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ubisys.ts
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import * as semver from 'semver';
import {Zcl} from 'zigbee-herdsman';
import fz from '../converters/fromZigbee';
import tz from '../converters/toZigbee';
import * as constants from '../lib/constants';
import * as exposes from '../lib/exposes';
import * as legacy from '../lib/legacy';
import {logger} from '../lib/logger';
import {commandsColorCtrl, commandsLevelCtrl, commandsOnOff, deviceEndpoints, electricityMeter, identify, onOff} from '../lib/modernExtend';
import * as ota from '../lib/ota';
import * as reporting from '../lib/reporting';
import {DefinitionWithExtend, Fz, OnEventType, Tz, OnEventData, Zh, KeyValue, KeyValueAny} from '../lib/types';
import {ubisysModernExtend} from '../lib/ubisys';
import * as utils from '../lib/utils';
const NS = 'zhc:ubisys';
const e = exposes.presets;
const ea = exposes.access;
const manufacturerOptions = {
/*
* Ubisys doesn't accept a manufacturerCode on some commands
* This bug has been reported, but it has not been fixed:
* https://github.com/Koenkk/zigbee-herdsman/issues/52
*/
ubisys: {manufacturerCode: Zcl.ManufacturerCode.UBISYS_TECHNOLOGIES_GMBH},
// @ts-expect-error
ubisysNull: {manufacturerCode: null},
};
const ubisysOnEventReadCurrentSummDelivered = async function (type: OnEventType, data: OnEventData, device: Zh.Device) {
if (data.type === 'attributeReport' && data.cluster === 'seMetering') {
try {
await data.endpoint.read('seMetering', ['currentSummDelivered']);
} catch (error) {
/* Do nothing*/
}
}
};
const ubisysPollCurrentSummDelivered = async (type: OnEventType, data: OnEventData, device: Zh.Device, endpointId: number, options: KeyValue) => {
const endpoint = device.getEndpoint(endpointId);
const poll = async () => {
await endpoint.read('seMetering', ['currentSummDelivered']);
};
utils.onEventPoll(type, data, device, options, 'measurement', 60, poll);
};
const ubisys = {
fz: {
dimmer_setup: {
cluster: 'manuSpecificUbisysDimmerSetup',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
if (msg.data.hasOwnProperty('capabilities')) {
const capabilities = msg.data.capabilities;
const forwardPhaseControl = capabilities & 1;
const reversePhaseControl = (capabilities & 2) >>> 1;
const reactanceDiscriminator = (capabilities & 0x20) >>> 5;
const configurableCurve = (capabilities & 0x40) >>> 6;
const overloadDetection = (capabilities & 0x80) >>> 7;
return {
capabilities_forward_phase_control: forwardPhaseControl ? true : false,
capabilities_reverse_phase_control: reversePhaseControl ? true : false,
capabilities_reactance_discriminator: reactanceDiscriminator ? true : false,
capabilities_configurable_curve: configurableCurve ? true : false,
capabilities_overload_detection: overloadDetection ? true : false,
};
}
if (msg.data.hasOwnProperty('status')) {
const status = msg.data.status;
const forwardPhaseControl = status & 1;
const reversePhaseControl = (status & 2) >>> 1;
const overload = (status & 8) >>> 3;
const capacitiveLoad = (status & 0x40) >>> 6;
const inductiveLoad = (status & 0x80) >>> 7;
return {
status_forward_phase_control: forwardPhaseControl ? true : false,
status_reverse_phase_control: reversePhaseControl ? true : false,
status_overload: overload ? true : false,
status_capacitive_load: capacitiveLoad ? true : false,
status_inductive_load: inductiveLoad ? true : false,
};
}
if (msg.data.hasOwnProperty('mode')) {
const mode = msg.data.mode;
const phaseControl = mode & 3;
const phaseControlValues = {0: 'automatic', 1: 'forward', 2: 'reverse'};
return {
mode_phase_control: utils.getFromLookup(phaseControl, phaseControlValues),
};
}
},
} satisfies Fz.Converter,
dimmer_setup_genLevelCtrl: {
cluster: 'genLevelCtrl',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
if (msg.data.hasOwnProperty('ubisysMinimumOnLevel')) {
return {minimum_on_level: msg.data.ubisysMinimumOnLevel};
}
},
} satisfies Fz.Converter,
configure_device_setup: {
cluster: 'manuSpecificUbisysDeviceSetup',
type: ['attributeReport', 'readResponse'],
convert: (model, msg, publish, options, meta) => {
