/** * This file contains the helpers for the class MatterbridgeEndpoint. * * @file matterbridgeEndpointHelpers.ts * @author Luca Liguori * @date 2024-10-01 * @version 2.1.0 * * Copyright 2024, 2025, 2026 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 { ActionContext, Behavior, ClusterBehavior, ClusterId, Endpoint } from '@matter/main'; import { ClusterType } from '@matter/main/types'; import { PowerSource } from '@matter/main/clusters/power-source'; import { OnOff } from '@matter/main/clusters/on-off'; import { LevelControl } from '@matter/main/clusters/level-control'; import { WindowCovering } from '@matter/main/clusters/window-covering'; import { Thermostat } from '@matter/main/clusters/thermostat'; import { ValveConfigurationAndControl } from '@matter/main/clusters/valve-configuration-and-control'; import { PumpConfigurationAndControl } from '@matter/main/clusters/pump-configuration-and-control'; import { SmokeCoAlarm } from '@matter/main/clusters/smoke-co-alarm'; import { BooleanState } from '@matter/main/clusters/boolean-state'; import { ElectricalPowerMeasurement } from '@matter/main/clusters/electrical-power-measurement'; import { AirQuality } from '@matter/main/clusters/air-quality'; import { OperationalState } from '@matter/main/clusters/operational-state'; import { DeviceEnergyManagement } from '@matter/main/clusters/device-energy-management'; import { PowerSourceServer } from '@matter/main/behaviors/power-source'; import { UserLabelServer } from '@matter/main/behaviors/user-label'; import { FixedLabelServer } from '@matter/main/behaviors/fixed-label'; import { BasicInformationServer } from '@matter/main/behaviors/basic-information'; import { BridgedDeviceBasicInformationServer } from '@matter/main/behaviors/bridged-device-basic-information'; import { GroupsServer } from '@matter/main/behaviors/groups'; import { PumpConfigurationAndControlServer } from '@matter/main/behaviors/pump-configuration-and-control'; import { SwitchServer } from '@matter/main/behaviors/switch'; import { BooleanStateServer } from '@matter/main/behaviors/boolean-state'; import { PowerTopologyServer } from '@matter/main/behaviors/power-topology'; import { ElectricalPowerMeasurementServer } from '@matter/main/behaviors/electrical-power-measurement'; import { ElectricalEnergyMeasurementServer } from '@matter/main/behaviors/electrical-energy-measurement'; import { TemperatureMeasurementServer } from '@matter/main/behaviors/temperature-measurement'; import { RelativeHumidityMeasurementServer } from '@matter/main/behaviors/relative-humidity-measurement'; import { PressureMeasurementServer } from '@matter/main/behaviors/pressure-measurement'; import { FlowMeasurementServer } from '@matter/main/behaviors/flow-measurement'; import { IlluminanceMeasurementServer } from '@matter/main/behaviors/illuminance-measurement'; import { OccupancySensingServer } from '@matter/main/behaviors/occupancy-sensing'; import { AirQualityServer } from '@matter/main/behaviors/air-quality'; import { CarbonMonoxideConcentrationMeasurementServer } from '@matter/main/behaviors/carbon-monoxide-concentration-measurement'; import { CarbonDioxideConcentrationMeasurementServer } from '@matter/main/behaviors/carbon-dioxide-concentration-measurement'; import { NitrogenDioxideConcentrationMeasurementServer } from '@matter/main/behaviors/nitrogen-dioxide-concentration-measurement'; import { OzoneConcentrationMeasurementServer } from '@matter/main/behaviors/ozone-concentration-measurement'; import { FormaldehydeConcentrationMeasurementServer } from '@matter/main/behaviors/formaldehyde-concentration-measurement'; import { Pm1ConcentrationMeasurementServer } from '@matter/main/behaviors/pm1-concentration-measurement'; import { Pm25ConcentrationMeasurementServer } from '@matter/main/behaviors/pm25-concentration-measurement'; import { Pm10ConcentrationMeasurementServer } from '@matter/main/behaviors/pm10-concentration-measurement'; import { RadonConcentrationMeasurementServer } from '@matter/main/behaviors/radon-concentration-measurement'; import { TotalVolatileOrganicCompoundsConcentrationMeasurementServer } from '@matter/main/behaviors/total-volatile-organic-compounds-concentration-measurement'; import { DeviceEnergyManagementServer } from '@matter/node/behaviors/device-energy-management'; import { AnsiLogger } from 'node-ansi-logger'; import { MatterbridgeEndpoint, MatterbridgeEndpointCommands } from './matterbridgeEndpoint.js'; import { MatterbridgeIdentifyServer, MatterbridgeOnOffServer, MatterbridgeLevelControlServer, MatterbridgeColorControlServer, MatterbridgeLiftWindowCoveringServer, MatterbridgeThermostatServer, MatterbridgeFanControlServer, MatterbridgeDoorLockServer, MatterbridgeModeSelectServer, MatterbridgeValveConfigurationAndControlServer, MatterbridgeSmokeCoAlarmServer, MatterbridgeBooleanStateConfigurationServer, MatterbridgeOperationalStateServer, MatterbridgeDeviceEnergyManagementModeServer } from './matterbridgeBehaviors.js'; export declare function capitalizeFirstLetter(name: string): string; export declare function lowercaseFirstLetter(name: string): string; export declare function checkNotLatinCharacters(deviceName: string): boolean; export declare function generateUniqueId(deviceName: string): string; export declare function createUniqueId(param1: string, param2: string, param3: string, param4: string): string; export declare function getBehaviourTypesFromClusterServerIds(clusterServerList: ClusterId[]): Behavior.Type[]; export declare function getBehaviourTypesFromClusterClientIds(clusterClientList: ClusterId[]): Behavior.Type[]; export declare function getBehaviourTypeFromClusterServerId(clusterId: ClusterId): typeof MatterbridgeIdentifyServer | typeof MatterbridgeColorControlServer | typeof MatterbridgeDoorLockServer | typeof MatterbridgeFanControlServer | typeof MatterbridgeBooleanStateConfigurationServer | typeof MatterbridgeOperationalStateServer | typeof MatterbridgeModeSelectServer | typeof MatterbridgeDeviceEnergyManagementModeServer | ClusterBehavior.Type; readonly order: import("@matter/main/types").Attribute; readonly description: import("@matter/main/types").FixedAttribute; readonly endpointList: import("@matter/main/types").Attribute; }; readonly extensions: readonly [{ readonly flags: { readonly wired: true; }; readonly component: { readonly attributes: { readonly wiredAssessedInputVoltage: import("@matter/main/types").OptionalAttribute; readonly wiredAssessedInputFrequency: import("@matter/main/types").OptionalAttribute; readonly wiredCurrentType: import("@matter/main/types").FixedAttribute; readonly wiredAssessedCurrent: import("@matter/main/types").OptionalAttribute; readonly wiredNominalVoltage: import("@matter/main/types").OptionalFixedAttribute; readonly wiredMaximumCurrent: import("@matter/main/types").OptionalFixedAttribute; readonly wiredPresent: import("@matter/main/types").OptionalAttribute; readonly activeWiredFaults: import("@matter/main/types").OptionalAttribute; }; readonly events: { readonly wiredFaultChange: import("@matter/main/types").OptionalEvent; previous: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly battery: true; }; readonly component: { readonly attributes: { readonly batVoltage: import("@matter/main/types").OptionalAttribute; readonly batPercentRemaining: import("@matter/main/types").OptionalAttribute; readonly batTimeRemaining: import("@matter/main/types").OptionalAttribute; readonly batChargeLevel: import("@matter/main/types").Attribute; readonly batReplacementNeeded: import("@matter/main/types").Attribute; readonly batReplaceability: import("@matter/main/types").FixedAttribute; readonly batPresent: import("@matter/main/types").OptionalAttribute; readonly activeBatFaults: import("@matter/main/types").OptionalAttribute; }; readonly events: { readonly batFaultChange: import("@matter/main/types").OptionalEvent; previous: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly replaceable: true; }; readonly component: { readonly attributes: { readonly batReplacementDescription: import("@matter/main/types").FixedAttribute; readonly batCommonDesignation: import("@matter/main/types").OptionalFixedAttribute; readonly batAnsiDesignation: import("@matter/main/types").OptionalFixedAttribute; readonly batIecDesignation: import("@matter/main/types").OptionalFixedAttribute; readonly