);
buf.writeUInt8(utils.getFromLookup(state, onOffLookup), 1);
buf.writeUInt16BE(utils.toNumber(value, 'over_voltage_threshold'), 2);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
case 'over_voltage_breaker': {
const threshold = meta.state['over_voltage_threshold'];
const number = utils.toNumber(threshold, 'over_voltage_threshold');
const buf = Buffer.from([3, utils.getFromLookup(value, onOffLookup), 0, number]);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
case 'under_voltage_threshold': {
const state = meta.state['under_voltage_breaker'];
const buf = Buffer.from([4, utils.getFromLookup(state, onOffLookup), 0, utils.toNumber(value, 'under_voltage_threshold')]);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
case 'under_voltage_breaker': {
const threshold = meta.state['under_voltage_threshold'];
const number = utils.toNumber(threshold, 'under_voltage_breaker');
const buf = Buffer.from([4, utils.getFromLookup(value, onOffLookup), 0, number]);
await entity.command('manuSpecificTuya_3', 'setOptions3', {data: buf});
break;
}
default: // Unknown key
logger.warning(`Unhandled key ${key}`, NS);
}
},
} satisfies Tz.Converter,
};
const fzLocal = {
TS0726_action: {
cluster: 'genOnOff',
type: ['commandTuyaAction'],
convert: (model, msg, publish, options, meta) => {
return {action: `scene_${msg.endpoint.ID}`};
},
} satisfies Fz.Converter,
TS0222_humidity: {
...fz.humidity,
convert: async (model, msg, publish, options, meta) => {
const result = fz.humidity.convert(model, msg, publish, options, meta);
if (result) result.humidity *= 10;
return result;
},
} satisfies Fz.Converter,
scene_recall: {
cluster: 'genScenes',
type: 'commandRecall',
convert: (model, msg, publish, options, meta) => {
if (hasAlreadyProcessedMessage(msg, model)) return;
const payload = {action: postfixWithEndpointName(`scene_${msg.data.sceneid}`, msg, model, meta)};
addActionGroup(payload, msg, model);
return payload;
},
} satisfies Fz.Converter,
scenes_recall_scene_65029: {
cluster: '65029',
type: ['raw', 'attributeReport'],
convert: (model, msg, publish, options, meta) => {
const id = meta.device.modelID === '005f0c3b' ? msg.data[0] : msg.data[msg.data.length - 1];
return {action: `scene_${id}`};
},
} satisfies Fz.Converter,
TS0201_battery: {
cluster: 'genPowerCfg',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
// /~https://github.com/Koenkk/zigbee2mqtt/issues/11470
// /~https://github.com/Koenkk/zigbee-herdsman-converters/pull/8246
if (
msg.data.batteryPercentageRemaining == 200 &&
msg.data.batteryVoltage < 30 &&
!['_TZ3000_lqmvrwa2'].includes(meta.device.manufacturerName)
)
return;
return fz.battery.convert(model, msg, publish, options, meta);
},
} satisfies Fz.Converter,
TS0201_humidity: {
...fz.humidity,
convert: (model, msg, publish, options, meta) => {
if (['_TZ3210_ncw88jfq', '_TZ3000_ywagc4rj'].includes(meta.device.manufacturerName)) {
msg.data['measuredValue'] *= 10;
}
return fz.humidity.convert(model, msg, publish, options, meta);
},
} satisfies Fz.Converter,
humidity10: {
cluster: 'msRelativeHumidity',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const humidity = parseFloat(msg.data['measuredValue']) / 10.0;
if (humidity >= 0 && humidity <= 100) {
return {humidity};
}
},
} satisfies Fz.Converter,
temperature_unit: {
cluster: 'manuSpecificTuya_2',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const result: KeyValue = {};
if (msg.data['57355'] !== undefined) {
result.temperature_unit = utils.getFromLookup(msg.data['57355'], {'0': 'celsius', '1': 'fahrenheit'});
}
return result;
},
} satisfies Fz.Converter,
TS011F_electrical_measurement: {
...fz.electrical_measurement,
convert: async (model, msg, publish, options, meta) => {
const result = fz.electrical_measurement.convert(model, msg, publish, options, meta) ?? {};
const lookup: KeyValueString = {power: 'activePower', current: 'rmsCurrent', voltage: 'rmsVoltage'};
// Wait 5 seconds before reporting a 0 value as this could be an invalid measurement.