const result = (meta.state.hasOwnProperty('configure_device_setup') ? meta.state.configure_device_setup : {}) as KeyValue;
if (msg.data['inputConfigurations'] != null) {
result['input_configurations'] = msg.data['inputConfigurations'];
}
if (msg.data['inputActions'] != null) {
result['input_actions'] = msg.data['inputActions'].map(function (el: KeyValue) {
return Object.values(el);
});
}
return {configure_device_setup: result};
},
} satisfies Fz.Converter,
},
tz: {
configure_j1: {
key: ['configure_j1'],
convertSet: async (entity, key, value: KeyValueAny, meta) => {
const log = (message: string) => {
logger.warning(`ubisys: ${message}`, NS);
};
const sleepSeconds = async (s: number) => {
return new Promise((resolve) => setTimeout(resolve, s * 1000));
};
const waitUntilStopped = async () => {
let operationalStatus = 0;
do {
await sleepSeconds(2);
const response = await entity.read('closuresWindowCovering', ['operationalStatus']);
// @ts-expect-error
operationalStatus = response.operationalStatus;
} while (operationalStatus != 0);
await sleepSeconds(2);
};
const writeAttrFromJson = async (
attr: string,
jsonAttr?: string,
converterFunc?: (v: unknown) => unknown,
delaySecondsAfter?: number,
) => {
if (!jsonAttr) jsonAttr = attr;
if (jsonAttr.startsWith('ubisys')) {
jsonAttr = jsonAttr.substring(6, 1).toLowerCase + jsonAttr.substring(7);
}
if (value.hasOwnProperty(jsonAttr)) {
let attrValue = value[jsonAttr];
if (converterFunc) {
attrValue = converterFunc(attrValue);
}
const attributes: KeyValue = {};
attributes[attr] = attrValue;
await entity.write('closuresWindowCovering', attributes, manufacturerOptions.ubisys);
if (delaySecondsAfter) {
await sleepSeconds(delaySecondsAfter);
}
}
};
const stepsPerSecond = value.steps_per_second || 50;
const hasCalibrate = value.hasOwnProperty('calibrate');
// cancel any running calibration
// @ts-expect-error
let mode = (await entity.read('closuresWindowCovering', ['windowCoveringMode'])).windowCoveringMode;
const modeCalibrationBitMask = 0x02;
if (mode & modeCalibrationBitMask) {
await entity.write('closuresWindowCovering', {windowCoveringMode: mode & ~modeCalibrationBitMask});
await sleepSeconds(2);
}
// delay a bit if reconfiguring basic configuration attributes
await writeAttrFromJson('windowCoveringType', undefined, undefined, 2);
await writeAttrFromJson('configStatus', undefined, undefined, 2);
// @ts-expect-error
if (await writeAttrFromJson('windowCoveringMode', undefined, undefined, 2)) {
mode = value['windowCoveringMode'];
}
if (hasCalibrate) {
log('Cover calibration starting...');
// first of all, move to top position to not confuse calibration later
log(' Moving cover to top position to get a good starting point...');
await entity.command('closuresWindowCovering', 'upOpen', {});
await waitUntilStopped();
log(' Settings some attributes...');
// reset attributes
await entity.write(
'closuresWindowCovering',
{
installedOpenLimitLiftCm: 0,
installedClosedLimitLiftCm: 240,
installedOpenLimitTiltDdegree: 0,
installedClosedLimitTiltDdegree: 900,
ubisysLiftToTiltTransitionSteps: 0xffff,
ubisysTotalSteps: 0xffff,
ubisysLiftToTiltTransitionSteps2: 0xffff,
ubisysTotalSteps2: 0xffff,
},
manufacturerOptions.ubisys,
);
// enable calibration mode
await sleepSeconds(2);
await entity.write('closuresWindowCovering', {windowCoveringMode: mode | modeCalibrationBitMask});
await sleepSeconds(2);
// move down a bit and back up to detect upper limit
log(' Moving cover down a bit...');
await entity.command('closuresWindowCovering', 'downClose', {});
await sleepSeconds(5);
await entity.command('closuresWindowCovering', 'stop', {});
await sleepSeconds(2);
log(' Moving up again to detect upper limit...');
await entity.command('closuresWindowCovering', 'upOpen', {});
await waitUntilStopped();
log(' Moving down to count steps from open to closed...');
await entity.command('closuresWindowCovering', 'downClose', {});
await waitUntilStopped();
log(' Moving up to count steps from closed to open...');
await entity.command('closuresWindowCovering', 'upOpen', {});
await waitUntilStopped();
}
// now write any attribute values present in JSON
await writeAttrFromJson('installedOpenLimitLiftCm');