batApprovedChemistry: import("@matter/main/types").OptionalFixedAttribute; readonly batQuantity: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly replaceable: true; }; readonly component: { readonly attributes: { readonly batCapacity: import("@matter/main/types").OptionalFixedAttribute; }; }; }, { readonly flags: { readonly rechargeable: true; }; readonly component: { readonly attributes: { readonly batCapacity: import("@matter/main/types").OptionalFixedAttribute; }; }; }, { readonly flags: { readonly rechargeable: true; }; readonly component: { readonly attributes: { readonly batChargeState: import("@matter/main/types").Attribute; readonly batTimeToFullCharge: import("@matter/main/types").OptionalAttribute; readonly batFunctionalWhileCharging: import("@matter/main/types").Attribute; readonly batChargingCurrent: import("@matter/main/types").OptionalAttribute; readonly activeBatChargeFaults: import("@matter/main/types").OptionalAttribute; }; readonly events: { readonly batChargeFaultChange: import("@matter/main/types").OptionalEvent; previous: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly rechargeable: true; readonly battery: false; }; readonly component: false; }, { readonly flags: { readonly replaceable: true; readonly battery: false; }; readonly component: false; }, { readonly flags: { readonly wired: true; readonly battery: true; }; readonly component: false; }, { readonly flags: { readonly wired: false; readonly battery: false; }; readonly component: false; }]; }>, readonly [PowerSource.Feature.Wired]>, typeof PowerSourceServer, { components: never[]; }> | typeof UserLabelServer | typeof FixedLabelServer | typeof BasicInformationServer | typeof BridgedDeviceBasicInformationServer | typeof GroupsServer | ClusterBehavior.Type, readonly []>, readonly ["Lighting"]>, typeof MatterbridgeOnOffServer, import("@matter/node/behaviors").OnOffInterface> | ClusterBehavior.Type; readonly maxLevel: import("@matter/main/types").OptionalAttribute; readonly options: import("@matter/main/types").WritableAttribute, any>; readonly onOffTransitionTime: import("@matter/main/types").OptionalWritableAttribute; readonly onLevel: import("@matter/main/types").WritableAttribute; readonly onTransitionTime: import("@matter/main/types").OptionalWritableAttribute; readonly offTransitionTime: import("@matter/main/types").OptionalWritableAttribute; readonly defaultMoveRate: import("@matter/main/types").OptionalWritableAttribute; }; readonly commands: { readonly moveToLevel: import("@matter/main/types").Command; transitionTime: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly move: import("@matter/main/types").Command; rate: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly step: import("@matter/main/types").Command; stepSize: import("@matter/main/types").FieldType; transitionTime: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly stop: import("@matter/main/types").Command>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly moveToLevelWithOnOff: import("@matter/main/types").Command; transitionTime: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly moveWithOnOff: import("@matter/main/types").Command; rate: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly stepWithOnOff: import("@matter/main/types").Command; stepSize: import("@matter/main/types").FieldType; transitionTime: import("@matter/main/types").FieldType; optionsMask: import("@matter/main/types").FieldType>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; readonly stopWithOnOff: import("@matter/main/types").Command>; optionsOverride: import("@matter/main/types").FieldType>; }>, void, any>; }; readonly extensions: readonly [{ readonly flags: { readonly lighting: true; }; readonly component: { readonly attributes: { readonly remainingTime: import("@matter/main/types").Attribute; readonly minLevel: import("@matter/main/types").OptionalAttribute; readonly startUpCurrentLevel: import("@matter/main/types").WritableAttribute; }; }; }, { readonly flags: { readonly lighting: false; }; readonly component: { readonly attributes: { readonly minLevel: import("@matter/main/types").OptionalAttribute; }; }; }, { readonly flags: { readonly frequency: true; }; readonly component: { readonly attributes: { readonly currentFrequency: import("@matter/main/types").Attribute; readonly minFrequency: import("@matter/main/types").Attribute; readonly maxFrequency: import("@matter/main/types").Attribute; }; readonly commands: { readonly moveToClosestFrequency: import("@matter/main/types").Command; }>, void, any>; }; }; }]; }>, readonly ["OnOff", "Lighting"]>, typeof MatterbridgeLevelControlServer, import("@matter/node/behaviors").LevelControlInterface> | ClusterBehavior.Type; readonly configStatus: import("@matter/main/types").Attribute, any>; readonly operationalStatus: import("@matter/main/types").Attribute; lift: import("@matter/main/types").BitFieldEnum; tilt: import("@matter/main/types").BitFieldEnum; }>, any>; readonly endProductType: import("@matter/main/types").FixedAttribute; readonly mode: import("@matter/main/types").WritableAttribute, any>; readonly safetyStatus: import("@matter/main/types").OptionalAttribute, any>; }; readonly commands: { readonly upOrOpen: import("@matter/main/types").Command; readonly downOrClose: import("@matter/main/types").Command; readonly stopMotion: import("@matter/main/types").Command; }; readonly extensions: readonly [{ readonly flags: { readonly lift: true; readonly positionAwareLift: true; readonly absolutePosition: true; }; readonly component: { readonly attributes: { readonly physicalClosedLimitLift: import("@matter/main/types").OptionalFixedAttribute; readonly currentPositionLift: import("@matter/main/types").OptionalAttribute; readonly installedOpenLimitLift: import("@matter/main/types").Attribute; readonly installedClosedLimitLift: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly tilt: true; readonly positionAwareTilt: true; readonly absolutePosition: true; }; readonly component: { readonly attributes: { readonly physicalClosedLimitTilt: import("@matter/main/types").OptionalFixedAttribute; readonly currentPositionTilt: import("@matter/main/types").OptionalAttribute; readonly installedOpenLimitTilt: import("@matter/main/types").Attribute; readonly installedClosedLimitTilt: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly lift: true; }; readonly component: { readonly attributes: { readonly numberOfActuationsLift: import("@matter/main/types").OptionalAttribute; }; readonly commands: { readonly goToLiftPercentage: import("@matter/main/types").OptionalCommand; }>, void, any>; }; }; }, { readonly flags: { readonly tilt: true; }; readonly component: { readonly attributes: { readonly numberOfActuationsTilt: import("@matter/main/types").OptionalAttribute; }; readonly commands: { readonly goToTiltPercentage: import("@matter/main/types").OptionalCommand; }>, void, any>; }; }; }, { readonly flags: { readonly lift: true; readonly positionAwareLift: true; }; readonly component: { readonly attributes: { readonly currentPositionLiftPercentage: import("@matter/main/types").OptionalAttribute; readonly targetPositionLiftPercent100ths: import("@matter/main/types").Attribute; readonly currentPositionLiftPercent100ths: import("@matter/main/types").Attribute; }; readonly commands: { readonly goToLiftPercentage: import("@matter/main/types").Command; }>, void, any>; }; }; }, { readonly flags: { readonly tilt: true; readonly positionAwareTilt: true; }; readonly component: { readonly attributes: { readonly currentPositionTiltPercentage: import("@matter/main/types").OptionalAttribute; readonly targetPositionTiltPercent100ths: import("@matter/main/types").Attribute; readonly currentPositionTiltPercent100ths: import("@matter/main/types").Attribute; }; readonly commands: { readonly goToTiltPercentage: import("@matter/main/types").Command; }>, void, any>; }; }; }, { readonly flags: { readonly lift: true; readonly absolutePosition: true; }; readonly component: { readonly commands: { readonly goToLiftValue: import("@matter/main/types").OptionalCommand; }>, void, any>; }; }; }, { readonly flags: { readonly tilt: true; readonly absolutePosition: true; }; readonly component: { readonly commands: { readonly goToTiltValue: import("@matter/main/types").OptionalCommand; }>, void, any>; }; }; }, { readonly