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RU | [EN](README_en.md)
# ZigBee2MQTT: файлы конфигурации
## Версия для Tuya
Файлы расширения для ZigBee2MQTT; для поддержки устройства необходим только один из файлов.
Поместите файл в папку `/data`. В файле `configuration.yaml` в той же папке добавьте следущее:
```
external_converters:
- win.basic.js
```
## `win.basic.js`
Базовая поддержка для Winner'а. Доступные данные:
- Положение крана: открыт/закрыт
- Статус тревоги
- Из-за особенностей прошивки, тревогу можно только выключить.
- Статус сценарного датчика (позволяет включить тревогу)
- Статус режима уборки
- Уровень заряда баттареи
- Код ошибки
## `win.dev.js`
Версия с полным списком всех DP устройства. Отображает информацию со всех датчиков. В поле `device_cmd` можно отправить команду на добавление новых радиодатчиков: `16777216`.

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[RU](README.md) | EN
# ZigBee2MQTT: config files
Extension files for ZigBee2MQTT; only one of the files is required for device support.
Extract the file into the `/data` folder. Add the following lines to `configuration.yaml` file in the same folder:
```
external_converters:
- win.basic.js
```
## win.basic.js
Basic support for Winner. Available fields:
- Valve position: open/closed
- Alarm status
- Because of the device's firmware, you cannot turn the alarm on
- Cleaning mode status
- Battery charge level
- Error code
## win.dev.js
A version with the full list of the device DPs. See commented out areas inside the file for more info on commands. Adding new wireless sensors can be done by posting the value `16777216`.

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const fz = require('zigbee-herdsman-converters/converters/fromZigbee');
const tz = require('zigbee-herdsman-converters/converters/toZigbee');
const exposes = require('zigbee-herdsman-converters/lib/exposes');
const reporting = require('zigbee-herdsman-converters/lib/reporting');
const modernExtend = require('zigbee-herdsman-converters/lib/modernExtend');
const e = exposes.presets;
const ea = exposes.access;
const tuya = require('zigbee-herdsman-converters/lib/tuya');
const tzDatapoints = {
...tuya.tz.datapoints,
key: ['switch', 'fault', 'alarm', 'battery', 'cleaning']
}
const definition = {
fingerprint: [
{
modelID: 'TS0601',
manufacturerName: '_TZE200_yltivvzb',
},
],
model: 'Gidrolock Winner',
vendor: 'Gidrolock',
description: 'Gidrolock smart water valve',
fromZigbee: [tuya.fz.datapoints],
toZigbee: [tzDatapoints],
onEvent: tuya.onEventSetTime,
exposes: [
exposes.presets.enum('fault', ea.STATE, ['low_battery', 'fault', 'lack_water', 'sensor_fault', 'motor_fault', 'low_temp']).withCategory('diagnostic'),
exposes.presets.binary('switch', ea.STATE_SET, true, false ).withLabel('Valve status:'),
exposes.presets.binary('cleaning', ea.STATE_SET, true, false).withLabel('Cleaning Mode:'),
exposes.presets.binary('alarm', ea.STATE_SET, true, false),
exposes.presets.enum('battery', ea.STATE, ['10', '20', '30', '40', '50', '60', '70', '80', '90', '100', '101']),
],
meta: {
tuyaDatapoints: [
[1, 'switch', tuya.valueConverter.raw],
[4, 'fault', tuya.valueConverter.raw],
[101, 'alarm', tuya.valueConverter.raw],
[102, 'battery', tuya.valueConverterBasic.lookup({'10': tuya.enum(0), '20': tuya.enum(1), '30': tuya.enum(2), '40': tuya.enum(3), '50': tuya.enum(4), '60': tuya.enum(5), '70': tuya.enum(6), '80': tuya.enum(7), '90': tuya.enum(8), '100': tuya.enum(9), '101': tuya.enum(10)})],
[104, 'cleaning', tuya.valueConverter.raw]
],
},
extend: [
tuya.modernExtend.tuyaMagicPacket(),
],
};
module.exports = definition;

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const exposes = require('zigbee-herdsman-converters/lib/exposes');
const e = exposes.presets;
const ea = exposes.access;