await writeAttrFromJson('installedClosedLimitLiftCm');
await writeAttrFromJson('installedOpenLimitTiltDdegree');
await writeAttrFromJson('installedClosedLimitTiltDdegree');
await writeAttrFromJson('ubisysTurnaroundGuardTime');
await writeAttrFromJson('ubisysLiftToTiltTransitionSteps');
await writeAttrFromJson('ubisysTotalSteps');
await writeAttrFromJson('ubisysLiftToTiltTransitionSteps2');
await writeAttrFromJson('ubisysTotalSteps2');
await writeAttrFromJson('ubisysAdditionalSteps');
await writeAttrFromJson('ubisysInactivePowerThreshold');
await writeAttrFromJson('ubisysStartupSteps');
// some convenience functions to not have to calculate
await writeAttrFromJson('ubisysTotalSteps', 'open_to_closed_s', (s: number) => s * stepsPerSecond);
await writeAttrFromJson('ubisysTotalSteps2', 'closed_to_open_s', (s: number) => s * stepsPerSecond);
await writeAttrFromJson('ubisysLiftToTiltTransitionSteps', 'lift_to_tilt_transition_ms', (s: number) => (s * stepsPerSecond) / 1000);
await writeAttrFromJson('ubisysLiftToTiltTransitionSteps2', 'lift_to_tilt_transition_ms', (s: number) => (s * stepsPerSecond) / 1000);
if (hasCalibrate) {
log(' Finalizing calibration...');
// disable calibration mode again
await sleepSeconds(2);
await entity.write('closuresWindowCovering', {windowCoveringMode: mode & ~modeCalibrationBitMask});
await sleepSeconds(2);
// re-read and dump all relevant attributes
log(' Done - will now read back the results.');
await ubisys.tz.configure_j1.convertGet(entity, key, meta);
}
},
convertGet: async (entity, key, meta) => {
const log = (json: unknown) => {
logger.warning(`ubisys: Cover configuration read: ${JSON.stringify(json)}`, NS);
};
log(
await entity.read('closuresWindowCovering', [
'windowCoveringType',
'physicalClosedLimitLiftCm',
'physicalClosedLimitTiltDdegree',
'installedOpenLimitLiftCm',
'installedClosedLimitLiftCm',
'installedOpenLimitTiltDdegree',
'installedClosedLimitTiltDdegree',
]),
);
log(
await entity.read('closuresWindowCovering', [
'configStatus',
'windowCoveringMode',
'currentPositionLiftPercentage',
'currentPositionLiftCm',
'currentPositionTiltPercentage',
'currentPositionTiltDdegree',
'operationalStatus',
]),
);
log(
await entity.read(
'closuresWindowCovering',
[
'ubisysTurnaroundGuardTime',
'ubisysLiftToTiltTransitionSteps',
'ubisysTotalSteps',
'ubisysLiftToTiltTransitionSteps2',
'ubisysTotalSteps2',
'ubisysAdditionalSteps',
'ubisysInactivePowerThreshold',
'ubisysStartupSteps',
],
manufacturerOptions.ubisys,
),
);
},
} satisfies Tz.Converter,
dimmer_setup: {
key: [
'capabilities_forward_phase_control',
'capabilities_reverse_phase_control',
'capabilities_reactance_discriminator',
'capabilities_configurable_curve',
'capabilities_overload_detection',
'status_forward_phase_control',
'status_reverse_phase_control',
'status_overload',
'status_capacitive_load',
'status_inductive_load',
'mode_phase_control',
],
convertSet: async (entity, key, value, meta) => {
if (key === 'mode_phase_control') {
utils.assertString(value, 'mode_phase_control');
const phaseControl = value.toLowerCase();
const phaseControlValues = {automatic: 0, forward: 1, reverse: 2};
utils.validateValue(phaseControl, Object.keys(phaseControlValues));
await entity.write(
'manuSpecificUbisysDimmerSetup',
{mode: utils.getFromLookup(phaseControl, phaseControlValues)},
manufacturerOptions.ubisysNull,
);
}
await ubisys.tz.dimmer_setup.convertGet(entity, key, meta);
},
convertGet: async (entity, key, meta) => {
await entity.read('manuSpecificUbisysDimmerSetup', ['capabilities'], manufacturerOptions.ubisysNull);
await entity.read('manuSpecificUbisysDimmerSetup', ['status'], manufacturerOptions.ubisysNull);
await entity.read('manuSpecificUbisysDimmerSetup', ['mode'], manufacturerOptions.ubisysNull);
},
} satisfies Tz.Converter,
dimmer_setup_genLevelCtrl: {
key: ['minimum_on_level'],
convertSet: async (entity, key, value, meta) => {
if (key === 'minimum_on_level') {
await entity.write('genLevelCtrl', {ubisysMinimumOnLevel: value}, manufacturerOptions.ubisys);
}
await ubisys.tz.dimmer_setup_genLevelCtrl.convertGet(entity, key, meta);
},
convertGet: async (entity, key, meta) => {
