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matterbridgeDevice.ts
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matterbridgeDevice.ts
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/**
* This file contains the class MatterbridgeDevice.
*
* @file matterbridgeDevice.ts
* @author Luca Liguori
* @date 2023-12-29
* @version 1.1.1
*
* Copyright 2023, 2024 Luca Liguori.
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License. *
*/
import {
BasicInformationCluster,
BooleanState,
BooleanStateCluster,
ClusterServer,
ClusterServerHandlers,
ColorControl,
ColorControlCluster,
DoorLock,
DoorLockCluster,
ElectricalMeasurement,
ElectricalMeasurementCluster,
FanControl,
FanControlCluster,
FixedLabelCluster,
FlowMeasurement,
FlowMeasurementCluster,
Groups,
GroupsCluster,
GroupsClusterHandler,
Identify,
IdentifyCluster,
IlluminanceMeasurement,
IlluminanceMeasurementCluster,
LevelControl,
LevelControlCluster,
ModeSelect,
ModeSelectCluster,
OccupancySensing,
OccupancySensingCluster,
OnOff,
OnOffCluster,
PowerSource,
PowerSourceCluster,
PowerSourceConfigurationCluster,
PressureMeasurement,
PressureMeasurementCluster,
RelativeHumidityMeasurement,
RelativeHumidityMeasurementCluster,
Scenes,
ScenesCluster,
ScenesClusterHandler,
Switch,
SwitchCluster,
TemperatureMeasurement,
TemperatureMeasurementCluster,
Thermostat,
ThermostatCluster,
ThreadNetworkDiagnostics,
ThreadNetworkDiagnosticsCluster,
TimeSync,
TimeSyncCluster,
WindowCovering,
WindowCoveringCluster,
getClusterNameById,
} from '@project-chip/matter-node.js/cluster';
import { ClusterId, EndpointNumber, GroupId, VendorId } from '@project-chip/matter-node.js/datatype';
import { Device, DeviceClasses, DeviceTypeDefinition, Endpoint, EndpointOptions } from '@project-chip/matter-node.js/device';
import { AtLeastOne, extendPublicHandlerMethods } from '@project-chip/matter-node.js/util';
import { MatterHistory, Sensitivity, WeatherTrend, TemperatureDisplayUnits } from 'matter-history';
import { EveHistory, EveHistoryCluster } from 'matter-history';
import { AirQuality, AirQualityCluster } from './cluster/AirQualityCluster.js';
import { AnsiLogger, CYAN, TimestampFormat, db, hk, zb } from 'node-ansi-logger';
import { createHash } from 'crypto';
import { TvocMeasurement, TvocMeasurementCluster } from './cluster/TvocCluster.js';
import { BridgedDeviceBasicInformation, BridgedDeviceBasicInformationCluster } from './cluster/BridgedDeviceBasicInformationCluster.js';
import { PowerTopology, PowerTopologyCluster } from './cluster/PowerTopologyCluster.js';
import { ElectricalPowerMeasurement, ElectricalPowerMeasurementCluster } from './cluster/ElectricalPowerMeasurementCluster.js';
import { ElectricalEnergyMeasurement, ElectricalEnergyMeasurementCluster } from './cluster/ElectricalEnergyMeasurementCluster.js';
import { MeasurementType } from './cluster/MeasurementType.js';
import { CarbonMonoxideConcentrationMeasurement, CarbonMonoxideConcentrationMeasurementCluster } from './cluster/CarbonMonoxideConcentrationMeasurementCluster.js';
import { SmokeCoAlarm, SmokeCoAlarmCluster } from './cluster/SmokeCoAlarmCluster.js';
import { BooleanStateConfiguration, BooleanStateConfigurationCluster } from './cluster/BooleanStateConfigurationCluster.js';
import { DeviceEnergyManagement, DeviceEnergyManagementCluster } from './cluster/DeviceEnergyManagementCluster.js';
import { DeviceEnergyManagementMode, DeviceEnergyManagementModeCluster } from './cluster/DeviceEnergyManagementModeCluster.js';
// import { FanControl, FanControlCluster } from './cluster/FanControlCluster.js';
import { ConcentrationMeasurement } from './cluster/ConcentrationMeasurementCluster.js';
import { CarbonDioxideConcentrationMeasurement, CarbonDioxideConcentrationMeasurementCluster } from './cluster/CarbonDioxideConcentrationMeasurementCluster.js';
import { OzoneConcentrationMeasurement, OzoneConcentrationMeasurementCluster } from './cluster/OzoneConcentrationMeasurementCluster.js';
import { Pm1ConcentrationMeasurement, Pm1ConcentrationMeasurementCluster } from './cluster/Pm1ConcentrationMeasurementCluster.js';
import { Pm25ConcentrationMeasurement, Pm25ConcentrationMeasurementCluster } from './cluster/Pm25ConcentrationMeasurementCluster.js';
import { Pm10ConcentrationMeasurement, Pm10ConcentrationMeasurementCluster } from './cluster/Pm10ConcentrationMeasurementCluster.js';
import { RadonConcentrationMeasurement, RadonConcentrationMeasurementCluster } from './cluster/RadonConcentrationMeasurementCluster.js';
import { NitrogenDioxideConcentrationMeasurement, NitrogenDioxideConcentrationMeasurementCluster } from './cluster/NitrogenDioxideConcentrationMeasurementCluster.js';
import { FormaldehydeConcentrationMeasurement, FormaldehydeConcentrationMeasurementCluster } from './cluster/FormaldehydeConcentrationMeasurementCluster.js';
type MakeMandatory<T> = Exclude<T, undefined>;