flags: { readonly positionAwareLift: true; readonly lift: false; }; readonly component: false; }, { readonly flags: { readonly positionAwareTilt: true; readonly tilt: false; }; readonly component: false; }, { readonly flags: { readonly lift: false; readonly tilt: false; }; readonly component: false; }]; }>, readonly [WindowCovering.Feature.Lift, WindowCovering.Feature.PositionAwareLift]>, readonly ["Lift", "PositionAwareLift"]>, typeof MatterbridgeLiftWindowCoveringServer, import("@matter/node/behaviors").WindowCoveringInterface> | ClusterBehavior.Type; readonly outdoorTemperature: import("@matter/main/types").OptionalAttribute; readonly hvacSystemTypeConfiguration: import("@matter/main/types").OptionalWritableAttribute, any>; readonly remoteSensing: import("@matter/main/types").OptionalWritableAttribute, any>; readonly controlSequenceOfOperation: import("@matter/main/types").WritableAttribute; readonly systemMode: import("@matter/main/types").WritableAttribute; readonly temperatureSetpointHold: import("@matter/main/types").OptionalWritableAttribute; readonly temperatureSetpointHoldDuration: import("@matter/main/types").OptionalWritableAttribute; readonly thermostatProgrammingOperationMode: import("@matter/main/types").OptionalWritableAttribute, any>; readonly thermostatRunningState: import("@matter/main/types").OptionalAttribute, any>; readonly setpointChangeSource: import("@matter/main/types").OptionalAttribute; readonly setpointChangeAmount: import("@matter/main/types").OptionalAttribute; readonly setpointChangeSourceTimestamp: import("@matter/main/types").OptionalAttribute; readonly emergencyHeatDelta: import("@matter/main/types").OptionalWritableAttribute; readonly acType: import("@matter/main/types").OptionalWritableAttribute; readonly acCapacity: import("@matter/main/types").OptionalWritableAttribute; readonly acRefrigerantType: import("@matter/main/types").OptionalWritableAttribute; readonly acCompressorType: import("@matter/main/types").OptionalWritableAttribute; readonly acErrorCode: import("@matter/main/types").OptionalWritableAttribute, any>; readonly acLouverPosition: import("@matter/main/types").OptionalWritableAttribute; readonly acCoilTemperature: import("@matter/main/types").OptionalAttribute; readonly acCapacityFormat: import("@matter/main/types").OptionalWritableAttribute; readonly setpointHoldExpiryTimestamp: import("@matter/main/types").OptionalAttribute; }; readonly commands: { readonly setpointRaiseLower: import("@matter/main/types").Command; amount: import("@matter/main/types").FieldType; }>, void, any>; }; readonly extensions: readonly [{ readonly flags: { readonly occupancy: true; }; readonly component: { readonly attributes: { readonly occupancy: import("@matter/main/types").Attribute, any>; }; }; }, { readonly flags: { readonly heating: true; }; readonly component: { readonly attributes: { readonly absMinHeatSetpointLimit: import("@matter/main/types").OptionalFixedAttribute; readonly absMaxHeatSetpointLimit: import("@matter/main/types").OptionalFixedAttribute; readonly piHeatingDemand: import("@matter/main/types").OptionalAttribute; readonly occupiedHeatingSetpoint: import("@matter/main/types").WritableAttribute; readonly minHeatSetpointLimit: import("@matter/main/types").OptionalWritableAttribute; readonly maxHeatSetpointLimit: import("@matter/main/types").OptionalWritableAttribute; }; }; }, { readonly flags: { readonly cooling: true; }; readonly component: { readonly attributes: { readonly absMinCoolSetpointLimit: import("@matter/main/types").OptionalFixedAttribute; readonly absMaxCoolSetpointLimit: import("@matter/main/types").OptionalFixedAttribute; readonly piCoolingDemand: import("@matter/main/types").OptionalAttribute; readonly occupiedCoolingSetpoint: import("@matter/main/types").WritableAttribute; readonly minCoolSetpointLimit: import("@matter/main/types").OptionalWritableAttribute; readonly maxCoolSetpointLimit: import("@matter/main/types").OptionalWritableAttribute; }; }; }, { readonly flags: { readonly localTemperatureNotExposed: false; }; readonly component: { readonly attributes: { readonly localTemperatureCalibration: import("@matter/main/types").OptionalWritableAttribute; }; }; }, { readonly flags: { readonly cooling: true; readonly occupancy: true; }; readonly component: { readonly attributes: { readonly unoccupiedCoolingSetpoint: import("@matter/main/types").WritableAttribute; }; }; }, { readonly flags: { readonly heating: true; readonly occupancy: true; }; readonly component: { readonly attributes: { readonly unoccupiedHeatingSetpoint: import("@matter/main/types").WritableAttribute; }; }; }, { readonly flags: { readonly autoMode: true; }; readonly component: { readonly attributes: { readonly minSetpointDeadBand: import("@matter/main/types").WritableAttribute; readonly thermostatRunningMode: import("@matter/main/types").OptionalAttribute; }; }; }, { readonly flags: { readonly scheduleConfiguration: true; }; readonly component: { readonly attributes: { readonly startOfWeek: import("@matter/main/types").FixedAttribute; readonly numberOfWeeklyTransitions: import("@matter/main/types").FixedAttribute; readonly numberOfDailyTransitions: import("@matter/main/types").FixedAttribute; }; readonly commands: { readonly setWeeklySchedule: import("@matter/main/types").Command; dayOfWeekForSequence: import("@matter/main/types").FieldType>; modeForSequence: import("@matter/main/types").FieldType>; transitions: import("@matter/main/types").FieldType; heatSetpoint: import("@matter/main/types").FieldType; coolSetpoint: import("@matter/main/types").FieldType; }>[]>; }>, void, any>; readonly getWeeklySchedule: import("@matter/main/types").Command>; modeToReturn: import("@matter/main/types").FieldType>; }>, import("@matter/main/types").TypeFromFields<{ numberOfTransitionsForSequence: import("@matter/main/types").FieldType; dayOfWeekForSequence: import("@matter/main/types").FieldType>; modeForSequence: import("@matter/main/types").FieldType>; transitions: import("@matter/main/types").FieldType; heatSetpoint: import("@matter/main/types").FieldType; coolSetpoint: import("@matter/main/types").FieldType; }>[]>; }>, any>; readonly clearWeeklySchedule: import("@matter/main/types").Command; }; }; }, { readonly flags: { readonly setback: true; }; readonly component: { readonly attributes: { readonly occupiedSetback: import("@matter/main/types").WritableAttribute; readonly occupiedSetbackMin: import("@matter/main/types").FixedAttribute; readonly occupiedSetbackMax: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly setback: true; readonly occupancy: true; }; readonly component: { readonly attributes: { readonly unoccupiedSetback: import("@matter/main/types").WritableAttribute; readonly unoccupiedSetbackMin: import("@matter/main/types").FixedAttribute; readonly unoccupiedSetbackMax: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly presets: true; }; readonly component: { readonly attributes: { readonly presetTypes: import("@matter/main/types").FixedAttribute; numberOfPresets: import("@matter/main/types").FieldType; presetTypeFeatures: import("@matter/main/types").FieldType>; }>[], any>; readonly numberOfPresets: import("@matter/main/types").FixedAttribute; readonly activePresetHandle: import("@matter/main/types").Attribute | null, any>; readonly presets: import("@matter/main/types").WritableAttribute | null>; presetScenario: import("@matter/main/types").FieldType; name: import("@matter/main/types").OptionalFieldType; coolingSetpoint: import("@matter/main/types").OptionalFieldType; heatingSetpoint: import("@matter/main/types").OptionalFieldType; builtIn: import("@matter/main/types").FieldType; }>[], any>; }; readonly commands: { readonly setActivePresetRequest: import("@matter/main/types").Command | null>; }>, void, any>; }; }; }, { readonly flags: { readonly matterScheduleConfiguration: true; }; readonly component: { readonly attributes: { readonly scheduleTypes: import("@matter/main/types").FixedAttribute; numberOfSchedules: import("@matter/main/types").FieldType; scheduleTypeFeatures: import("@matter/main/types").FieldType>; }>[], any>; readonly numberOfSchedules: import("@matter/main/types").FixedAttribute; readonly numberOfScheduleTransitions: import("@matter/main/types").FixedAttribute; readonly