// /~https://github.com/Koenkk/zigbee2mqtt/issues/16709#issuecomment-1509599046
if (result) {
for (const key of ['power', 'current', 'voltage']) {
if (key in result) {
const value = result[key];
clearTimeout(globalStore.getValue(msg.endpoint, key));
if (value === 0) {
const configuredReporting = msg.endpoint.configuredReportings.find(
(c) => c.cluster.name === 'haElectricalMeasurement' && c.attribute.name === lookup[key],
);
const time = (configuredReporting ? configuredReporting.minimumReportInterval : 5) * 2 + 1;
globalStore.putValue(
msg.endpoint,
key,
setTimeout(() => {
const payload = {[key]: value};
// Device takes a lot of time to report power 0 in some cases. When current == 0 we can assume power == 0
// /~https://github.com/Koenkk/zigbee2mqtt/discussions/19680#discussioncomment-7868445
if (key === 'current') {
payload.power = 0;
}
publish(payload);
}, time * 1000),
);
delete result[key];
}
}
}
}
// Device takes a lot of time to report power 0 in some cases. When the state is OFF we can assume power == 0
// /~https://github.com/Koenkk/zigbee2mqtt/discussions/19680#discussioncomment-7868445
if (meta.state.state === 'OFF') {
result.power = 0;
}
return result;
},
} satisfies Fz.Converter,
TS011F_threshold: {
cluster: 'manuSpecificTuya_3',
type: 'raw',
convert: (model, msg, publish, options, meta) => {
const splitToAttributes = (value: Buffer): KeyValueAny => {
const result: KeyValue = {};
const len = value.length;
let i = 0;
while (i < len) {
const key = value.readUInt8(i);
result[key] = [value.readUInt8(i + 1), value.readUInt16BE(i + 2)];
i += 4;
}
return result;
};
const lookup: KeyValue = {0: 'OFF', 1: 'ON'};
const command = msg.data[2];
const data = msg.data.slice(3);
if (command == 0xe6) {
const value = splitToAttributes(data);
const result: KeyValue = {};
if (0x05 in value) {
result.temperature_threshold = value[0x05][1];
result.temperature_breaker = lookup[value[0x05][0]];
}
if (0x07 in value) {
result.power_threshold = value[0x07][1];
result.power_breaker = lookup[value[0x07][0]];
}
return result;
}
if (command == 0xe7) {
const value = splitToAttributes(data);
return {
over_current_threshold: value[0x01][1],
over_current_breaker: lookup[value[0x01][0]],
over_voltage_threshold: value[0x03][1],
over_voltage_breaker: lookup[value[0x03][0]],
under_voltage_threshold: value[0x04][1],
under_voltage_breaker: lookup[value[0x04][0]],
};
}
},
} satisfies Fz.Converter,
PJ1203A_sync_time_increase_seq: {
cluster: 'manuSpecificTuya',
type: ['commandMcuSyncTime'],
convert: (model, msg, publish, options, meta) => {
const priv = storeLocal.getPrivatePJ1203A(meta.device);
priv.last_seq += priv.seq_inc;
},
} satisfies Fz.Converter,
PJ1203A_strict_fz_datapoints: {
...tuya.fz.datapoints,
convert: (model, msg, publish, options, meta) => {
// Uncomment the next line to test the behavior when random messages are lost
// if ( Math.random() < 0.05 ) return;
const priv = storeLocal.getPrivatePJ1203A(meta.device);
// Detect missing or re-ordered messages but allow duplicate messages (should we?).