interface MatterbridgeDeviceCommands {
identify: MakeMandatory<ClusterServerHandlers<typeof Identify.Complete>['identify']>;
triggerEffect: MakeMandatory<ClusterServerHandlers<typeof Identify.Complete>['triggerEffect']>;
on: MakeMandatory<ClusterServerHandlers<typeof OnOff.Complete>['on']>;
off: MakeMandatory<ClusterServerHandlers<typeof OnOff.Complete>['off']>;
toggle: MakeMandatory<ClusterServerHandlers<typeof OnOff.Complete>['toggle']>;
offWithEffect: MakeMandatory<ClusterServerHandlers<typeof OnOff.Complete>['offWithEffect']>;
moveToLevel: MakeMandatory<ClusterServerHandlers<typeof LevelControl.Complete>['moveToLevel']>;
moveToLevelWithOnOff: MakeMandatory<ClusterServerHandlers<typeof LevelControl.Complete>['moveToLevelWithOnOff']>;
moveToColor: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToHue']>;
moveColor: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToHue']>;
stepColor: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToHue']>;
moveToHue: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToHue']>;
moveHue: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveHue']>;
stepHue: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['stepHue']>;
moveToSaturation: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToSaturation']>;
moveSaturation: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveSaturation']>;
stepSaturation: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['stepSaturation']>;
moveToHueAndSaturation: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToHueAndSaturation']>;
moveToColorTemperature: MakeMandatory<ClusterServerHandlers<typeof ColorControl.Complete>['moveToColorTemperature']>;
upOrOpen: MakeMandatory<ClusterServerHandlers<typeof WindowCovering.Complete>['upOrOpen']>;
downOrClose: MakeMandatory<ClusterServerHandlers<typeof WindowCovering.Complete>['downOrClose']>;
stopMotion: MakeMandatory<ClusterServerHandlers<typeof WindowCovering.Complete>['stopMotion']>;
goToLiftPercentage: MakeMandatory<ClusterServerHandlers<typeof WindowCovering.Complete>['goToLiftPercentage']>;
lockDoor: MakeMandatory<ClusterServerHandlers<typeof DoorLock.Complete>['lockDoor']>;
unlockDoor: MakeMandatory<ClusterServerHandlers<typeof DoorLock.Complete>['unlockDoor']>;
setpointRaiseLower: MakeMandatory<ClusterServerHandlers<typeof Thermostat.Complete>['setpointRaiseLower']>;
changeToMode: MakeMandatory<ClusterServerHandlers<typeof ModeSelect.Complete>['changeToMode']>;
// step: MakeMandatory<ClusterServerHandlers<typeof FanControl.Complete>['step']>; // Rev > 2
suppressAlarm: MakeMandatory<ClusterServerHandlers<typeof BooleanStateConfiguration.Complete>['suppressAlarm']>;
enableDisableAlarm: MakeMandatory<ClusterServerHandlers<typeof BooleanStateConfiguration.Complete>['enableDisableAlarm']>;
selfTestRequest: MakeMandatory<ClusterServerHandlers<typeof SmokeCoAlarm.Complete>['selfTestRequest']>;
}
// Matter 1.2 and 1.3 device types
export const airQualitySensor = DeviceTypeDefinition({
name: 'MA-airQualitySensor',
code: 0x002c,
deviceClass: DeviceClasses.Simple,
revision: 1,
requiredServerClusters: [Identify.Cluster.id, AirQuality.Cluster.id],
optionalServerClusters: [
TemperatureMeasurement.Cluster.id,
RelativeHumidityMeasurement.Cluster.id,
CarbonMonoxideConcentrationMeasurement.Cluster.id,
CarbonDioxideConcentrationMeasurement.Cluster.id,
NitrogenDioxideConcentrationMeasurement.Cluster.id,
OzoneConcentrationMeasurement.Cluster.id,
FormaldehydeConcentrationMeasurement.Cluster.id,
Pm1ConcentrationMeasurement.Cluster.id,
Pm25ConcentrationMeasurement.Cluster.id,
Pm10ConcentrationMeasurement.Cluster.id,
RadonConcentrationMeasurement.Cluster.id,
TvocMeasurement.Cluster.id,
],
});
export const waterFreezeDetector = DeviceTypeDefinition({
name: 'MA-waterFreezeDetector',
code: 0x0041,
deviceClass: DeviceClasses.Simple,
revision: 1,
requiredServerClusters: [Identify.Cluster.id, BooleanState.Cluster.id],
optionalServerClusters: [BooleanStateConfiguration.Cluster.id],
});
export const waterLeakDetector = DeviceTypeDefinition({
name: 'MA-waterLeakDetector',
code: 0x0043,
deviceClass: DeviceClasses.Simple,
revision: 1,
requiredServerClusters: [Identify.Cluster.id, BooleanState.Cluster.id],
optionalServerClusters: [BooleanStateConfiguration.Cluster.id],
});
export const rainSensor = DeviceTypeDefinition({
name: 'MA-rainSensor',
code: 0x0044,
deviceClass: DeviceClasses.Simple,
revision: 1,
requiredServerClusters: [Identify.Cluster.id, BooleanState.Cluster.id],
optionalServerClusters: [BooleanStateConfiguration.Cluster.id],
});
export const smokeCoAlarm = DeviceTypeDefinition({
name: 'MA-smokeCoAlarm',
code: 0x0076,
deviceClass: DeviceClasses.Simple,
revision: 1,
requiredServerClusters: [Identify.Cluster.id, SmokeCoAlarm.Cluster.id],
optionalServerClusters: [Groups.Cluster.id, TemperatureMeasurement.Cluster.id, RelativeHumidityMeasurement.Cluster.id, CarbonMonoxideConcentrationMeasurement.Cluster.id],