numberOfScheduleTransitionPerDay: import("@matter/main/types").FixedAttribute; readonly activeScheduleHandle: import("@matter/main/types").Attribute | null, any>; readonly schedules: import("@matter/main/types").WritableAttribute | null>; systemMode: import("@matter/main/types").FieldType; name: import("@matter/main/types").OptionalFieldType; presetHandle: import("@matter/main/types").OptionalFieldType>; transitions: import("@matter/main/types").FieldType>; transitionTime: import("@matter/main/types").FieldType; presetHandle: import("@matter/main/types").OptionalFieldType>; systemMode: import("@matter/main/types").OptionalFieldType; coolingSetpoint: import("@matter/main/types").OptionalFieldType; heatingSetpoint: import("@matter/main/types").OptionalFieldType; }>[]>; builtIn: import("@matter/main/types").FieldType; }>[], any>; }; readonly commands: { readonly setActiveScheduleRequest: import("@matter/main/types").Command>; }>, void, any>; }; }; }, { readonly flags: { readonly autoMode: true; readonly heating: false; }; readonly component: false; }, { readonly flags: { readonly autoMode: true; readonly cooling: false; }; readonly component: false; }, { readonly flags: { readonly heating: false; readonly cooling: false; }; readonly component: false; }]; }>, readonly [Thermostat.Feature.Cooling, Thermostat.Feature.Heating, Thermostat.Feature.AutoMode]>, readonly ["AutoMode", "Heating", "Cooling"]>, typeof MatterbridgeThermostatServer, import("@matter/node/behaviors").ThermostatInterface> | ClusterBehavior.Type, readonly ["Level"]>, typeof MatterbridgeValveConfigurationAndControlServer, import("@matter/node/behaviors").ValveConfigurationAndControlInterface> | ClusterBehavior.Type; readonly maxSpeed: import("@matter/main/types").FixedAttribute; readonly maxFlow: import("@matter/main/types").FixedAttribute; readonly pumpStatus: import("@matter/main/types").OptionalAttribute, any>; readonly effectiveOperationMode: import("@matter/main/types").Attribute; readonly effectiveControlMode: import("@matter/main/types").Attribute; readonly capacity: import("@matter/main/types").Attribute; readonly speed: import("@matter/main/types").OptionalAttribute; readonly lifetimeRunningHours: import("@matter/main/types").OptionalWritableAttribute; readonly power: import("@matter/main/types").OptionalAttribute; readonly lifetimeEnergyConsumed: import("@matter/main/types").OptionalWritableAttribute; readonly operationMode: import("@matter/main/types").WritableAttribute; readonly controlMode: import("@matter/main/types").OptionalWritableAttribute; readonly alarmMask: import("@matter/main/types").OptionalWritableAttribute; }; readonly events: { readonly supplyVoltageLow: import("@matter/main/types").OptionalEvent; readonly supplyVoltageHigh: import("@matter/main/types").OptionalEvent; readonly powerMissingPhase: import("@matter/main/types").OptionalEvent; readonly systemPressureLow: import("@matter/main/types").OptionalEvent; readonly systemPressureHigh: import("@matter/main/types").OptionalEvent; readonly dryRunning: import("@matter/main/types").OptionalEvent; readonly motorTemperatureHigh: import("@matter/main/types").OptionalEvent; readonly pumpMotorFatalFailure: import("@matter/main/types").OptionalEvent; readonly electronicTemperatureHigh: import("@matter/main/types").OptionalEvent; readonly pumpBlocked: import("@matter/main/types").OptionalEvent; readonly sensorFailure: import("@matter/main/types").OptionalEvent; readonly electronicNonFatalFailure: import("@matter/main/types").OptionalEvent; readonly electronicFatalFailure: import("@matter/main/types").OptionalEvent; readonly generalFault: import("@matter/main/types").OptionalEvent; readonly leakage: import("@matter/main/types").OptionalEvent; readonly airDetection: import("@matter/main/types").OptionalEvent; readonly turbineOperation: import("@matter/main/types").OptionalEvent; }; readonly extensions: readonly [{ readonly flags: { readonly constantPressure: true; }; readonly component: { readonly attributes: { readonly minConstPressure: import("@matter/main/types").FixedAttribute; readonly maxConstPressure: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly automatic: true; }; readonly component: { readonly attributes: { readonly minConstPressure: import("@matter/main/types").OptionalFixedAttribute; readonly maxConstPressure: import("@matter/main/types").OptionalFixedAttribute; readonly minCompPressure: import("@matter/main/types").OptionalFixedAttribute; readonly maxCompPressure: import("@matter/main/types").OptionalFixedAttribute; readonly minConstSpeed: import("@matter/main/types").OptionalFixedAttribute; readonly maxConstSpeed: import("@matter/main/types").OptionalFixedAttribute; readonly minConstFlow: import("@matter/main/types").OptionalFixedAttribute; readonly maxConstFlow: import("@matter/main/types").OptionalFixedAttribute; readonly minConstTemp: import("@matter/main/types").OptionalFixedAttribute; readonly maxConstTemp: import("@matter/main/types").OptionalFixedAttribute; }; }; }, { readonly flags: { readonly compensatedPressure: true; }; readonly component: { readonly attributes: { readonly minCompPressure: import("@matter/main/types").FixedAttribute; readonly maxCompPressure: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly constantSpeed: true; }; readonly component: { readonly attributes: { readonly minConstSpeed: import("@matter/main/types").FixedAttribute; readonly maxConstSpeed: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly constantFlow: true; }; readonly component: { readonly attributes: { readonly minConstFlow: import("@matter/main/types").FixedAttribute; readonly maxConstFlow: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly constantTemperature: true; }; readonly component: { readonly attributes: { readonly minConstTemp: import("@matter/main/types").FixedAttribute; readonly maxConstTemp: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly constantPressure: false; readonly compensatedPressure: false; readonly constantFlow: false; readonly constantSpeed: false; readonly constantTemperature: false; }; readonly component: false; }]; }>, readonly ["ConstantSpeed"]>, typeof PumpConfigurationAndControlServer, { components: never[]; }> | ClusterBehavior.Type; readonly batteryAlert: import("@matter/main/types").Attribute; readonly deviceMuted: import("@matter/main/types").OptionalAttribute; readonly testInProgress: import("@matter/main/types").Attribute; readonly hardwareFaultAlert: import("@matter/main/types").Attribute; readonly endOfServiceAlert: import("@matter/main/types").Attribute; readonly interconnectSmokeAlarm: import("@matter/main/types").OptionalAttribute; readonly interconnectCoAlarm: import("@matter/main/types").OptionalAttribute; readonly expiryDate: import("@matter/main/types").OptionalFixedAttribute; }; readonly commands: { readonly selfTestRequest: import("@matter/main/types").OptionalCommand; }; readonly events: { readonly lowBattery: import("@matter/main/types").Event; }>, any>; readonly hardwareFault: import("@matter/main/types").Event; readonly endOfService: import("@matter/main/types").Event; readonly selfTestComplete: import("@matter/main/types").Event; readonly alarmMuted: import("@matter/main/types").OptionalEvent; readonly muteEnded: import("@matter/main/types").OptionalEvent; readonly allClear: import("@matter/main/types").Event; }; readonly extensions: readonly [{ readonly flags: { readonly smokeAlarm: true; }; readonly component: { readonly attributes: { readonly smokeState: import("@matter/main/types").Attribute; readonly contaminationState: import("@matter/main/types").OptionalAttribute; readonly smokeSensitivityLevel: import("@matter/main/types").OptionalWritableAttribute; }; readonly events: { readonly smokeAlarm: import("@matter/main/types").Event; }>, any>; readonly interconnectSmokeAlarm: import("@matter/main/types").OptionalEvent; }>, any>; }; }; }, { readonly flags: { readonly coAlarm: true; }; readonly component: { readonly attributes: { readonly coState: import("@matter/main/types").Attribute; }; readonly events: { readonly coAlarm: import("@matter/main/types").Event; }>, any>; readonly interconnectCoAlarm: import("@matter/main/types").OptionalEvent; }>, any>; }; }; }, { readonly flags: { readonly smokeAlarm: false; readonly coAlarm: false; }; readonly