await entity.read('genLevelCtrl', ['ubisysMinimumOnLevel'], manufacturerOptions.ubisys);
},
} satisfies Tz.Converter,
configure_device_setup: {
key: ['configure_device_setup'],
convertSet: async (entity, key, value: KeyValueAny, meta) => {
const devMgmtEp = meta.device.getEndpoint(232);
const cluster = Zcl.Utils.getCluster('manuSpecificUbisysDeviceSetup', null, meta.device.customClusters);
const attributeInputConfigurations = cluster.getAttribute('inputConfigurations');
const attributeInputActions = cluster.getAttribute('inputActions');
// ubisys switched to writeStructure a while ago, change log only goes back to 1.9.x
// and it happened before that but to be safe we will only use writeStrucutre on 1.9.0 and up
let useWriteStruct = false;
if (meta.device.softwareBuildID != undefined) {
useWriteStruct = semver.gte(meta.device.softwareBuildID, '1.9.0', true);
}
if (useWriteStruct) {
logger.debug(`ubisys: using writeStructure for '${meta.options.friendly_name}'.`, NS);
}
if (value.hasOwnProperty('input_configurations')) {
// example: [0, 0, 0, 0]
if (useWriteStruct) {
await devMgmtEp.writeStructured(
'manuSpecificUbisysDeviceSetup',
[
{
attrId: attributeInputConfigurations.ID,
selector: {},
dataType: Zcl.DataType.ARRAY,
elementData: {
elementType: Zcl.DataType.DATA8,
elements: value.input_configurations,
},
},
],
manufacturerOptions.ubisysNull,
);
} else {
await devMgmtEp.write(
'manuSpecificUbisysDeviceSetup',
{[attributeInputConfigurations.name]: {elementType: Zcl.DataType.DATA8, elements: value.input_configurations}},
manufacturerOptions.ubisysNull,
);
}
}
if (value.hasOwnProperty('input_actions')) {
// example (default for C4): [[0,13,1,6,0,2], [1,13,2,6,0,2], [2,13,3,6,0,2], [3,13,4,6,0,2]]
if (useWriteStruct) {
await devMgmtEp.writeStructured(
'manuSpecificUbisysDeviceSetup',
[
{
attrId: attributeInputActions.ID,
selector: {},
dataType: Zcl.DataType.ARRAY,
elementData: {
elementType: Zcl.DataType.OCTET_STR,
elements: value.input_actions,
},
},
],
manufacturerOptions.ubisysNull,
);
} else {
await devMgmtEp.write(
'manuSpecificUbisysDeviceSetup',
{[attributeInputActions.name]: {elementType: Zcl.DataType.OCTET_STR, elements: value.input_actions}},
manufacturerOptions.ubisysNull,
);
}
}
if (value.hasOwnProperty('input_action_templates')) {
const templateTypes = {
// source: "ZigBee Device Physical Input Configurations Integrator’s Guide"
// (can be obtained directly from ubisys upon request)
toggle: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [[input, 0x0d, endpoint, 0x06, 0x00, 0x02]],
},
toggle_switch: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [
[input, 0x0d, endpoint, 0x06, 0x00, 0x02],
[input, 0x03, endpoint, 0x06, 0x00, 0x02],
],
},
on_off_switch: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [
[input, 0x0d, endpoint, 0x06, 0x00, 0x01],
[input, 0x03, endpoint, 0x06, 0x00, 0x00],
],
},
on: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [[input, 0x0d, endpoint, 0x06, 0x00, 0x01]],
},
off: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [[input, 0x0d, endpoint, 0x06, 0x00, 0x00]],
},
dimmer_single: {
getInputActions: (input: unknown, endpoint: Zh.Endpoint, template: KeyValue) => {
const moveUpCmd = template.no_onoff || template.no_onoff_up ? 0x01 : 0x05;
const moveDownCmd = template.no_onoff || template.no_onoff_down ? 0x01 : 0x05;
const moveRate = template.rate || 50;
return [
[input, 0x07, endpoint, 0x06, 0x00, 0x02],
[input, 0x86, endpoint, 0x08, 0x00, moveUpCmd, 0x00, moveRate],
[input, 0xc6, endpoint, 0x08, 0x00, moveDownCmd, 0x01, moveRate],
[input, 0x0b, endpoint, 0x08, 0x00, 0x03],
];
},
},
dimmer_double: {
doubleInputs: true,
getInputActions: (inputs: unknown[], endpoint: Zh.Endpoint, template: KeyValue) => {
const moveUpCmd = template.no_onoff || template.no_onoff_up ? 0x01 : 0x05;
const moveDownCmd = template.no_onoff || template.no_onoff_down ? 0x01 : 0x05;
const moveRate = template.rate || 50;
return [
[inputs[0], 0x07, endpoint, 0x06, 0x00, 0x01],
[inputs[0], 0x06, endpoint, 0x08, 0x00, moveUpCmd, 0x00, moveRate],
[inputs[0], 0x0b, endpoint, 0x08, 0x00, 0x03],
[inputs[1], 0x07, endpoint, 0x06, 0x00, 0x00],