});
export const electricalSensor = DeviceTypeDefinition({
name: 'MA-electricalSensor',
code: 0x0510,
deviceClass: DeviceClasses.Utility,
revision: 1,
requiredServerClusters: [PowerTopology.Cluster.id],
optionalServerClusters: [ElectricalPowerMeasurement.Cluster.id, ElectricalEnergyMeasurement.Cluster.id],
});
export const deviceEnergyManagement = DeviceTypeDefinition({
name: 'MA-deviceEnergyManagement',
code: 0x050d,
deviceClass: DeviceClasses.Utility,
revision: 1,
requiredServerClusters: [DeviceEnergyManagement.Cluster.id, DeviceEnergyManagementMode.Cluster.id],
optionalServerClusters: [],
});
export const powerSource = DeviceTypeDefinition({
name: 'MA-powerSource',
code: 0x0011,
deviceClass: DeviceClasses.Utility,
revision: 1,
requiredServerClusters: [PowerSource.Cluster.id],
optionalServerClusters: [],
});
export const bridgedNode = DeviceTypeDefinition({
name: 'MA-bridgedNode',
code: 0x0013,
deviceClass: DeviceClasses.Utility,
revision: 2,
requiredServerClusters: [BridgedDeviceBasicInformation.Cluster.id],
optionalServerClusters: [PowerSource.Cluster.id],
});
// Custom device types: switch without ClientClusters
export const onOffSwitch = DeviceTypeDefinition({
name: 'MA-onoffswitch',
code: 0x0103,
deviceClass: DeviceClasses.Simple,
revision: 2,
requiredServerClusters: [Identify.Cluster.id, Groups.Cluster.id, Scenes.Cluster.id, OnOff.Cluster.id],
optionalServerClusters: [LevelControl.Cluster.id, ColorControl.Cluster.id],
});
export const dimmableSwitch = DeviceTypeDefinition({
name: 'MA-dimmableswitch',
code: 0x0104,
deviceClass: DeviceClasses.Simple,
revision: 2,
requiredServerClusters: [Identify.Cluster.id, Groups.Cluster.id, Scenes.Cluster.id, OnOff.Cluster.id, LevelControl.Cluster.id],
optionalServerClusters: [ColorControl.Cluster.id],
});
export const colorTemperatureSwitch = DeviceTypeDefinition({
name: 'MA-colortemperatureswitch',
code: 0x0105,
deviceClass: DeviceClasses.Simple,
revision: 2,
requiredServerClusters: [Identify.Cluster.id, Groups.Cluster.id, Scenes.Cluster.id, OnOff.Cluster.id, LevelControl.Cluster.id, ColorControl.Cluster.id],
optionalServerClusters: [],
});
export interface SerializedMatterbridgeDevice {
pluginName: string;
deviceName: string;
serialNumber: string;
uniqueId: string;
productId?: number;
productName?: string;
vendorId?: number;
vendorName?: string;
deviceTypes: AtLeastOne<DeviceTypeDefinition>;
endpoint: EndpointNumber | undefined;
endpointName: string;
clusterServersId: ClusterId[];
}
export class MatterbridgeDevice extends extendPublicHandlerMethods<typeof Device, MatterbridgeDeviceCommands>(Device) {
public static bridgeMode = '';
log: AnsiLogger;
serialNumber: string | undefined = undefined;
deviceName: string | undefined = undefined;
uniqueId: string | undefined = undefined;
/**
* Create a Matterbridge device.
* @constructor
* @param {DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>} definition - The DeviceTypeDefinition of the device.
* @param {EndpointOptions} [options={}] - The options for the device.
* @param {boolean} [debug=false] - The debug level for the device.
*/
constructor(definition: DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>, options: EndpointOptions = {}, debug = false) {
let firstDefinition: DeviceTypeDefinition;
if (Array.isArray(definition)) firstDefinition = definition[0];
else firstDefinition = definition;
super(firstDefinition, options);
this.log = new AnsiLogger({ logName: 'MatterbridgeDevice', logTimestampFormat: TimestampFormat.TIME_MILLIS, logDebug: debug });
this.log.debug(`new MatterbridgeDevice with deviceType: ${zb}${firstDefinition.code}${db}-${zb}${firstDefinition.name}${db}`);
if (Array.isArray(definition)) {
definition.forEach((deviceType) => {
this.addDeviceType(deviceType);
});
}
this.addDeviceType(firstDefinition);
}
/**
* Loads asyncronously an instance of the MatterbridgeDevice class.
*
* @param {DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>} definition - The DeviceTypeDefinition of the device.
* @param {EndpointOptions} [options={}] - The options for the device.
* @param {boolean} [debug=false] - The debug level for the device.
* @returns {Promise<MatterbridgeDevice>} A Promise of MatterbridgeDevice instance.
*/
static async loadInstance(definition: DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>, options: EndpointOptions = {}, debug = false): Promise<MatterbridgeDevice> {
return new MatterbridgeDevice(definition, options, debug);
}
/**
* Create asyncronously a device with one or more device types and with the required cluster servers and the specified cluster servers.
*
* @param {DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>} definition - The device types to add.
* @param {EndpointOptions} [options={}] - The options for the device.
* @param {ClusterId[]} clusterServerList - The list of cluster IDs to include.