const tuya = require('zigbee-herdsman-converters/lib/tuya');
const { Numeric } = require('zigbee-herdsman-converters/lib/exposes');
const { Binary } = require('zigbee-herdsman-converters/lib/exposes');
const convLocal = {
gidrolockWinnerSensor: {
from: (v) => {
console.error("Incoming sensor: " + v);
return {
battery: (v & 0xFF),
signal: (v >> 8) & 0xFF,
isOnline: (Boolean)(v & 0b00000000_00000010_00000000_00000000),
leakDetected: (Boolean)(v & 0b00000000_00000100_00000000_00000000),
ignoreLeaks: (Boolean)(v & 0b00000000_00001000_00000000_00000000),
securityMode: (Boolean)(v & 0b00000000_00010000_00000000_00000000),
statusBatterySignal: (Boolean)(v & 0b00000000_00100000_00000000_00000000) // `true` in case of low battery charge
// or sensor not responding in 20+ hours
}
},
},
waterMeter: {
from: (v) => { return v & 0x07_FF_FF_FF; },
to: (v) => { return Number.parseInt(v); }
}
}
const tzDatapoints = {
...tuya.tz.datapoints,
key: [
'switch', 'percent_control', 'fault', 'weather_delay', 'countdown',
'smart_weather', 'minihum_set', 'alarm', 'battery', 'cleaning',
'journal', 'channel_2', 'device_cmd',
'sensor_1', 'sensor_name_1',
'sensor_2', 'sensor_name_2',
'sensor_3', 'sensor_name_3',
'sensor_4', 'sensor_name_4',
'sensor_5', 'sensor_name_5',
'sensor_6', 'sensor_name_6',
'sensor_7', 'sensor_name_7',
'sensor_8', 'sensor_name_8',
'sensor_9', 'sensor_name_9',
'sensor_10', 'sensor_name_10',
'sensor_11', 'sensor_name_11',
'sensor_12', 'sensor_name_12',
'sensor_13', 'sensor_name_13',
'sensor_14', 'sensor_name_14',
'sensor_15', 'sensor_name_15',
'sensor_16', 'sensor_name_16',
'sensor_17', 'sensor_name_17',
'sensor_18', 'sensor_name_18',
'sensor_19', 'sensor_name_19',
'sensor_20', 'sensor_name_20',
'sensor_21', 'sensor_name_21',
'sensor_22', 'sensor_name_22',
'sensor_23', 'sensor_name_23',
'sensor_24', 'sensor_name_24',
'sensor_25', 'sensor_name_25',
'sensor_26', 'sensor_name_26',
'sensor_27', 'sensor_name_27',
'sensor_28', 'sensor_name_28',
'sensor_29', 'sensor_name_29',
'sensor_30', 'sensor_name_30',
'sensor_31', 'sensor_name_31',
'sensor_32', 'sensor_name_32'
]
}
const fzDatapoints = {
...tuya.fz.datapoints,
key: [
'switch', 'percent_control', 'fault', 'weather_delay', 'countdown',
'smart_weather', 'minihum_set', 'alarm', 'battery', 'cleaning',
'journal', 'channel_2', 'device_cmd',
'sensor_1', 'sensor_name_1',
'sensor_2', 'sensor_name_2',
'sensor_3', 'sensor_name_3',
'sensor_4', 'sensor_name_4',
'sensor_5', 'sensor_name_5',
'sensor_6', 'sensor_name_6',
'sensor_7', 'sensor_name_7',
'sensor_8', 'sensor_name_8',
'sensor_9', 'sensor_name_9',
'sensor_10', 'sensor_name_10',
'sensor_11', 'sensor_name_11',
'sensor_12', 'sensor_name_12',
'sensor_13', 'sensor_name_13',
'sensor_14', 'sensor_name_14',
'sensor_15', 'sensor_name_15',
'sensor_16', 'sensor_name_16',
'sensor_17', 'sensor_name_17',
'sensor_18', 'sensor_name_18',
'sensor_19', 'sensor_name_19',
'sensor_20', 'sensor_name_20',
'sensor_21', 'sensor_name_21',
'sensor_22', 'sensor_name_22',
'sensor_23', 'sensor_name_23',
'sensor_24', 'sensor_name_24',
'sensor_25', 'sensor_name_25',
'sensor_26', 'sensor_name_26',
'sensor_27', 'sensor_name_27',
'sensor_28', 'sensor_name_28',
'sensor_29', 'sensor_name_29',
'sensor_30', 'sensor_name_30',
'sensor_31', 'sensor_name_31',
'sensor_32', 'sensor_name_32'
]
}
const definition = {
fingerprint: [
{
modelID: 'TS0601',
manufacturerName: '_TZE200_yltivvzb',
},
],
model: 'Gidrolock Winner',
vendor: 'Gidrolock',
description: 'Gidrolock smart water valve',
fromZigbee: [fzDatapoints],
toZigbee: [tzDatapoints],
onEvent: tuya.onEventSetTime,
exposes: [
exposes.presets.enum('fault', ea.STATE, ['low_battery', 'fault', 'lack_water', 'sensor_fault', 'motor_fault', 'low_temp']).withCategory('diagnostic').withDescription("Tuya build-in fault codes."),