[inputs[1], 0x06, endpoint, 0x08, 0x00, moveDownCmd, 0x01, moveRate],
[inputs[1], 0x0b, endpoint, 0x08, 0x00, 0x03],
];
},
},
cover: {
cover: true,
doubleInputs: true,
getInputActions: (inputs: unknown[], endpoint: Zh.Endpoint) => [
[inputs[0], 0x0d, endpoint, 0x02, 0x01, 0x00],
[inputs[0], 0x07, endpoint, 0x02, 0x01, 0x02],
[inputs[1], 0x0d, endpoint, 0x02, 0x01, 0x01],
[inputs[1], 0x07, endpoint, 0x02, 0x01, 0x02],
],
},
cover_switch: {
cover: true,
doubleInputs: true,
getInputActions: (inputs: unknown[], endpoint: Zh.Endpoint) => [
[inputs[0], 0x0d, endpoint, 0x02, 0x01, 0x00],
[inputs[0], 0x03, endpoint, 0x02, 0x01, 0x02],
[inputs[1], 0x0d, endpoint, 0x02, 0x01, 0x01],
[inputs[1], 0x03, endpoint, 0x02, 0x01, 0x02],
],
},
cover_up: {
cover: true,
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [[input, 0x0d, endpoint, 0x02, 0x01, 0x00]],
},
cover_down: {
cover: true,
getInputActions: (input: unknown, endpoint: Zh.Endpoint) => [[input, 0x0d, endpoint, 0x02, 0x01, 0x01]],
},
scene: {
scene: true,
getInputActions: (input: unknown, endpoint: Zh.Endpoint, groupId: number, sceneId: number) => [
[input, 0x07, endpoint, 0x05, 0x00, 0x05, groupId & 0xff, groupId >> 8, sceneId],
],
getInputActions2: (input: unknown, endpoint: Zh.Endpoint, groupId: number, sceneId: number) => [
[input, 0x06, endpoint, 0x05, 0x00, 0x05, groupId & 0xff, groupId >> 8, sceneId],
],
},
scene_switch: {
scene: true,
getInputActions: (input: unknown, endpoint: Zh.Endpoint, groupId: number, sceneId: number) => [
[input, 0x0d, endpoint, 0x05, 0x00, 0x05, groupId & 0xff, groupId >> 8, sceneId],
],
getInputActions2: (input: unknown, endpoint: Zh.Endpoint, groupId: number, sceneId: number) => [
[input, 0x03, endpoint, 0x05, 0x00, 0x05, groupId & 0xff, groupId >> 8, sceneId],
],
},
};
// first input
let input = 0;
// first client endpoint - depends on actual device
if (Array.isArray(meta.mapped)) throw new Error(`Not supported for groups`);
let endpoint = {S1: 2, S2: 3, D1: 2, J1: 2, C4: 1}[meta.mapped.model];
// default group id
let groupId = 0;
const templates = Array.isArray(value.input_action_templates) ? value.input_action_templates : [value.input_action_templates];
let resultingInputActions: unknown[] = [];
for (const template of templates) {
// @ts-expect-error
const templateType = templateTypes[template.type];
if (!templateType) {
throw new Error(
`input_action_templates: Template type '${template.type}' is not valid ` +
`(valid types: ${Object.keys(templateTypes)})`,
);
}
if (template.hasOwnProperty('input')) {
input = template.input;
}
if (template.hasOwnProperty('endpoint')) {
endpoint = template.endpoint;
}
// C4 cover endpoints only start at 5
if (templateType.cover && meta.mapped.model === 'C4' && endpoint < 5) {
endpoint += 4;
}
let inputActions;
if (!templateType.doubleInputs) {
if (!templateType.scene) {
// single input, no scene(s)
inputActions = templateType.getInputActions(input, endpoint, template);
} else {
// scene(s) (always single input)
if (!template.hasOwnProperty('scene_id')) {
throw new Error(`input_action_templates: Need an attribute 'scene_id' for '${template.type}'`);
}
if (template.hasOwnProperty('group_id')) {
groupId = template.group_id;
}
inputActions = templateType.getInputActions(input, endpoint, groupId, template.scene_id);
if (template.hasOwnProperty('scene_id_2')) {
if (template.hasOwnProperty('group_id_2')) {
groupId = template.group_id_2;
}
inputActions = inputActions.concat(templateType.getInputActions2(input, endpoint, groupId, template.scene_id_2));
}
}
} else {
// double inputs
input = template.hasOwnProperty('inputs') ? template.inputs : [input, input + 1];
inputActions = templateType.getInputActions(input, endpoint, template);
}
resultingInputActions = resultingInputActions.concat(inputActions);
logger.warning(`ubisys: Using input(s) ${input} and endpoint ${endpoint} for '${template.type}'.`, NS);
// input might by now be an array (in case of double inputs)
input = (Array.isArray(input) ? Math.max(...input) : input) + 1;
endpoint += 1;
}
logger.debug(`ubisys: input_actions to be sent to '${meta.options.friendly_name}': ` + JSON.stringify(resultingInputActions), NS);