* @param {boolean} [debug=false] - The debug level for the device.
* @returns {Promise<MatterbridgeDevice>} The MatterbridgeDevice instance.
*
static async createWithClusterServer(definition: DeviceTypeDefinition | AtLeastOne<DeviceTypeDefinition>, options: EndpointOptions = {}, clusterServerList: ClusterId[] = [], debug = false): Promise<MatterbridgeDevice> {
const device = new MatterbridgeDevice(definition, options, debug);
if (Array.isArray(definition)) {
definition.forEach((deviceType) => {
deviceType.requiredServerClusters.forEach((clusterId) => {
if (!clusterServerList.includes(clusterId)) clusterServerList.push(clusterId);
});
});
} else {
definition.requiredServerClusters.forEach((clusterId) => {
if (!clusterServerList.includes(clusterId)) clusterServerList.push(clusterId);
});
}
device.log.debug(`createWithClusterServer:`);
const deviceTypes = device.getDeviceTypes();
deviceTypes.forEach((deviceType) => {
device.log.debug(`- with deviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
});
clusterServerList.forEach((clusterId) => {
device.log.debug(`- with cluster: ${hk}${clusterId}${db}-${hk}${getClusterNameById(clusterId)}${db}`);
});
device.addClusterServerFromList(device, clusterServerList);
// TODO must by typed and tested
Object.entries(options).forEach(([key, value]) => {
if (key === 'basicInformation') {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
const basicInformation = value as any;
device.createDefaultBasicInformationClusterServer(
basicInformation.deviceName,
basicInformation.serialNumber,
basicInformation.vendorId,
basicInformation.vendorName,
basicInformation.productId,
basicInformation.productName,
basicInformation.softwareVersion,
basicInformation.softwareVersionString,
basicInformation.hardwareVersion,
basicInformation.hardwareVersionString,
);
} else if (key === 'bridgedDeviceBasicInformation') {
// eslint-disable-next-line @typescript-eslint/no-explicit-any
const bridgedDeviceBasicInformation = value as any;
device.createDefaultBridgedDeviceBasicInformationClusterServer(
bridgedDeviceBasicInformation.deviceName,
bridgedDeviceBasicInformation.serialNumber,
bridgedDeviceBasicInformation.vendorId,
bridgedDeviceBasicInformation.vendorName,
bridgedDeviceBasicInformation.productName,
bridgedDeviceBasicInformation.softwareVersion,
bridgedDeviceBasicInformation.softwareVersionString,
bridgedDeviceBasicInformation.hardwareVersion,
bridgedDeviceBasicInformation.hardwareVersionString,
);
}
});
return device;
}
*/
/**
* Adds a device type to the list of device types of the MatterbridgeDevice endpoint.
* If the device type is not already present in the list, it will be added.
*
* @param {DeviceTypeDefinition} deviceType - The device type to add.
* @returns {MatterbridgeDevice} The MatterbridgeDevice instance.
*/
addDeviceType(deviceType: DeviceTypeDefinition): MatterbridgeDevice {
const deviceTypes = this.getDeviceTypes();
if (!deviceTypes.includes(deviceType)) {
this.log.debug(`addDeviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
deviceTypes.push(deviceType);
this.setDeviceTypes(deviceTypes);
}
return this;
}
/**
* Adds one or more device types with the required cluster servers and the specified cluster servers.
*
* @param {AtLeastOne<DeviceTypeDefinition>} deviceTypes - The device types to add.
* @param {ClusterId[]} includeServerList - The list of cluster IDs to include.
* @returns {MatterbridgeDevice} The MatterbridgeDevice instance.
*/
addDeviceTypeWithClusterServer(deviceTypes: AtLeastOne<DeviceTypeDefinition>, includeServerList: ClusterId[] = []): MatterbridgeDevice {
this.log.debug('addDeviceTypeWithClusterServer:');
deviceTypes.forEach((deviceType) => {
this.addDeviceType(deviceType);
this.log.debug(`- with deviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
deviceType.requiredServerClusters.forEach((clusterId) => {
if (!includeServerList.includes(clusterId)) includeServerList.push(clusterId);
});
});
includeServerList.forEach((clusterId) => {
this.log.debug(`- with cluster: ${hk}${clusterId}${db}-${hk}${getClusterNameById(clusterId)}${db}`);
});
this.addClusterServerFromList(this, includeServerList);
return this;
}
/**
* Adds a child endpoint with one or more device types with the required cluster servers and the specified cluster servers.
* If the child endpoint is not already present in the childEndpoints, it will be added.
* If the child endpoint is already present in the childEndpoints, the device types and cluster servers will be added to the existing child endpoint.
*
* @param {string} endpointName - The name of the new enpoint to add.
* @param {AtLeastOne<DeviceTypeDefinition>} deviceTypes - The device types to add.
* @param {ClusterId[]} includeServerList - The list of cluster IDs to include.
* @returns {Endpoint} - The child endpoint that was found or added.