exposes.presets.binary('switch', ea.STATE_SET, true, false ).withLabel('Valve status'),
exposes.presets.binary('cleaning', ea.STATE_SET, true, false).withLabel('Cleaning Mode status'),
exposes.presets.binary('alarm', ea.STATE_SET, true, false).withDescription('Can turn the alarm off, but not on. Use External vendor sensor for that.'),
exposes.presets.enum('battery', ea.STATE, ['10', '20', '30', '40', '50', '60', '70', '80', '90', '100', 'Plugged In']),
exposes.presets.binary('channel_2', ea.STATE_SET, true, false).withLabel("External vendor sensor").withDescription("A DP to trigger alarm via Smart Life scenes. Triggers alarm on true, but does not turn the alarm off."),
//exposes.presets.enum('weather_delay', ea.STATE_SET, ['1', '10']).withLabel("Multiplier 1").withDescription("Water meter multiplier"), // doesn't work in z2m
exposes.presets.numeric('countdown', ea.SET).withLabel("Water Meter 1"),
//exposes.presets.enum('smart_weather', ea.STATE_SET, ['1', '10']).withLabel("Multiplier 2").withDescription("Water meter multiplier"), // doesn't work in z2m
exposes.presets.numeric('minihum_set', ea.STATE_SET).withLabel("Water Meter 2"),
exposes.presets.numeric('device_cmd', ea.SET).withLabel("Device CMD").withDescription("Used to issue commands to the device."),
//#region Sensor Fields
exposes.presets.text('sensor_name_01', ea.STATE_SET),
exposes.presets.composite('sensor_01', 'sensor_1', ea.STATE).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_02', ea.STATE_SET),
exposes.presets.composite('sensor_02', 'sensor_2', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_03', ea.STATE_SET),
exposes.presets.composite('sensor_03', 'sensor_3', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_04', ea.STATE_SET),
exposes.presets.composite('sensor_04', 'sensor_4', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_05', ea.STATE_SET),
exposes.presets.composite('sensor_05', 'sensor_5', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_06', ea.STATE_SET),
exposes.presets.composite('sensor_06', 'sensor_6', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_07', ea.STATE_SET),
exposes.presets.composite('sensor_07', 'sensor_7', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_08', ea.STATE_SET),
exposes.presets.composite('sensor_08', 'sensor_8', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_09', ea.STATE_SET),
exposes.presets.composite('sensor_09', 'sensor_9', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_10', ea.STATE_SET),
exposes.presets.composite('sensor_10', 'sensor_10', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_11', ea.STATE_SET),
exposes.presets.composite('sensor_11', 'sensor_11', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_12', ea.STATE_SET),
exposes.presets.composite('sensor_12', 'sensor_12', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_13', ea.STATE_SET),
exposes.presets.composite('sensor_13', 'sensor_13', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_14', ea.STATE_SET),
exposes.presets.composite('sensor_14', 'sensor_14', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_15', ea.STATE_SET),
exposes.presets.composite('sensor_15', 'sensor_15', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_16', ea.STATE_SET),
exposes.presets.composite('sensor_16', 'sensor_16', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_17', ea.STATE_SET),
exposes.presets.composite('sensor_17', 'sensor_17', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_18', ea.STATE_SET),
exposes.presets.composite('sensor_18', 'sensor_18', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_19', ea.STATE_SET),
exposes.presets.composite('sensor_19', 'sensor_19', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_20', ea.STATE_SET),