if (useWriteStruct) {
await devMgmtEp.writeStructured(
'manuSpecificUbisysDeviceSetup',
[
{
attrId: attributeInputActions.ID,
selector: {},
dataType: Zcl.DataType.ARRAY,
elementData: {
elementType: Zcl.DataType.OCTET_STR,
elements: resultingInputActions,
},
},
],
manufacturerOptions.ubisysNull,
);
} else {
await devMgmtEp.write(
'manuSpecificUbisysDeviceSetup',
{[attributeInputActions.name]: {elementType: Zcl.DataType.OCTET_STR, elements: resultingInputActions}},
manufacturerOptions.ubisysNull,
);
}
}
// re-read effective settings and dump them to the log
await ubisys.tz.configure_device_setup.convertGet(entity, key, meta);
},
convertGet: async (entity, key, meta) => {
const devMgmtEp = meta.device.getEndpoint(232);
await devMgmtEp.read('manuSpecificUbisysDeviceSetup', ['inputConfigurations'], manufacturerOptions.ubisysNull);
await devMgmtEp.read('manuSpecificUbisysDeviceSetup', ['inputActions'], manufacturerOptions.ubisysNull);
},
} satisfies Tz.Converter,
},
};
const definitions: DefinitionWithExtend[] = [
{
zigbeeModel: ['S1 (5501)'],
model: 'S1',
vendor: 'Ubisys',
description: 'Power switch S1',
exposes: [
e.switch(),
e.action(['toggle', 'on', 'off', 'recall_*', 'brightness_move_up', 'brightness_move_down', 'brightness_stop']),
e.power_on_behavior(),
e.power().withAccess(ea.STATE_GET),
e.energy().withAccess(ea.STATE_GET),
],
fromZigbee: [
fz.on_off,
fz.metering,
fz.command_toggle,
fz.command_on,
fz.command_off,
fz.command_recall,
fz.command_move,
fz.command_stop,
fz.power_on_behavior,
ubisys.fz.configure_device_setup,
],
toZigbee: [tz.on_off, tz.metering_power, tz.currentsummdelivered, ubisys.tz.configure_device_setup, tz.power_on_behavior],
endpoint: (device) => {
return {l1: 1, s1: 2, meter: 3};
},
meta: {multiEndpointEnforce: {power: 3, energy: 3}},
extend: [ubisysModernExtend.addCustomClusterManuSpecificUbisysDeviceSetup()],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(3);
await reporting.bind(endpoint, coordinatorEndpoint, ['seMetering']);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.instantaneousDemand(endpoint);
},
onEvent: async (type, data, device) => {
/*
* As per technical doc page 18 section 7.3.4
* https://www.ubisys.de/wp-content/uploads/ubisys-s1-technical-reference.pdf
*
* This cluster uses the binding table for managing command targets.
* When factory fresh, this cluster is bound to endpoint #1 to
* enable local control.
*
* We use addBinding to 'record' this default binding.
*/
if (type === 'deviceInterview') {
const ep1 = device.getEndpoint(1);
const ep2 = device.getEndpoint(2);
ep2.addBinding('genOnOff', ep1);
} else {
await ubisysOnEventReadCurrentSummDelivered(type, data, device);
}
},
ota: ota.ubisys,
},
{
zigbeeModel: ['S1-R (5601)'],
model: 'S1-R',
vendor: 'Ubisys',
description: 'Power switch S1-R',
exposes: [
e.switch(),
e.action(['toggle', 'on', 'off', 'recall_*', 'brightness_move_up', 'brightness_move_down', 'brightness_stop']),
e.power_on_behavior(),
e.power().withAccess(ea.STATE_GET),
e.energy().withAccess(ea.STATE_GET),
],
fromZigbee: [
fz.on_off,
fz.metering,
fz.command_toggle,
fz.command_on,
fz.command_off,
fz.command_recall,
fz.command_move,
fz.command_stop,
fz.power_on_behavior,
ubisys.fz.configure_device_setup,
],
toZigbee: [tz.on_off, tz.metering_power, tz.currentsummdelivered, ubisys.tz.configure_device_setup, tz.power_on_behavior],
meta: {multiEndpointEnforce: {power: 4, energy: 4}},
endpoint: (device) => {
return {l1: 1, s1: 2, meter: 4};
},
extend: [ubisysModernExtend.addCustomClusterManuSpecificUbisysDeviceSetup()],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(4);
await reporting.bind(endpoint, coordinatorEndpoint, ['seMetering']);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.instantaneousDemand(endpoint);
},
onEvent: async (type, data, device) => {
/*
* As per technical doc page 18 section 7.3.4
* https://www.ubisys.de/wp-content/uploads/ubisys-s1-technical-reference.pdf
*
* This cluster uses the binding table for managing command targets.
* When factory fresh, this cluster is bound to endpoint #1 to
* enable local control.
*
* We use addBinding to 'record' this default binding.