*/
addChildDeviceTypeWithClusterServer(endpointName: string, deviceTypes: AtLeastOne<DeviceTypeDefinition>, includeServerList: ClusterId[] = []): Endpoint {
this.log.debug(`addChildDeviceTypeWithClusterServer: ${CYAN}${endpointName}${db}`);
let child = this.getChildEndpoints().find((endpoint) => endpoint.uniqueStorageKey === endpointName);
if (!child) {
child = new Endpoint(deviceTypes, { uniqueStorageKey: endpointName });
child.addFixedLabel('endpointName', endpointName);
this.addChildEndpoint(child);
}
deviceTypes.forEach((deviceType) => {
this.log.debug(`- with deviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
deviceType.requiredServerClusters.forEach((clusterId) => {
if (!includeServerList.includes(clusterId)) includeServerList.push(clusterId);
});
});
includeServerList.forEach((clusterId) => {
this.log.debug(`- with cluster: ${hk}${clusterId}${db}-${hk}${getClusterNameById(clusterId)}${db}`);
});
const childDeviceTypes = child.getDeviceTypes();
deviceTypes.forEach((deviceType) => {
if (!childDeviceTypes.includes(deviceType)) childDeviceTypes.push(deviceType);
});
child.setDeviceTypes(childDeviceTypes);
this.addClusterServerFromList(child, includeServerList);
return child;
}
/**
* Adds the required cluster servers (only if they are not present) for the device types of the specified endpoint.
*
* @param {Endpoint} endpoint - The endpoint to add the required cluster servers to.
* @returns {Endpoint} The updated endpoint with the required cluster servers added.
*/
addRequiredClusterServers(endpoint: Endpoint): Endpoint {
const requiredServerList: ClusterId[] = [];
this.log.debug(`addRequiredClusterServer for ${CYAN}${endpoint.name}${db}`);
endpoint.getDeviceTypes().forEach((deviceType) => {
this.log.debug(`- for deviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
deviceType.requiredServerClusters.forEach((clusterId) => {
if (!requiredServerList.includes(clusterId) && !endpoint.getClusterClientById(clusterId)) requiredServerList.push(clusterId);
});
});
requiredServerList.forEach((clusterId) => {
this.log.debug(`- with cluster: ${hk}${clusterId}${db}-${hk}${getClusterNameById(clusterId)}${db}`);
});
this.addClusterServerFromList(endpoint, requiredServerList);
return endpoint;
}
/**
* Adds the optional cluster servers (only if they are not present) for the device types of the specified endpoint.
*
* @param {Endpoint} endpoint - The endpoint to add the required cluster servers to.
* @returns {Endpoint} The updated endpoint with the required cluster servers added.
*/
addOptionalClusterServers(endpoint: Endpoint): Endpoint {
const optionalServerList: ClusterId[] = [];
this.log.debug(`addRequiredClusterServer for ${CYAN}${endpoint.name}${db}`);
endpoint.getDeviceTypes().forEach((deviceType) => {
this.log.debug(`- for deviceType: ${zb}${deviceType.code}${db}-${zb}${deviceType.name}${db}`);
deviceType.optionalServerClusters.forEach((clusterId) => {
if (!optionalServerList.includes(clusterId) && !endpoint.getClusterClientById(clusterId)) optionalServerList.push(clusterId);
});
});
optionalServerList.forEach((clusterId) => {
this.log.debug(`- with cluster: ${hk}${clusterId}${db}-${hk}${getClusterNameById(clusterId)}${db}`);
});
this.addClusterServerFromList(endpoint, optionalServerList);
return endpoint;
}
/**
* Adds cluster servers to the specified endpoint based on the provided server list.
*
* @param {Endpoint} endpoint - The endpoint to add cluster servers to.
* @param {ClusterId[]} includeServerList - The list of cluster IDs to include.
* @returns {Endpoint} The updated endpoint with the cluster servers added.
*/
addClusterServerFromList(endpoint: Endpoint, includeServerList: ClusterId[]): Endpoint {
if (includeServerList.includes(Identify.Cluster.id)) endpoint.addClusterServer(this.getDefaultIdentifyClusterServer());
if (includeServerList.includes(Groups.Cluster.id)) endpoint.addClusterServer(this.getDefaultGroupsClusterServer());
if (includeServerList.includes(Scenes.Cluster.id)) endpoint.addClusterServer(this.getDefaultScenesClusterServer());
if (includeServerList.includes(OnOff.Cluster.id)) endpoint.addClusterServer(this.getDefaultOnOffClusterServer());
if (includeServerList.includes(LevelControl.Cluster.id)) endpoint.addClusterServer(this.getDefaultLevelControlClusterServer());
if (includeServerList.includes(ColorControl.Cluster.id)) endpoint.addClusterServer(this.getDefaultColorControlClusterServer());
if (includeServerList.includes(Switch.Cluster.id)) endpoint.addClusterServer(this.getDefaultSwitchClusterServer());
if (includeServerList.includes(DoorLock.Cluster.id)) endpoint.addClusterServer(this.getDefaultDoorLockClusterServer());
if (includeServerList.includes(Thermostat.Cluster.id)) endpoint.addClusterServer(this.getDefaultThermostatClusterServer());
if (includeServerList.includes(TimeSync.Cluster.id)) endpoint.addClusterServer(this.getDefaultTimeSyncClusterServer());
if (includeServerList.includes(WindowCovering.Cluster.id)) endpoint.addClusterServer(this.getDefaultWindowCoveringClusterServer());
if (includeServerList.includes(TemperatureMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultTemperatureMeasurementClusterServer());
if (includeServerList.includes(RelativeHumidityMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultRelativeHumidityMeasurementClusterServer());
if (includeServerList.includes(PressureMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultPressureMeasurementClusterServer());
if (includeServerList.includes(FlowMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultFlowMeasurementClusterServer());
if (includeServerList.includes(BooleanState.Cluster.id)) endpoint.addClusterServer(this.getDefaultBooleanStateClusterServer());
if (includeServerList.includes(BooleanStateConfiguration.Cluster.id)) endpoint.addClusterServer(this.getDefaultBooleanStateConfigurationClusterServer());