exposes.presets.composite('sensor_20', 'sensor_20', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_21', ea.STATE_SET),
exposes.presets.composite('sensor_21', 'sensor_21', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_22', ea.STATE_SET),
exposes.presets.composite('sensor_22', 'sensor_22', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_23', ea.STATE_SET),
exposes.presets.composite('sensor_23', 'sensor_23', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_24', ea.STATE_SET),
exposes.presets.composite('sensor_24', 'sensor_24', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_25', ea.STATE_SET),
exposes.presets.composite('sensor_25', 'sensor_25', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_26', ea.STATE_SET),
exposes.presets.composite('sensor_26', 'sensor_26', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_27', ea.STATE_SET),
exposes.presets.composite('sensor_27', 'sensor_27', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_28', ea.STATE_SET),
exposes.presets.composite('sensor_28', 'sensor_28', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_29', ea.STATE_SET),
exposes.presets.composite('sensor_29', 'sensor_29', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_30', ea.STATE_SET),
exposes.presets.composite('sensor_30', 'sensor_30', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_31', ea.STATE_SET),
exposes.presets.composite('sensor_31', 'sensor_31', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
exposes.presets.text('sensor_name_32', ea.STATE_SET),
exposes.presets.composite('sensor_32', 'sensor_32', ea.STATE).withFeature(new Binary('isOnline', ea.STATE, true, false)).withFeature(new Binary('leakDetected', ea.STATE, true, false)).withFeature(new Numeric('signal', ea.STATE)).withFeature(new Numeric('battery', ea.STATE)).withFeature(new Binary('securityMode', ea.STATE, true, false)).withFeature(new Binary('statusBatterySignal', ea.STATE, true, false)).withFeature(new Binary('ignoreLeaks', ea.STATE, true, false)),
],
meta: {
tuyaDatapoints: [
[1, 'switch', tuya.valueConverter.raw],
//[2, 'percent_control', tuya.valueConverter.raw], //don't even know what this is
[4, 'fault', tuya.valueConverter.raw],
[10, 'weather_delay', tuya.valueConverter.raw],
[11, 'countdown', convLocal.waterMeter],
[13, 'smart_weather', tuya.valueConverter.raw],
[21, 'minihum_set', convLocal.waterMeter],
[101, 'alarm', tuya.valueConverter.raw],
[102,
'battery',
tuya.valueConverterBasic.lookup({
10: tuya.enum(0),
20: tuya.enum(1),
30: tuya.enum(2),
40: tuya.enum(3),
50: tuya.enum(4),
60: tuya.enum(5),
70: tuya.enum(6),
80: tuya.enum(7),
90: tuya.enum(8),
100: tuya.enum(9),
'Plugged in': tuya.enum(10)}
)
],
//#region Device CMD
/**
*
* Device_CMD: a numeric DP used to issue commands to Winner.
* Gidrolock Sensors Only;
* Last byte is used for the sensor number (1-32), e.g: 0x01_00_00_0F - replace sensor 15
*
* 0x01_00_00_00 - добавление/замена датчика (замкнуть контакты WSR) | adding/replacing sensor (close the circuit on WSR)
* 0x02_00_00_00 - удаление датчика | remove sensor
* 0x12_00_00_01 - открыть кран при аварии | open the valve during an alarm
*/
[103, 'device_cmd', tuya.valueConverter.raw],
[104, 'cleaning', tuya.valueConverter.raw],
/* Journal DP: the device will post a string in this DP in format "sensor name; x" where x is a special character:
* A - regular leak event
* L - sensor battery charge low
* T - sensor signal lost
* B - device(!) battery charge low
*
* These values are displayed VERY BRIEFLY
* to utilize Tuya's DP log in the Smart Life app for Winner.
* Unless you have a log of your own to track the values,
* this field is practically useless.
*/
//[105, 'journal', tuya.valueConverter.raw]
[106, 'channel_2', tuya.valueConverter.raw],
//#region Sensors DPs
/** Sensor commands
* These commands must be sent directly to the sensor DP.