*/
if (type === 'deviceInterview') {
const ep1 = device.getEndpoint(1);
const ep2 = device.getEndpoint(2);
ep2.addBinding('genOnOff', ep1);
} else {
await ubisysOnEventReadCurrentSummDelivered(type, data, device);
}
},
ota: ota.ubisys,
},
{
// S1-R Series 2 uses the same modelId as the regular S1-R, but the energy clusters are located in endpoint 1 (instead of 4, like the regular S1-R).
fingerprint: [
{
manufacturerName: 'ubisys',
modelID: 'S1-R (5601)',
endpoints: [{ID: 1, profileID: 260, deviceID: 266, inputClusters: [0, 3, 4, 5, 6, 1794, 2820], outputClusters: []}],
},
],
model: 'S1-R-2',
vendor: 'ubisys',
description: 'Power switch S1-R (Series 2)',
extend: [
deviceEndpoints({endpoints: {'1': 1, '2': 2, '3': 3, '232': 232}, multiEndpointSkip: ['state', 'power', 'energy']}),
identify(),
onOff({powerOnBehavior: false}),
electricityMeter({cluster: 'metering', configureReporting: false}),
commandsOnOff({endpointNames: ['2', '3']}),
commandsLevelCtrl({endpointNames: ['2', '3']}),
commandsColorCtrl({endpointNames: ['2', '3']}),
],
options: [exposes.options.measurement_poll_interval()],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(1);
await reporting.bind(endpoint, coordinatorEndpoint, ['seMetering']);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.instantaneousDemand(endpoint);
},
onEvent: async (type, data, device, settings) => {
/*
* As per technical doc page 18 section 7.3.4
* https://www.ubisys.de/wp-content/uploads/ubisys-s1-technical-reference.pdf
*
* This cluster uses the binding table for managing command targets.
* When factory fresh, this cluster is bound to endpoint #1 to
* enable local control.
*
* We use addBinding to 'record' this default binding.
*/
if (type === 'deviceInterview') {
const ep1 = device.getEndpoint(1);
const ep2 = device.getEndpoint(2);
ep2.addBinding('genOnOff', ep1);
} else {
await ubisysPollCurrentSummDelivered(type, data, device, 1, settings);
}
},
},
{
zigbeeModel: ['S2 (5502)', 'S2-R (5602)'],
model: 'S2',
vendor: 'Ubisys',
description: 'Power switch S2',
exposes: [
e.switch().withEndpoint('l1'),
e.switch().withEndpoint('l2'),
e.action([
'toggle_s1',
'toggle_s2',
'on_s1',
'on_s2',
'off_s1',
'off_s2',
'recall_*_s1',
'recal_*_s2',
'brightness_move_up_s1',
'brightness_move_up_s2',
'brightness_move_down_s1',
'brightness_move_down_s2',
'brightness_stop_s1',
'brightness_stop_s2',
]),
e.power_on_behavior().withEndpoint('l1'),
e.power_on_behavior().withEndpoint('l2'),
e.power().withAccess(ea.STATE_GET),
e.energy().withAccess(ea.STATE_GET),
],
fromZigbee: [
fz.on_off,
fz.metering,
fz.command_toggle,
fz.command_on,
fz.command_off,
fz.command_recall,
fz.command_move,
fz.command_stop,
fz.power_on_behavior,
ubisys.fz.configure_device_setup,
],
toZigbee: [tz.on_off, tz.metering_power, ubisys.tz.configure_device_setup, tz.power_on_behavior, tz.currentsummdelivered],
endpoint: (device) => {
return {l1: 1, l2: 2, s1: 3, s2: 4, meter: 5};
},
meta: {multiEndpoint: true, multiEndpointSkip: ['power', 'energy'], multiEndpointEnforce: {power: 5, energy: 5}},
extend: [ubisysModernExtend.addCustomClusterManuSpecificUbisysDeviceSetup()],
configure: async (device, coordinatorEndpoint) => {
const endpoint = device.getEndpoint(5);
await reporting.bind(endpoint, coordinatorEndpoint, ['seMetering']);
await reporting.readMeteringMultiplierDivisor(endpoint);
await reporting.instantaneousDemand(endpoint);
},
onEvent: async (type, data, device) => {
/*
* As per technical doc page 20 section 7.4.4 and
* page 22 section 7.5.4
* https://www.ubisys.de/wp-content/uploads/ubisys-s2-technical-reference.pdf
*
* This cluster uses the binding table for managing command targets.
* When factory fresh, this cluster is bound to endpoint #1 to
* enable local control.
*
* This cluster uses the binding table for managing command targets.
* When factory fresh, this cluster is bound to endpoint #2 to
* enable local control
*
* We use addBinding to 'record' this default binding.