if (includeServerList.includes(OccupancySensing.Cluster.id)) endpoint.addClusterServer(this.getDefaultOccupancySensingClusterServer());
if (includeServerList.includes(IlluminanceMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultIlluminanceMeasurementClusterServer());
if (includeServerList.includes(PowerSource.Cluster.id)) endpoint.addClusterServer(this.getDefaultPowerSourceWiredClusterServer());
if (includeServerList.includes(EveHistory.Cluster.id)) endpoint.addClusterServer(this.getDefaultStaticEveHistoryClusterServer());
if (includeServerList.includes(ElectricalMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultElectricalMeasurementClusterServer());
if (includeServerList.includes(PowerTopology.Cluster.id)) endpoint.addClusterServer(this.getDefaultPowerTopologyClusterServer());
if (includeServerList.includes(ElectricalPowerMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultElectricalPowerMeasurementClusterServer());
if (includeServerList.includes(ElectricalEnergyMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultElectricalEnergyMeasurementClusterServer());
if (includeServerList.includes(SmokeCoAlarm.Cluster.id)) endpoint.addClusterServer(this.getDefaultSmokeCOAlarmClusterServer());
if (includeServerList.includes(AirQuality.Cluster.id)) endpoint.addClusterServer(this.getDefaultAirQualityClusterServer());
if (includeServerList.includes(CarbonMonoxideConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultCarbonMonoxideConcentrationMeasurementClusterServer());
if (includeServerList.includes(CarbonDioxideConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultCarbonDioxideConcentrationMeasurementClusterServer());
if (includeServerList.includes(NitrogenDioxideConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultNitrogenDioxideConcentrationMeasurementClusterServer());
if (includeServerList.includes(OzoneConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultOzoneConcentrationMeasurementClusterServer());
if (includeServerList.includes(FormaldehydeConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultFormaldehydeConcentrationMeasurementClusterServer());
if (includeServerList.includes(Pm1ConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultPm1ConcentrationMeasurementClusterServer());
if (includeServerList.includes(Pm25ConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultPm25ConcentrationMeasurementClusterServer());
if (includeServerList.includes(Pm10ConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultPm10ConcentrationMeasurementClusterServer());
if (includeServerList.includes(RadonConcentrationMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultRadonConcentrationMeasurementClusterServer());
if (includeServerList.includes(TvocMeasurement.Cluster.id)) endpoint.addClusterServer(this.getDefaultTvocMeasurementClusterServer());
if (includeServerList.includes(FanControl.Cluster.id)) endpoint.addClusterServer(this.getDefaultFanControlClusterServer());
if (includeServerList.includes(DeviceEnergyManagement.Cluster.id)) endpoint.addClusterServer(this.getDefaultDeviceEnergyManagementClusterServer());
if (includeServerList.includes(DeviceEnergyManagementMode.Cluster.id)) endpoint.addClusterServer(this.getDefaultDeviceEnergyManagementModeClusterServer());
return endpoint;
}
/**
* Retrieves a child endpoint by its name.
*
* @param {string} endpointName - The name of the endpoint to retrieve.
* @returns {Endpoint | undefined} The child endpoint with the specified name, or undefined if not found.
*/
getChildEndpointByName(endpointName: string): Endpoint | undefined {
return this.getChildEndpoints().find((endpoint) => endpoint.uniqueStorageKey === endpointName);
}
/**
* Retrieves a child endpoint name.
*
* @param {Endpoint} child - The child endpoint to retrieve the name.
* @returns {string | undefined} The child endpoint name, or undefined if not found.
*/
getChildEndpointName(child: Endpoint): string | undefined {
// Find the endpoint name (l1...)
const labelList = child.getClusterServer(FixedLabelCluster)?.getLabelListAttribute();
if (!labelList) return undefined;
const endpointNameLabel = labelList.find((entry) => entry.label === 'endpointName');
if (endpointNameLabel) return endpointNameLabel.value;
}
/**
* Sets the endpoint name for a child endpoint.
*
* @param {Endpoint} child - The child endpoint.
* @param {string} endpointName - The name of the endpoint.
*/
setChildEndpointName(child: Endpoint, endpointName: string) {
child.addFixedLabel('endpointName', endpointName);
}
/**
* Retrieves the label associated with the specified endpoint number.
* @param {EndpointNumber | undefined} endpointNumber - The number of the endpoint.
* @returns {string | undefined} The label associated with the endpoint number, or undefined if not found.
*/
getEndpointLabel(endpointNumber: EndpointNumber | undefined): string | undefined {
if (!endpointNumber) return undefined;
const labelList = this.getChildEndpoint(endpointNumber)?.getClusterServer(FixedLabelCluster)?.getLabelListAttribute();
if (!labelList) return undefined;
for (const entry of labelList) {
if (entry.label === 'endpointName') return entry.value;
}
}
/**
* Retrieves the child endpoint with the specified label.
*
* @param {string} label - The label of the child endpoint to retrieve.
* @returns {Endpoint | undefined} The child endpoint with the specified label, or undefined if not found.
*/
getChildEndpointWithLabel(label: string): Endpoint | undefined {
for (const endpoint of this.getChildEndpoints()) {
const labelList = endpoint.getClusterServer(FixedLabelCluster)?.getLabelListAttribute();
if (!labelList) return undefined;
let endpointName = '';
for (const entry of labelList) {
if (entry.label === 'endpointName') endpointName = entry.value;
}
if (endpointName === label) return endpoint;
}
}
/**
* Serializes the Matterbridge device into a serialized object.