const expectedSeq = (priv.last_seq + priv.seq_inc) & 0xffff;
if (msg.data.seq != expectedSeq && msg.data.seq != priv.last_seq) {
logger.debug(`[PJ1203A] Missing or re-ordered message detected: Got seq=${msg.data.seq}, expected ${priv.next_seq}`, NS);
priv.clear();
}
priv.last_seq = msg.data.seq;
// And finally, process the datapoint using tuya.fz.datapoints
return tuya.fz.datapoints.convert(model, msg, publish, options, meta);
},
} satisfies Fz.Converter,
};
const modernExtendLocal = {
dpTHZBSettings(): ModernExtend {
const exp = e
.composite('auto_settings', 'auto_settings', ea.STATE_SET)
.withFeature(e.enum('enabled', ea.STATE_SET, ['on', 'off', 'none']).withDescription('Enable auto settings'))
.withFeature(e.enum('temp_greater_then', ea.STATE_SET, ['on', 'off', 'none']).withDescription('Greater action'))
.withFeature(
e
.numeric('temp_greater_value', ea.STATE_SET)
.withValueMin(-20)
.withValueMax(80)
.withValueStep(0.1)
.withUnit('*C')
.withDescription('Temperature greater than value'),
)
.withFeature(e.enum('temp_lower_then', ea.STATE_SET, ['on', 'off', 'none']).withDescription('Lower action'))
.withFeature(
e
.numeric('temp_lower_value', ea.STATE_SET)
.withValueMin(-20)
.withValueMax(80)
.withValueStep(0.1)
.withUnit('*C')
.withDescription('Temperature lower than value'),
);
const handlers: [Fz.Converter[], Tz.Converter[]] = tuya.getHandlersForDP('auto_settings', 0x77, tuya.dataTypes.string, {
from: (value: string) => {
let result = {
enabled: 'none',
temp_greater_then: 'none',
temp_greater_value: 0,
temp_lower_then: 'none',
temp_lower_value: 0,
};
const buf = Buffer.from(value, 'hex');
if (buf.length > 0) {
const enabled = buf[0];
const gr = buf[1];
const grValue = buf.readInt32LE(2) / 10;
const grAction = buf[6];
const lo = buf[7];
const loValue = buf.readInt32LE(8) / 10;
const loAction = buf[13];
result = {
enabled: {0x00: 'on', 0x80: 'off'}[enabled],
temp_greater_then: gr !== 0xff ? {0x01: 'on', 0x00: 'off'}[grAction] : 'none',
temp_greater_value: grValue,
temp_lower_then: lo !== 0xff ? {0x01: 'on', 0x00: 'off'}[loAction] : 'none',
temp_lower_value: loValue,
};
}
return result;
},
to: (value: KeyValueAny) => {
let result = '';
if (value.enabled !== 'none') {
const enabled = utils.getFromLookup(value.enabled, {on: 0x00, off: 0x80});
const gr = value.temp_greater_then == 'none' ? 0xff : 0x00;
const grAction = utils.getFromLookup(value.temp_greater_then, {on: 0x01, off: 0x00, none: 0x00});
const lo = value.temp_lower_then == 'none' ? 0xff : 0x00;
const loAction = utils.getFromLookup(value.temp_lower_then, {on: 0x01, off: 0x00, none: 0x00});
const buf = Buffer.alloc(13);
buf.writeUInt8(enabled, 0);
buf.writeUInt8(gr, 1);
buf.writeInt32LE(value.temp_greater_value * 10, 2);
buf.writeUInt8(grAction, 6);
buf.writeUInt8(lo, 7);
buf.writeInt32LE(value.temp_lower_value * 10, 8);
buf.writeUInt8(loAction, 12);
result = buf.toString('hex');
}
return result;
},
});
return {exposes: [exp], fromZigbee: handlers[0], toZigbee: handlers[1], isModernExtend: true};
},
};
const definitions: DefinitionWithExtend[] = [
{
zigbeeModel: ['TS0204'],
model: 'TS0204',
vendor: 'Tuya',
description: 'Gas sensor',
whiteLabel: [{vendor: 'Tesla Smart', model: 'TSL-SEN-GAS'}],
fromZigbee: [fz.ias_gas_alarm_1, fz.ignore_basic_report],
toZigbee: [],
exposes: [e.gas(), e.tamper()],
},
{
zigbeeModel: ['TS0205'],
model: 'TS0205',
vendor: 'Tuya',
description: 'Smoke sensor',
whiteLabel: [
{vendor: 'Tesla Smart', model: 'TSL-SEN-SMOKE'},
{vendor: 'Dongguan Daying Electornics Technology', model: 'YG400A'},