*/
if (type === 'deviceInterview') {
const ep1 = device.getEndpoint(1);
const ep2 = device.getEndpoint(2);
const ep3 = device.getEndpoint(3);
const ep4 = device.getEndpoint(4);
ep3.addBinding('genOnOff', ep1);
ep4.addBinding('genOnOff', ep2);
} else {
await ubisysOnEventReadCurrentSummDelivered(type, data, device);
}
},
ota: ota.ubisys,
},
{
zigbeeModel: ['D1 (5503)', 'D1-R (5603)'],
model: 'D1',
vendor: 'Ubisys',
description: 'Universal dimmer D1',
fromZigbee: [
fz.on_off,
fz.brightness,
fz.metering,
fz.command_toggle,
fz.command_on,
fz.command_off,
fz.command_recall,
fz.command_move,
fz.command_stop,
fz.lighting_ballast_configuration,
fz.level_config,
ubisys.fz.dimmer_setup,
ubisys.fz.dimmer_setup_genLevelCtrl,
ubisys.fz.configure_device_setup,
],
toZigbee: [
tz.light_onoff_brightness,
tz.ballast_config,
tz.level_config,
ubisys.tz.dimmer_setup,
ubisys.tz.dimmer_setup_genLevelCtrl,
ubisys.tz.configure_device_setup,
tz.ignore_transition,
tz.light_brightness_move,
tz.light_brightness_step,
tz.metering_power,
tz.currentsummdelivered,
],
exposes: [
e.action([
'toggle_s1',
'toggle_s2',
'on_s1',
'on_s2',
'off_s1',
'off_s2',
'recall_*_s1',
'recal_*_s2',
'brightness_move_up_s1',
'brightness_move_up_s2',
'brightness_move_down_s1',
'brightness_move_down_s2',
'brightness_stop_s1',
'brightness_stop_s2',
]),
e.light_brightness(),
e
.composite('level_config', 'level_config', ea.ALL)
.withFeature(
e
.numeric('on_off_transition_time', ea.ALL)
.withDescription(
'Specifies the amount of time, in units of 0.1 seconds, which will be used during a transition to ' +
'either the on or off state, when an on/off/toggle command of the on/off cluster is used to turn the light on or off',
),
)
.withFeature(
e
.numeric('on_level', ea.ALL)
.withValueMin(1)
.withValueMax(254)
.withPreset('previous', 255, 'Use previous value')
.withDescription('Specifies the level that shall be applied, when an on/toggle command causes the light to turn on.'),
)
.withFeature(
e
.binary('execute_if_off', ea.ALL, true, false)
.withDescription('Defines if you can send a brightness change without to turn on the light'),
)
.withFeature(
e
.numeric('current_level_startup', ea.ALL)
.withValueMin(1)
.withValueMax(254)
.withPreset('previous', 255, 'Use previous value')
.withDescription('Specifies the initial level to be applied after the device is supplied with power'),
),
e.power().withAccess(ea.STATE_GET),
e.energy().withAccess(ea.STATE_GET),
e
.numeric('ballast_minimum_level', ea.ALL)
.withValueMin(1)
.withValueMax(254)
.withDescription('Specifies the minimum light output of the ballast'),
e
.numeric('ballast_maximum_level', ea.ALL)
.withValueMin(1)
.withValueMax(254)
.withDescription('Specifies the maximum light output of the ballast'),
e
.numeric('minimum_on_level', ea.ALL)
.withValueMin(0)
.withValueMax(255)
.withDescription(
'Specifies the minimum level that shall be applied, when an on/toggle command causes the ' +
'light to turn on. When this attribute is set to the invalid value (255) this feature is disabled ' +
'and standard rules apply: The light will either return to the previously active level (before it ' +
'was turned off) if the OnLevel attribute is set to the invalid value (255/previous); or to the specified ' +
'value of the OnLevel attribute if this value is in the range 0…254. Otherwise, if the ' +
'MinimumOnLevel is in the range 0…254, the light will be set to the the previously ' +
'active level (before it was turned off), or the value specified here, whichever is the larger ' +
'value. For example, if the previous level was 30 and the MinimumOnLevel was 40 then ' +
'the light would turn on and move to level 40. Conversely, if the previous level was 50, ' +
'and the MinimumOnLevel was 40, then the light would turn on and move to level 50.',
),
e.binary('capabilities_forward_phase_control', ea.ALL, true, false).withDescription('The dimmer supports AC forward phase control.'),
e.binary('capabilities_reverse_phase_control', ea.ALL, true, false).withDescription('The dimmer supports AC reverse phase control.'),
e
.binary('capabilities_reactance_discriminator', ea.ALL, true, false)
.withDescription('The dimmer is capable of measuring the reactanceto distinguish inductive and capacitive loads.'),
e
.binary('capabilities_configurable_curve', ea.ALL, true, false)
.withDescription('The dimmer is capable of replacing the built-in, default dimming curve.'),
e
.binary('capabilities_overload_detection', ea.ALL, true, false)
.withDescription('The dimmer is capable of detecting an output overload and shutting the output off.'),
e
.binary('status_forward_phase_control', ea.ALL, true, false)
.withDescription('The dimmer is currently operating in AC forward phase control mode.'),
e
.binary('status_reverse_phase_control', ea.ALL, true, false)
.withDescription('The dimmer is currently operating in AC reverse phase control mode.'),
e
.binary('status_overload', ea.ALL, true, false)
.withDescription('The output is currently turned off, because the dimmer has detected an overload.'),
e
.binary('status_capacitive_load', ea.ALL, true, false)