*
* @param pluginName - The name of the plugin.
* @returns The serialized Matterbridge device object.
*/
serialize(pluginName: string): SerializedMatterbridgeDevice | undefined {
if (!this.serialNumber || !this.deviceName || !this.uniqueId) return;
const cluster = this.getClusterServer(BasicInformationCluster) ?? this.getClusterServer(BridgedDeviceBasicInformationCluster);
if (!cluster) return;
const serialized: SerializedMatterbridgeDevice = {
pluginName,
serialNumber: this.serialNumber,
deviceName: this.deviceName,
uniqueId: this.uniqueId,
productId: cluster.attributes.productId?.getLocal(),
productName: cluster.attributes.productName?.getLocal(),
vendorId: cluster.attributes.vendorId?.getLocal(),
vendorName: cluster.attributes.vendorName?.getLocal(),
deviceTypes: this.getDeviceTypes(),
endpoint: this.number,
endpointName: this.name,
clusterServersId: [],
};
this.getAllClusterServers().forEach((clusterServer) => {
serialized.clusterServersId.push(clusterServer.id);
});
return serialized;
}
/**
* Deserializes the device into a serialized object.
*
* @returns The deserialized MatterbridgeDevice.
*/
static deserialize(serializedDevice: SerializedMatterbridgeDevice): MatterbridgeDevice {
const device = new MatterbridgeDevice(serializedDevice.deviceTypes);
device.serialNumber = serializedDevice.serialNumber;
device.deviceName = serializedDevice.deviceName;
device.uniqueId = serializedDevice.uniqueId;
for (const clusterId of serializedDevice.clusterServersId) {
if (clusterId === BasicInformationCluster.id)
device.createDefaultBasicInformationClusterServer(
serializedDevice.deviceName,
serializedDevice.serialNumber,
serializedDevice.vendorId ?? 0xfff1,
serializedDevice.vendorName ?? 'Matterbridge',
serializedDevice.productId ?? 0x8000,
serializedDevice.productName ?? 'Matterbridge device',
);
else if (clusterId === BridgedDeviceBasicInformationCluster.id)
device.createDefaultBridgedDeviceBasicInformationClusterServer(
serializedDevice.deviceName,
serializedDevice.serialNumber,
serializedDevice.vendorId ?? 0xfff1,
serializedDevice.vendorName ?? 'Matterbridge',
serializedDevice.productName ?? 'Matterbridge device',
);
else device.addClusterServerFromList(device, [clusterId]);
}
return device;
}
/**
* Returns a default static EveHistoryClusterServer object with the specified voltage, current, power, and consumption values.
* This shows up in HA as a static sensor!
* @deprecated This method is deprecated and will be removed in a future version.
* @param voltage - The voltage value (default: 0).
* @param current - The current value (default: 0).
* @param power - The power value (default: 0).
* @param consumption - The consumption value (default: 0).
* @returns The default static EveHistoryClusterServer object.
*/
getDefaultStaticEveHistoryClusterServer(voltage = 0, current = 0, power = 0, consumption = 0) {
return ClusterServer(
EveHistoryCluster.with(EveHistory.Feature.EveEnergy),
{
// Dynamic attributes
ConfigDataGet: Uint8Array.fromHex(''),
ConfigDataSet: Uint8Array.fromHex(''),
HistoryStatus: Uint8Array.fromHex(''),
HistoryEntries: Uint8Array.fromHex(''),
HistoryRequest: Uint8Array.fromHex(''),
HistorySetTime: Uint8Array.fromHex(''),
LastEvent: 0,
ResetTotal: 0,
// Normal static attributes
Voltage: voltage,
Current: current,
Consumption: power,
TotalConsumption: consumption,
EnergyUnknown: 1,
ChildLock: false,
RLoc: 46080,
},
{},
{},
);
}
/**
* Create a default static EveHistoryClusterServer object with the specified voltage, current, power, and consumption values.
* This shows up in HA as a static sensor!
* @deprecated This method is deprecated and will be removed in a future version.
* @param voltage - The voltage value (default: 0).
* @param current - The current value (default: 0).
* @param power - The power value (default: 0).
* @param consumption - The consumption value (default: 0).
* @returns The default static EveHistoryClusterServer object.
*/
createDefaultStaticEveHistoryClusterServer(voltage = 0, current = 0, power = 0, consumption = 0) {
this.addClusterServer(this.getDefaultStaticEveHistoryClusterServer(voltage, current, power, consumption));
}
/**
* Creates a room Eve History Cluster Server.
* @deprecated This method is deprecated and will be removed in a future version.
*
* @param history - The MatterHistory object.
* @param log - The AnsiLogger object.
*/
createRoomEveHistoryClusterServer(history: MatterHistory, log: AnsiLogger) {
history.setMatterHystoryType('room', this.serialNumber);
this.addClusterServer(
ClusterServer(
EveHistoryCluster.with(EveHistory.Feature.EveRoom),
{
// Dynamic attributes
ConfigDataGet: Uint8Array.fromHex(''),
ConfigDataSet: Uint8Array.fromHex(''),
HistoryStatus: Uint8Array.fromHex(''),
HistoryEntries: Uint8Array.fromHex(''),
HistoryRequest: Uint8Array.fromHex(''),
HistorySetTime: Uint8Array.fromHex(''),
// Normal attributes
TemperatureDisplayUnits: TemperatureDisplayUnits.CELSIUS,
RLoc: 46080,
},
{
ConfigDataGetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataGetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetConfigData(isFabricFiltered);
},
ConfigDataSetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataSetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
ConfigDataSetAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`ConfigDataSetAttributeSetter [${value.toHex()}] ${attributes.ConfigDataSet} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetConfigData(value);
},
HistoryStatusAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryStatusAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryStatus(isFabricFiltered);
},
HistoryEntriesAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryEntriesAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryEntries();
},
HistorySetTimeAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistorySetTimeAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistorySetTimeAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistorySetTimeAttributeSetter ${value.toHex()} ${attributes.HistorySetTime} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistorySetTime(value);
},
HistoryRequestAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryRequestAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistoryRequestAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistoryRequestAttributeSetter ${value.toHex()} ${attributes.HistoryRequest} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistoryRequest(value);
},
},
{},
),
);
}
/**
* Creates a Weather Eve History Cluster Server.