tuya.whitelabel('Tuya', 'TS0205_smoke_2', 'Smoke sensor', ['_TZ3210_up3pngle']),
tuya.whitelabel('Nedis', 'ZBDS10WT', 'Smoke sensor', ['_TYZB01_wqcac7lo']),
],
// Configure battery % fails
// /~https://github.com/Koenkk/zigbee2mqtt/issues/22421
extend: [m.battery({percentageReporting: false}), m.iasZoneAlarm({zoneType: 'smoke', zoneAttributes: ['alarm_1', 'tamper']})],
configure: async (device, coordinatorEndpoint) => {
if (device?.manufacturerName === '_TZ3210_up3pngle') {
// Required for this version
// /~https://github.com/Koenkk/zigbee-herdsman-converters/pull/8004
const endpoint = device.getEndpoint(1);
await reporting.bind(endpoint, coordinatorEndpoint, ['genPowerCfg']);
await reporting.batteryPercentageRemaining(endpoint);
}
},
},
{
zigbeeModel: ['TS0111'],
model: 'TS0111',
vendor: 'Tuya',
description: 'Socket',
extend: [tuya.modernExtend.tuyaOnOff()],
},
{
zigbeeModel: ['TS0218'],
model: 'TS0218',
vendor: 'Tuya',
description: 'Button',
fromZigbee: [fz.command_emergency, fz.battery],
exposes: [e.battery(), e.action(['click'])],
toZigbee: [],
},
{
zigbeeModel: ['TS0203'],
model: 'TS0203',
vendor: 'Tuya',
description: 'Door sensor',
fromZigbee: [fz.ias_contact_alarm_1, fz.battery, fz.ignore_basic_report, fz.ias_contact_alarm_1_report],
toZigbee: [],
whiteLabel: [
{vendor: 'CR Smart Home', model: 'TS0203'},
{vendor: 'Tuya', model: 'iH-F001'},
{vendor: 'Tesla Smart', model: 'TSL-SEN-DOOR'},
{vendor: 'Cleverio', model: 'SS100'},
tuya.whitelabel('Niceboy', 'ORBIS Windows & Door Sensor', 'Door sensor', ['_TZ3000_qrldbmfn']),
tuya.whitelabel('Tuya', 'ZD06', 'Door window sensor', ['_TZ3000_rcuyhwe3']),
tuya.whitelabel('Tuya', 'ZD08', 'Door sensor', ['_TZ3000_7d8yme6f']),
tuya.whitelabel('Tuya', 'MC500A', 'Door sensor', ['_TZ3000_2mbfxlzr']),
tuya.whitelabel('Tuya', '19DZT', 'Door sensor', ['_TZ3000_n2egfsli']),
tuya.whitelabel('Tuya', 'DS04', 'Door sensor', ['_TZ3000_yfekcy3n']),
tuya.whitelabel('Moes', 'ZSS-JM-GWM-C-MS', 'Smart door and window sensor', ['_TZ3000_decxrtwa']),
tuya.whitelabel('Moes', 'ZSS-X-GWM-C', 'Door/window magnetic sensor', ['_TZ3000_gntwytxo']),
tuya.whitelabel('Luminea', 'ZX-5232', 'Smart door and window sensor', ['_TZ3000_4ugnzsli']),
tuya.whitelabel('QA', 'QASD1', 'Door sensor', ['_TZ3000_udyjylt7']),
tuya.whitelabel('Nous', 'E3', 'Door sensor', ['_TZ3000_v7chgqso']),
tuya.whitelabel('Woox', 'R7047', 'Smart Door & Window Sensor', ['_TZ3000_timx9ivq']),
],
exposes: (device, options) => {
const exps: Expose[] = [e.contact(), e.battery(), e.battery_voltage()];
const noTamperModels = [
// manufacturerName for models without a tamper sensor
'_TZ3000_rcuyhwe3', // Tuya ZD06
'_TZ3000_2mbfxlzr', // Tuya MC500A
'_TZ3000_n2egfsli', // Tuya 19DZT
'_TZ3000_yfekcy3n', // Tuya DS04
'_TZ3000_bpkijo14',
'_TZ3000_gntwytxo', // Moes ZSS-X-GWM-C
'_TZ3000_4ugnzsli', // Luminea ZX-5232
'_TZ3000_timx9ivq', //Woox R7047
];
if (!device || !noTamperModels.includes(device.manufacturerName)) {
exps.push(e.tamper());
}
const noBatteryLowModels = ['_TZ3000_26fmupbb', '_TZ3000_oxslv1c9', '_TZ3000_osu834un', '_TZ3000_timx9ivq'];
if (!device || !noBatteryLowModels.includes(device.manufacturerName)) {
exps.push(e.battery_low());
}
return exps;
},
meta: {
battery: {
// These sensors do send a Battery Percentage Remaining (0x0021)
// value, but is usually incorrect. For example, a coin battery tested
// with a load tester may show 80%, but report 2.5V / 1%. This voltage
// calculation matches what ZHA does by default.