* 0x03_00_00_00 - включить игнор аварии датчика | enable ignore alarm on specific sensor
* 0x04_00_00_00 - отключить игнор аварии датчика | disable ignore alarm on specific sensor
* 0x05_00_00_00 - включить режим повышенной безопасности для датчика | enable enhanced security mode on specific sensor
* 0x06_00_00_00 - выключить режим повышенной безопасности для датчика | disable enhanced security mode on specific sensor
*
*/
[107, 'sensor_1', convLocal.gidrolockWinnerSensor],
[108, 'sensor_name_1', tuya.valueConverter.raw],
[109, 'sensor_2', convLocal.gidrolockWinnerSensor],
[110, 'sensor_name_2', tuya.valueConverter.raw],
[111, 'sensor_3', convLocal.gidrolockWinnerSensor],
[112, 'sensor_name_3', tuya.valueConverter.raw],
[113, 'sensor_4', convLocal.gidrolockWinnerSensor],
[114, 'sensor_name_4', tuya.valueConverter.raw],
[115, 'sensor_5', convLocal.gidrolockWinnerSensor],
[116, 'sensor_name_5', tuya.valueConverter.raw],
[117, 'sensor_6', convLocal.gidrolockWinnerSensor],
[118, 'sensor_name_6', tuya.valueConverter.raw],
[119, 'sensor_7', convLocal.gidrolockWinnerSensor],
[120, 'sensor_name_7', tuya.valueConverter.raw],
[121, 'sensor_8', convLocal.gidrolockWinnerSensor],
[122, 'sensor_name_8', tuya.valueConverter.raw],
[123, 'sensor_9', convLocal.gidrolockWinnerSensor],
[124, 'sensor_name_9', tuya.valueConverter.raw],
[125, 'sensor_10', convLocal.gidrolockWinnerSensor],
[126, 'sensor_name_10', tuya.valueConverter.raw],
[127, 'sensor_11', convLocal.gidrolockWinnerSensor],
[128, 'sensor_name_11', tuya.valueConverter.raw],
[129, 'sensor_12', convLocal.gidrolockWinnerSensor],
[130, 'sensor_name_12', tuya.valueConverter.raw],
[131, 'sensor_13', convLocal.gidrolockWinnerSensor],
[132, 'sensor_name_13', tuya.valueConverter.raw],
[133, 'sensor_14', convLocal.gidrolockWinnerSensor],
[134, 'sensor_name_14', tuya.valueConverter.raw],
[135, 'sensor_15', convLocal.gidrolockWinnerSensor],
[136, 'sensor_name_15', tuya.valueConverter.raw],
[137, 'sensor_16', convLocal.gidrolockWinnerSensor],
[138, 'sensor_name_16', tuya.valueConverter.raw],
[139, 'sensor_17', convLocal.gidrolockWinnerSensor],
[140, 'sensor_name_17', tuya.valueConverter.raw],
[141, 'sensor_18', convLocal.gidrolockWinnerSensor],
[142, 'sensor_name_18', tuya.valueConverter.raw],
[143, 'sensor_19', convLocal.gidrolockWinnerSensor],
[144, 'sensor_name_19', tuya.valueConverter.raw],
[145, 'sensor_20', convLocal.gidrolockWinnerSensor],
[146, 'sensor_name_20', tuya.valueConverter.raw],
[147, 'sensor_21', convLocal.gidrolockWinnerSensor],
[148, 'sensor_name_21', tuya.valueConverter.raw],
[149, 'sensor_22', convLocal.gidrolockWinnerSensor],
[150, 'sensor_name_22', tuya.valueConverter.raw],
[151, 'sensor_23', convLocal.gidrolockWinnerSensor],
[152, 'sensor_name_23', tuya.valueConverter.raw],
[153, 'sensor_24', convLocal.gidrolockWinnerSensor],
[154, 'sensor_name_24', tuya.valueConverter.raw],
[155, 'sensor_25', convLocal.gidrolockWinnerSensor],
[156, 'sensor_name_25', tuya.valueConverter.raw],
[157, 'sensor_26', convLocal.gidrolockWinnerSensor],
[158, 'sensor_name_26', tuya.valueConverter.raw],
[159, 'sensor_27', convLocal.gidrolockWinnerSensor],
[160, 'sensor_name_27', tuya.valueConverter.raw],
[161, 'sensor_28', convLocal.gidrolockWinnerSensor],
[162, 'sensor_name_28', tuya.valueConverter.raw],
[163, 'sensor_29', convLocal.gidrolockWinnerSensor],
[164, 'sensor_name_29', tuya.valueConverter.raw],
[165, 'sensor_30', convLocal.gidrolockWinnerSensor],
[166, 'sensor_name_30', tuya.valueConverter.raw],
[167, 'sensor_31', convLocal.gidrolockWinnerSensor],
[168, 'sensor_name_31', tuya.valueConverter.raw],
[169, 'sensor_32', convLocal.gidrolockWinnerSensor],
[170, 'sensor_name_32', tuya.valueConverter.raw],
//#endregion
],
},
extend: [
tuya.modernExtend.tuyaMagicPacket(),
],
};
module.exports = definition;