* @deprecated This method is deprecated and will be removed in a future version.
*
* @param history - The MatterHistory instance.
* @param log - The AnsiLogger instance.
*/
createWeatherEveHistoryClusterServer(history: MatterHistory, log: AnsiLogger) {
history.setMatterHystoryType('weather', this.serialNumber);
this.addClusterServer(
ClusterServer(
EveHistoryCluster.with(EveHistory.Feature.EveWeather),
{
// Dynamic attributes
ConfigDataGet: Uint8Array.fromHex(''),
ConfigDataSet: Uint8Array.fromHex(''),
HistoryStatus: Uint8Array.fromHex(''),
HistoryEntries: Uint8Array.fromHex(''),
HistoryRequest: Uint8Array.fromHex(''),
HistorySetTime: Uint8Array.fromHex(''),
// Normal attributes
Elevation: 0,
AirPressure: 1000,
WeatherTrend: WeatherTrend.SUN,
TemperatureDisplayUnits: TemperatureDisplayUnits.CELSIUS,
RLoc: 46080,
},
{
ConfigDataGetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataGetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetConfigData(isFabricFiltered);
},
ConfigDataSetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataSetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
ConfigDataSetAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`ConfigDataSetAttributeSetter [${value.toHex()}] ${attributes.ConfigDataSet} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetConfigData(value);
},
HistoryStatusAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryStatusAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryStatus(isFabricFiltered);
},
HistoryEntriesAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryEntriesAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryEntries();
},
HistorySetTimeAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistorySetTimeAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistorySetTimeAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistorySetTimeAttributeSetter ${value.toHex()} ${attributes.HistorySetTime} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistorySetTime(value);
},
HistoryRequestAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryRequestAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistoryRequestAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistoryRequestAttributeSetter ${value.toHex()} ${attributes.HistoryRequest} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistoryRequest(value);
},
},
{},
),
);
}
/**
* Creates an Energy Eve History Cluster Server.
* @deprecated This method is deprecated and will be removed in a future version.
*
* @param history - The MatterHistory object.
* @param log - The AnsiLogger object.
*/
createEnergyEveHistoryClusterServer(history: MatterHistory, log: AnsiLogger) {
history.setMatterHystoryType('energy');
this.addClusterServer(
ClusterServer(
EveHistoryCluster.with(EveHistory.Feature.EveEnergy),
{
// Dynamic attributes
ConfigDataGet: Uint8Array.fromHex(''),
ConfigDataSet: Uint8Array.fromHex(''),
HistoryStatus: Uint8Array.fromHex(''),
HistoryEntries: Uint8Array.fromHex(''),
HistoryRequest: Uint8Array.fromHex(''),
HistorySetTime: Uint8Array.fromHex(''),
LastEvent: 0,
ResetTotal: 0,
// Normal attributes
Voltage: 0,
Current: 0,
Consumption: 0,
TotalConsumption: 0,
EnergyUnknown: 1,
ChildLock: false,
RLoc: 46080,
},
{
ConfigDataGetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataGetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetConfigData(isFabricFiltered);
},
ConfigDataSetAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`ConfigDataSetAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
ConfigDataSetAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`ConfigDataSetAttributeSetter [${value.toHex()}] ${attributes.ConfigDataSet} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetConfigData(value);
},
HistoryStatusAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryStatusAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryStatus(isFabricFiltered);
},
HistoryEntriesAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryEntriesAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetHistoryEntries();
},
HistorySetTimeAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistorySetTimeAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistorySetTimeAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistorySetTimeAttributeSetter ${value.toHex()} ${attributes.HistorySetTime} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistorySetTime(value);
},
HistoryRequestAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`HistoryRequestAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return Uint8Array.fromHex('');
},
HistoryRequestAttributeSetter: (value: Uint8Array, { attributes, endpoint, session }) => {
log.debug(`HistoryRequestAttributeSetter ${value.toHex()} ${attributes.HistoryRequest} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetHistoryRequest(value);
},
LastEventAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`LastEventAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetLastEvent();
},
ResetTotalAttributeGetter: ({ session, isFabricFiltered }) => {
log.debug(`LastResetTotalAttributeGetter session: ${session?.name} ${isFabricFiltered?.valueOf()}`);
return history.OnGetLastReset();
},
ResetTotalAttributeSetter: (value: number, { attributes, endpoint, session }) => {
log.debug(`LastResetTotalAttributeSetter ${value} ${attributes.ResetTotal} endpoint: ${endpoint?.name} session: ${session?.name}`);
return history.OnSetLastReset(value);
},
},
{},
),
);
}
/**
* Creates a Motion Eve History Cluster Server.
* @deprecated This method is deprecated and will be removed in a future version.
*