// /~https://github.com/Koenkk/zigbee2mqtt/discussions/17337
// /~https://github.com/zigpy/zha-device-handlers/blob/c6ed94a52a469e72b32ece2a92d528060c7fd034/zhaquirks/__init__.py#L195-L228
voltageToPercentage: '3V_1500_2800',
},
},
configure: async (device, coordinatorEndpoint) => {
try {
const endpoint = device.getEndpoint(1);
await reporting.bind(endpoint, coordinatorEndpoint, ['genPowerCfg']);
await reporting.batteryPercentageRemaining(endpoint);
await reporting.batteryVoltage(endpoint);
} catch {
/* Fails for some*/
}
const endpoint = device.getEndpoint(1);
if (endpoint.binds.some((b) => b.cluster.name === 'genPollCtrl')) {
await endpoint.unbind('genPollCtrl', coordinatorEndpoint);
}
},
},
{
fingerprint: tuya.fingerprint('TS0203', ['_TZ3210_jowhpxop']),
model: 'TS0203_1',
vendor: 'Tuya',
description: 'Door sensor with scene switch',
fromZigbee: [tuya.fz.datapoints, fz.ias_contact_alarm_1, fz.battery, fz.ignore_basic_report, fz.ias_contact_alarm_1_report],
toZigbee: [tuya.tz.datapoints],
onEvent: tuya.onEventSetTime,
configure: tuya.configureMagicPacket,
exposes: [e.action(['single', 'double', 'hold']), e.contact(), e.battery_low(), e.tamper(), e.battery(), e.battery_voltage()],
meta: {
tuyaDatapoints: [[101, 'action', tuya.valueConverterBasic.lookup({single: 0, double: 1, hold: 2})]],
},
whiteLabel: [tuya.whitelabel('Linkoze', 'LKDSZ001', 'Door sensor with scene switch', ['_TZ3210_jowhpxop'])],
},
{
fingerprint: tuya.fingerprint('TS0021', ['_TZ3210_3ulg9kpo']),
model: 'LKWSZ211',
vendor: 'Tuya',
description: 'Scene remote with 2 keys',
fromZigbee: [tuya.fz.datapoints, fz.ignore_basic_report],
toZigbee: [tuya.tz.datapoints],
onEvent: tuya.onEventSetTime,
configure: tuya.configureMagicPacket,
exposes: [
e.battery(),
e.action(['button_1_single', 'button_1_double', 'button_1_hold', 'button_2_single', 'button_2_double', 'button_2_hold']),
],
meta: {
tuyaDatapoints: [
[
1,
'action',
tuya.valueConverterBasic.lookup({
button_1_single: tuya.enum(0),
button_1_double: tuya.enum(1),
button_1_hold: tuya.enum(2),
}),
],
[
2,
'action',
tuya.valueConverterBasic.lookup({
button_2_single: tuya.enum(0),
button_2_double: tuya.enum(1),
button_2_hold: tuya.enum(2),
}),
],
[10, 'battery', tuya.valueConverter.raw],
],
},
whiteLabel: [tuya.whitelabel('Linkoze', 'LKWSZ211', 'Wireless switch (2-key)', ['_TZ3210_3ulg9kpo'])],
},
{
fingerprint: tuya.fingerprint('TS0601', [
'_TZE200_bq5c8xfe',
'_TZE200_bjawzodf',
'_TZE200_qyflbnbj',
'_TZE200_44af8vyi',
'_TZE200_zl1kmjqx',
'_TZE204_qyflbnbj',
]),
model: 'TS0601_temperature_humidity_sensor_1',
vendor: 'Tuya',
description: 'Temperature & humidity sensor',
fromZigbee: [legacy.fromZigbee.tuya_temperature_humidity_sensor],
toZigbee: [],
exposes: (device, options) => {
const exps: Expose[] = [e.temperature(), e.humidity(), e.battery()];
if (!device || device.manufacturerName === '_TZE200_qyflbnbj' || device.manufacturerName === '_TZE204_qyflbnbj') {
exps.push(e.battery_low());
exps.push(e.enum('battery_level', ea.STATE, ['low', 'middle', 'high']).withDescription('Battery level state'));
}
return exps;
},
},
{
fingerprint: tuya.fingerprint('TS0601', ['_TZE200_mfamvsdb']),
model: 'F00MB00-04-1',
vendor: 'FORIA',
description: '4 scenes switch',