component: false; }]; }>, readonly [SmokeCoAlarm.Feature.SmokeAlarm, SmokeCoAlarm.Feature.CoAlarm]>, readonly ["SmokeAlarm", "CoAlarm"]>, typeof MatterbridgeSmokeCoAlarmServer, import("@matter/node/behaviors").SmokeCoAlarmInterface> | ClusterBehavior.Type; readonly currentPosition: import("@matter/main/types").Attribute; }; readonly extensions: readonly [{ readonly flags: { readonly momentarySwitchMultiPress: true; }; readonly component: { readonly attributes: { readonly multiPressMax: import("@matter/main/types").FixedAttribute; }; readonly events: { readonly multiPressComplete: import("@matter/main/types").Event; totalNumberOfPressesCounted: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly latchingSwitch: true; }; readonly component: { readonly events: { readonly switchLatched: import("@matter/main/types").Event; }>, any>; }; }; }, { readonly flags: { readonly momentarySwitch: true; }; readonly component: { readonly events: { readonly initialPress: import("@matter/main/types").Event; }>, any>; }; }; }, { readonly flags: { readonly momentarySwitchLongPress: true; }; readonly component: { readonly events: { readonly longPress: import("@matter/main/types").Event; }>, any>; readonly longRelease: import("@matter/main/types").Event; }>, any>; }; }; }, { readonly flags: { readonly momentarySwitchRelease: true; }; readonly component: { readonly events: { readonly shortRelease: import("@matter/main/types").Event; }>, any>; }; }; }, { readonly flags: { readonly momentarySwitchMultiPress: true; readonly actionSwitch: false; }; readonly component: { readonly events: { readonly multiPressOngoing: import("@matter/main/types").Event; currentNumberOfPressesCounted: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly momentarySwitchRelease: true; readonly momentarySwitch: false; }; readonly component: false; }, { readonly flags: { readonly momentarySwitchRelease: true; readonly actionSwitch: true; }; readonly component: false; }, { readonly flags: { readonly momentarySwitchLongPress: true; readonly momentarySwitch: false; }; readonly component: false; }, { readonly flags: { readonly momentarySwitchLongPress: true; readonly momentarySwitchRelease: false; readonly actionSwitch: false; }; readonly component: false; }, { readonly flags: { readonly actionSwitch: true; readonly momentarySwitchMultiPress: false; }; readonly component: false; }, { readonly flags: { readonly actionSwitch: false; readonly momentarySwitchMultiPress: true; readonly momentarySwitch: false; }; readonly component: false; }, { readonly flags: { readonly actionSwitch: false; readonly momentarySwitchMultiPress: true; readonly momentarySwitchRelease: false; }; readonly component: false; }, { readonly flags: { readonly actionSwitch: true; readonly momentarySwitch: false; }; readonly component: false; }, { readonly flags: { readonly latchingSwitch: true; readonly momentarySwitch: true; }; readonly component: false; }, { readonly flags: { readonly latchingSwitch: false; readonly momentarySwitch: false; }; readonly component: false; }]; }>, readonly ["MomentarySwitch", "MomentarySwitchRelease", "MomentarySwitchLongPress", "MomentarySwitchMultiPress"]>, typeof SwitchServer, { components: never[]; }> | ClusterBehavior.Type>, typeof BooleanStateServer, { components: never[]; }> | ClusterBehavior.Type; }; }; }, { readonly flags: { readonly dynamicPowerFlow: true; }; readonly component: { readonly attributes: { readonly activeEndpoints: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly dynamicPowerFlow: true; readonly setTopology: false; }; readonly component: false; }, { readonly flags: { readonly nodeTopology: true; readonly treeTopology: true; }; readonly component: false; }, { readonly flags: { readonly nodeTopology: true; readonly setTopology: true; }; readonly component: false; }, { readonly flags: { readonly treeTopology: true; readonly setTopology: true; }; readonly component: false; }, { readonly flags: { readonly nodeTopology: false; readonly treeTopology: false; readonly setTopology: false; }; readonly component: false; }]; }>, readonly ["TreeTopology"]>, typeof PowerTopologyServer, { components: never[]; }> | ClusterBehavior.Type; readonly numberOfMeasurementTypes: import("@matter/main/types").FixedAttribute; readonly accuracy: import("@matter/main/types").FixedAttribute; measured: import("@matter/main/types").FieldType; minMeasuredValue: import("@matter/main/types").FieldType; maxMeasuredValue: import("@matter/main/types").FieldType; accuracyRanges: import("@matter/main/types").FieldType; rangeMax: import("@matter/main/types").FieldType; percentMax: import("@matter/main/types").OptionalFieldType; percentMin: import("@matter/main/types").OptionalFieldType; percentTypical: import("@matter/main/types").OptionalFieldType; fixedMax: import("@matter/main/types").OptionalFieldType; fixedMin: import("@matter/main/types").OptionalFieldType; fixedTypical: import("@matter/main/types").OptionalFieldType; }>[]>; }>[], any>; readonly ranges: import("@matter/main/types").OptionalAttribute; min: import("@matter/main/types").FieldType; max: import("@matter/main/types").FieldType; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; minTimestamp: import("@matter/main/types").OptionalFieldType; maxTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; minSystime: import("@matter/main/types").OptionalFieldType; maxSystime: import("@matter/main/types").OptionalFieldType; }>[], any>; readonly voltage: import("@matter/main/types").OptionalAttribute; readonly activeCurrent: import("@matter/main/types").OptionalAttribute; readonly activePower: import("@matter/main/types").Attribute; }; readonly events: { readonly measurementPeriodRanges: import("@matter/main/types").OptionalEvent; min: import("@matter/main/types").FieldType; max: import("@matter/main/types").FieldType; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; minTimestamp: import("@matter/main/types").OptionalFieldType; maxTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; minSystime: import("@matter/main/types").OptionalFieldType; maxSystime: import("@matter/main/types").OptionalFieldType; }>[]>; }>, any>; }; readonly extensions: readonly [{ readonly flags: { readonly alternatingCurrent: true; }; readonly component: { readonly attributes: { readonly reactiveCurrent: import("@matter/main/types").OptionalAttribute; readonly apparentCurrent: import("@matter/main/types").OptionalAttribute; readonly reactivePower: import("@matter/main/types").OptionalAttribute; readonly apparentPower: import("@matter/main/types").OptionalAttribute; readonly rmsVoltage: import("@matter/main/types").OptionalAttribute; readonly rmsCurrent: import("@matter/main/types").OptionalAttribute; readonly rmsPower: import("@matter/main/types").OptionalAttribute; readonly frequency: import("@matter/main/types").OptionalAttribute; readonly powerFactor: import("@matter/main/types").OptionalAttribute; }; }; }, { readonly flags: { readonly harmonics: true; }; readonly component: { readonly attributes: { readonly harmonicCurrents: import("@matter/main/types").Attribute; measurement: import("@matter/main/types").FieldType; }>[] | null, any>; }; }; }, { readonly flags: { readonly powerQuality: true; }; readonly component: { readonly attributes: { readonly harmonicPhases: import("@matter/main/types").Attribute; measurement: import("@matter/main/types").FieldType; }>[] | null, any>; }; }; }, { readonly flags: { readonly polyphasePower: true; }; readonly component: { readonly attributes: { readonly neutralCurrent: import("@matter/main/types").OptionalAttribute; }; }; }, { readonly flags: { readonly polyphasePower: true; readonly alternatingCurrent: false; }; readonly component: false; }, { readonly flags: { readonly harmonics: true; readonly alternatingCurrent: false; }; readonly component: false; }, { readonly flags: { readonly powerQuality: true; readonly alternatingCurrent: false; }; readonly component: false; }, { readonly flags: { readonly directCurrent: false; readonly alternatingCurrent: false; }; readonly component: false; }]; }>, readonly ["AlternatingCurrent"]>, typeof ElectricalPowerMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; measured: import("@matter/main/types").FieldType; minMeasuredValue: import("@matter/main/types").FieldType; maxMeasuredValue: import("@matter/main/types").FieldType; accuracyRanges: import("@matter/main/types").FieldType; rangeMax: import("@matter/main/types").FieldType; percentMax: import("@matter/main/types").OptionalFieldType; percentMin: import("@matter/main/types").OptionalFieldType; percentTypical: import("@matter/main/types").OptionalFieldType; fixedMax: import("@matter/main/types").OptionalFieldType; fixedMin: import("@matter/main/types").OptionalFieldType; fixedTypical: import("@matter/main/types").OptionalFieldType; }>[]>; }>, any>; }; readonly extensions: readonly [{ readonly flags: { readonly importedEnergy: true; readonly cumulativeEnergy: true; }; readonly component: { readonly attributes: { readonly cumulativeEnergyImported: import("@matter/main/types").Attribute; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }> | null, any>; }; }; }, { readonly flags: { readonly exportedEnergy: true; readonly cumulativeEnergy: true; }; readonly component: { readonly attributes: { readonly cumulativeEnergyExported: import("@matter/main/types").Attribute; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }> | null, any>; }; }; }, { readonly flags: { readonly importedEnergy: true; readonly periodicEnergy: true; }; readonly component: { readonly attributes: { readonly periodicEnergyImported: import("@matter/main/types").Attribute; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }> | null, any>; }; }; }, { readonly flags: { readonly exportedEnergy: true; readonly periodicEnergy: true; }; readonly component: { readonly attributes: { readonly periodicEnergyExported: import("@matter/main/types").Attribute; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }> | null, any>; }; }; }, { readonly flags: { readonly cumulativeEnergy: true; }; readonly component: { readonly attributes: { readonly cumulativeEnergyReset: import("@matter/main/types").OptionalAttribute; exportedResetTimestamp: import("@matter/main/types").OptionalFieldType; importedResetSystime: import("@matter/main/types").OptionalFieldType; exportedResetSystime: import("@matter/main/types").OptionalFieldType; }> | null, any>; }; readonly events: { readonly cumulativeEnergyMeasured: import("@matter/main/types").Event; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }>>; energyExported: import("@matter/main/types").OptionalFieldType; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }>>; }>, any>; }; }; }, { readonly flags: { readonly periodicEnergy: true; }; readonly component: { readonly events: { readonly periodicEnergyMeasured: import("@matter/main/types").Event; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }>>; energyExported: import("@matter/main/types").OptionalFieldType; startTimestamp: import("@matter/main/types").OptionalFieldType; endTimestamp: import("@matter/main/types").OptionalFieldType; startSystime: import("@matter/main/types").OptionalFieldType; endSystime: import("@matter/main/types").OptionalFieldType; }>>; }>, any>; }; }; }, { readonly flags: { readonly importedEnergy: false; readonly exportedEnergy: false; }; readonly component: false; }, { readonly flags: { readonly cumulativeEnergy: false; readonly periodicEnergy: false; }; readonly component: false; }]; }>, readonly ["ImportedEnergy", "ExportedEnergy", "CumulativeEnergy"]>, typeof ElectricalEnergyMeasurementServer, { components: never[]; }> | typeof TemperatureMeasurementServer | typeof RelativeHumidityMeasurementServer | typeof PressureMeasurementServer | typeof FlowMeasurementServer | typeof IlluminanceMeasurementServer | typeof OccupancySensingServer | ClusterBehavior.Type, typeof AirQualityServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof CarbonMonoxideConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof CarbonDioxideConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof NitrogenDioxideConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof OzoneConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof FormaldehydeConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof Pm1ConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof Pm25ConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof Pm10ConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof RadonConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; }; readonly extensions: readonly [{ readonly flags: { readonly numericMeasurement: true; }; readonly component: { readonly attributes: { readonly measuredValue: import("@matter/main/types").Attribute; readonly minMeasuredValue: import("@matter/main/types").Attribute; readonly maxMeasuredValue: import("@matter/main/types").Attribute; readonly uncertainty: import("@matter/main/types").OptionalAttribute; readonly measurementUnit: import("@matter/main/types").FixedAttribute; }; }; }, { readonly flags: { readonly peakMeasurement: true; }; readonly component: { readonly attributes: { readonly peakMeasuredValue: import("@matter/main/types").Attribute; readonly peakMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly averageMeasurement: true; }; readonly component: { readonly attributes: { readonly averageMeasuredValue: import("@matter/main/types").Attribute; readonly averageMeasuredValueWindow: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly levelIndication: true; }; readonly component: { readonly attributes: { readonly levelValue: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly mediumLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly criticalLevel: true; readonly levelIndication: false; }; readonly component: false; }, { readonly flags: { readonly peakMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly averageMeasurement: true; readonly numericMeasurement: false; }; readonly component: false; }, { readonly flags: { readonly numericMeasurement: false; readonly levelIndication: false; }; readonly component: false; }]; }>, readonly ["NumericMeasurement"]>, typeof TotalVolatileOrganicCompoundsConcentrationMeasurementServer, { components: never[]; }> | ClusterBehavior.Type; readonly esaCanGenerate: import("@matter/main/types").FixedAttribute; readonly esaState: import("@matter/main/types").Attribute; readonly absMinPower: import("@matter/main/types").Attribute; readonly absMaxPower: import("@matter/main/types").Attribute; }; readonly extensions: readonly [{ readonly flags: { readonly powerAdjustment: true; }; readonly component: { readonly attributes: { readonly powerAdjustmentCapability: import("@matter/main/types").Attribute; maxPower: import("@matter/main/types").FieldType; minDuration: import("@matter/main/types").FieldType; maxDuration: import("@matter/main/types").FieldType; }>[] | null>; cause: import("@matter/main/types").FieldType; }> | null, any>; }; readonly commands: { readonly powerAdjustRequest: import("@matter/main/types").Command; duration: import("@matter/main/types").FieldType; cause: import("@matter/main/types").FieldType; }>, void, any>; readonly cancelPowerAdjustRequest: import("@matter/main/types").Command; }; readonly events: { readonly powerAdjustStart: import("@matter/main/types").Event; readonly powerAdjustEnd: import("@matter/main/types").Event; duration: import("@matter/main/types").FieldType; energyUse: import("@matter/main/types").FieldType; }>, any>; }; }; }, { readonly flags: { readonly powerForecastReporting: true; }; readonly component: { readonly attributes: { readonly forecast: import("@matter/main/types").Attribute; activeSlotNumber: import("@matter/main/types").FieldType; startTime: import("@matter/main/types").FieldType; endTime: import("@matter/main/types").FieldType; earliestStartTime: import("@matter/main/types").OptionalFieldType; latestEndTime: import("@matter/main/types").OptionalFieldType; isPausable: import("@matter/main/types").FieldType; slots: import("@matter/main/types").FieldType; maxDuration: import("@matter/main/types").FieldType; defaultDuration: import("@matter/main/types").FieldType; elapsedSlotTime: import("@matter/main/types").FieldType; remainingSlotTime: import("@matter/main/types").FieldType; slotIsPausable: import("@matter/main/types").OptionalFieldType; minPauseDuration: import("@matter/main/types").OptionalFieldType; maxPauseDuration: import("@matter/main/types").OptionalFieldType; manufacturerEsaState: import("@matter/main/types").OptionalFieldType; nominalPower: import("@matter/main/types").OptionalFieldType; minPower: import("@matter/main/types").OptionalFieldType; maxPower: import("@matter/main/types").OptionalFieldType; nominalEnergy: import("@matter/main/types").OptionalFieldType; costs: import("@matter/main/types").OptionalFieldType; value: import("@matter/main/types").FieldType; decimalPoints: import("@matter/main/types").FieldType; currency: import("@matter/main/types").OptionalFieldType; }>[]>; minPowerAdjustment: import("@matter/main/types").OptionalFieldType; maxPowerAdjustment: import("@matter/main/types").OptionalFieldType; minDurationAdjustment: import("@matter/main/types").OptionalFieldType; maxDurationAdjustment: import("@matter/main/types").OptionalFieldType; }>[]>; forecastUpdateReason: import("@matter/main/types").FieldType; }> | null, any>; }; }; }, { readonly flags: { readonly stateForecastReporting: true; }; readonly component: { readonly attributes: { readonly forecast: import("@matter/main/types").Attribute; activeSlotNumber: import("@matter/main/types").FieldType; startTime: import("@matter/main/types").FieldType; endTime: import("@matter/main/types").FieldType; earliestStartTime: import("@matter/main/types").OptionalFieldType; latestEndTime: import("@matter/main/types").OptionalFieldType; isPausable: import("@matter/main/types").FieldType; slots: import("@matter/main/types").FieldType; maxDuration: import("@matter/main/types").FieldType; defaultDuration: import("@matter/main/types").FieldType; elapsedSlotTime: import("@matter/main/types").FieldType; remainingSlotTime: import("@matter/main/types").FieldType; slotIsPausable: import("@matter/main/types").OptionalFieldType; minPauseDuration: import("@matter/main/types").OptionalFieldType; maxPauseDuration: import("@matter/main/types").OptionalFieldType; manufacturerEsaState: import("@matter/main/types").OptionalFieldType; nominalPower: import("@matter/main/types").OptionalFieldType; minPower: import("@matter/main/types").OptionalFieldType; maxPower: import("@matter/main/types").OptionalFieldType; nominalEnergy: import("@matter/main/types").OptionalFieldType; costs: import("@matter/main/types").OptionalFieldType; value: import("@matter/main/types").FieldType; decimalPoints: import("@matter/main/types").FieldType; currency: import("@matter/main/types").OptionalFieldType; }>[]>; minPowerAdjustment: import("@matter/main/types").OptionalFieldType; maxPowerAdjustment: import("@matter/main/types").OptionalFieldType; minDurationAdjustment: import("@matter/main/types").OptionalFieldType; maxDurationAdjustment: import("@matter/main/types").OptionalFieldType; }>[]>; forecastUpdateReason: import("@matter/main/types").FieldType; }> | null, any>; }; }; }, { readonly flags: { readonly powerAdjustment: true; }; readonly component: { readonly attributes: { readonly optOutState: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly startTimeAdjustment: true; }; readonly component: { readonly attributes: { readonly optOutState: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly pausable: true; }; readonly component: { readonly attributes: { readonly optOutState: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly forecastAdjustment: true; }; readonly component: { readonly attributes: { readonly optOutState: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly constraintBasedAdjustment: true; }; readonly component: { readonly attributes: { readonly optOutState: import("@matter/main/types").Attribute; }; }; }, { readonly flags: { readonly pausable: true; }; readonly component: { readonly commands: { readonly pauseRequest: import("@matter/main/types").Command; cause: import("@matter/main/types").FieldType; }>, void, any>; readonly resumeRequest: import("@matter/main/types").Command; }; readonly events: { readonly paused: import("@matter/main/types").Event; readonly resumed: import("@matter/main/types").Event; }>, any>; }; }; }, { readonly flags: { readonly startTimeAdjustment: true; }; readonly component: { readonly commands: { readonly startTimeAdjustRequest: import("@matter/main/types").Command; cause: import("@matter/main/types").FieldType; }>, void, any>; }; }; }, { readonly flags: { readonly forecastAdjustment: true; }; readonly component: { readonly commands: { readonly modifyForecastRequest: import("@matter/main/types").Command; slotAdjustments: import("@matter/main/types").FieldType; nominalPower: import("@matter/main/types").OptionalFieldType; duration: import("@matter/main/types").FieldType; }>[]>; cause: import("@matter/main/types").FieldType; }>, void, any>; }; }; }, { readonly flags: { readonly constraintBasedAdjustment: true; }; readonly component: { readonly commands: { readonly requestConstraintBasedForecast: import("@matter/main/types").Command; duration: import("@matter/main/types").FieldType; nominalPower: import("@matter/main/types").OptionalFieldType; maximumEnergy: import("@matter/main/types").OptionalFieldType; loadControl: import("@matter/main/types").OptionalFieldType; }>[]>; cause: import("@matter/main/types").FieldType; }>, void, any>; }; }; }, { readonly flags: { readonly startTimeAdjustment: true; }; readonly component: { readonly commands: { readonly cancelRequest: import("@matter/main/types").Command; }; }; }, { readonly flags: { readonly forecastAdjustment: true; }; readonly component: { readonly commands: { readonly cancelRequest: import("@matter/main/types").Command; }; }; }, { readonly flags: { readonly constraintBasedAdjustment: true; }; readonly component: { readonly commands: { readonly cancelRequest: import("@matter/main/types").Command; }; }; }, { readonly flags: { readonly staTrue: true; readonly pauTrue: false; readonly faTrue: false; readonly conTrue: false; }; readonly component: false; }, { readonly flags: { readonly powerForecastReporting: true; readonly stateForecastReporting: true; }; readonly component: false; }, { readonly flags: { readonly powerForecastReporting: false; readonly stateForecastReporting: false; }; readonly component: false; }]; }>, readonly ["PowerForecastReporting"]>, typeof DeviceEnergyManagementServer, import("@matter/node/behaviors/device-energy-management").DeviceEnergyManagementInterface>; export declare function getBehaviourTypeFromClusterClientId(_clusterId: ClusterId): void; export declare function getBehavior(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string): Behavior.Type | undefined; /** * Invokes a command on the specified behavior of the endpoint. Used ONLY in Jest tests. * * @deprecated Used ONLY in Jest tests. */ export declare function invokeBehaviorCommand(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, command: keyof MatterbridgeEndpointCommands, params?: Record): Promise; /** * Invokes the subscription handler on the specified cluster and attribute of the endpoint. Used ONLY in Jest tests. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to invoke the subscription handler on. * @param {Behavior.Type | ClusterType | ClusterId | string} cluster - The cluster to invoke the subscription handler on. * @param {string} attribute - The attribute to invoke the subscription handler on. * @param {unknown} newValue - The new value of the attribute. * @param {unknown} oldValue - The old value of the attribute. * * @deprecated Used ONLY in Jest tests. */ export declare function invokeSubscribeHandler(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, attribute: string, newValue: unknown, oldValue: unknown): Promise; export declare function addRequiredClusterServers(endpoint: MatterbridgeEndpoint): void; export declare function addOptionalClusterServers(endpoint: MatterbridgeEndpoint): void; /** * Adds cluster servers to the specified endpoint based on the provided server list. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to add the cluster servers to. * @param {ClusterId[]} serverList - The list of cluster IDs to add. * @returns void */ export declare function addClusterServers(endpoint: MatterbridgeEndpoint, serverList: ClusterId[]): void; /** * Adds a fixed label to the FixedLabel cluster. The FixedLabel cluster is created if it does not exist. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to add the cluster servers to. * @param {string} label - The label to add. * @param {string} value - The value of the label. */ export declare function addFixedLabel(endpoint: MatterbridgeEndpoint, label: string, value: string): Promise; /** * Adds a user label to the UserLabel cluster. The UserLabel cluster is created if it does not exist. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to add the cluster servers to. * @param {string} label - The label to add. * @param {string} value - The value of the label. */ export declare function addUserLabel(endpoint: MatterbridgeEndpoint, label: string, value: string): Promise; export declare function optionsFor(type: T, options: Behavior.Options): Behavior.Options; export declare function getClusterId(endpoint: Endpoint, cluster: string): number | undefined; export declare function getAttributeId(endpoint: Endpoint, cluster: string, attribute: string): import("@matter/main").AttributeId | undefined; /** * Retrieves the value of the provided attribute from the given cluster. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to retrieve the attribute from. * @param {Behavior.Type | ClusterType | ClusterId | string} cluster - The cluster to retrieve the attribute from. * @param {string} attribute - The name of the attribute to retrieve. * @param {AnsiLogger} [log] - (Optional) The logger to use for logging the retrieve. Errors are logged to the endpoint logger. * @returns {any} The value of the attribute, or undefined if the attribute is not found. */ export declare function getAttribute(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, attribute: string, log?: AnsiLogger): any; /** * Sets the value of an attribute on a cluster server. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to set the attribute on. * @param {Behavior.Type | ClusterType | ClusterId | string} cluster - The cluster to set the attribute on. * @param {string} attribute - The name of the attribute. * @param {boolean | number | bigint | string | object | null} value - The value to set for the attribute. * @param {AnsiLogger} [log] - (Optional) The logger to use for logging the set. Errors are logged to the endpoint logger. * @returns {Promise} - A promise that resolves to a boolean indicating whether the attribute was successfully set. */ export declare function setAttribute(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, attribute: string, value: boolean | number | bigint | string | object | null, log?: AnsiLogger): Promise; /** * Sets the value of an attribute on a cluster server. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to update the attribute on. * @param {Behavior.Type | ClusterType | ClusterId | string} cluster - The cluster to update the attribute on. * @param {string} attribute - The name of the attribute. * @param {boolean | number | bigint | string | object | null} value - The value to set for the attribute. * @param {AnsiLogger} [log] - (Optional) The logger to use for logging the update. Errors are logged to the endpoint logger. * @returns {Promise} - A promise that resolves to a boolean indicating whether the attribute was successfully set. */ export declare function updateAttribute(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, attribute: string, value: boolean | number | bigint | string | object | null, log?: AnsiLogger): Promise; /** * Subscribes to the provided attribute on a cluster. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to subscribe the attribute to. * @param {Behavior.Type | ClusterType | ClusterId | string} cluster - The cluster to subscribe the attribute to. * @param {string} attribute - The name of the attribute to subscribe to. * @param {(newValue: any, oldValue: any, context: ActionContext) => void} listener - A callback function that will be called when the attribute value changes. When context.offline === true then the change is locally generated and not from the controller. * @param {AnsiLogger} [log] - Optional logger for logging errors and information. * @returns {boolean} - A boolean indicating whether the subscription was successful. * * @remarks The listener function (cannot be async) will receive three parameters: * - `newValue`: The new value of the attribute. * - `oldValue`: The old value of the attribute. * - `context`: The action context, which includes information about the action that triggered the change. When context.offline === true then the change is locally generated and not from the controller. */ export declare function subscribeAttribute(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, attribute: string, listener: (newValue: any, oldValue: any, context: ActionContext) => void, log?: AnsiLogger): Promise; /** * Triggers an event on the specified cluster. * * @param {MatterbridgeEndpoint} endpoint - The endpoint to trigger the event on. * @param {ClusterId} clusterId - The ID of the cluster. * @param {string} event - The name of the event to trigger. * @param {Record} payload - The payload to pass to the event. * @param {AnsiLogger} [log] - Optional logger for logging information. * @returns {Promise} - A promise that resolves to a boolean indicating whether the event was successfully triggered. */ export declare function triggerEvent(endpoint: MatterbridgeEndpoint, cluster: Behavior.Type | ClusterType | ClusterId | string, event: string, payload: Record, log?: AnsiLogger): Promise; /** * Get the default OperationalState Cluster Server. * * @param {OperationalState.OperationalStateEnum} operationalState - The initial operational state. */ export declare function getDefaultOperationalStateClusterServer(operationalState?: OperationalState.OperationalStateEnum): Partial<{ phaseList: string[] | null; currentPhase: number | null; operationalStateList: { operationalStateId: number; operationalStateLabel?: string | undefined; }[]; operationalState: number; operationalError: { errorStateId: number; errorStateLabel?: string | undefined; errorStateDetails?: string | undefined; }; countdownTime?: number | null | undefined; }>; /** * Get the default TemperatureMeasurement cluster server options. * * @param {number | null} measuredValue - The measured value of the temperature x 100. * @param {number | null} minMeasuredValue - The minimum measured value of the temperature x 100. * @param {number | null} maxMeasuredValue - The maximum measured value of the temperature x 100. */ export declare function getDefaultTemperatureMeasurementClusterServer(measuredValue?: number | null, minMeasuredValue?: number | null, maxMeasuredValue?: number | null): Partial<{ measuredValue: number | null; minMeasuredValue: number | null; maxMeasuredValue: number | null; tolerance?: number | undefined; }>; /** * Get the default RelativeHumidityMeasurement cluster server options. * * @param {number | null} measuredValue - The measured value of the relative humidity x 100. * @param {number | null} minMeasuredValue - The minimum measured value of the relative humidity x 100. * @param {number | null} maxMeasuredValue - The maximum measured value of the relative humidity x 100. */ export declare function getDefaultRelativeHumidityMeasurementClusterServer(measuredValue?: number | null, minMeasuredValue?: number | null, maxMeasuredValue?: number | null): Partial<{ measuredValue: number | null; minMeasuredValue: number | null; maxMeasuredValue: number | null; tolerance?: number | undefined; }>; /** * Get the default PressureMeasurement cluster server options. * * @param {number | null} measuredValue - The measured value for the pressure. * @param {number | null} minMeasuredValue - The minimum measured value for the pressure. * @param {number | null} maxMeasuredValue - The maximum measured value for the pressure. */ export declare function getDefaultPressureMeasurementClusterServer(measuredValue?: number | null, minMeasuredValue?: number | null, maxMeasuredValue?: number | null): Partial<{ measuredValue: number | null; minMeasuredValue: number | null; maxMeasuredValue: number | null; tolerance?: number | undefined; }>; /** * Get the default IlluminanceMeasurement cluster server options. * * @param {number | null} measuredValue - The measured value of illuminance. * @param {number | null} minMeasuredValue - The minimum measured value of illuminance. * @param {number | null} maxMeasuredValue - The maximum measured value of illuminance. * @remark The default value for the illuminance measurement is null. * This attribute SHALL indicate the illuminance in Lux (symbol lx) as follows: * • MeasuredValue = 10,000 x log10(illuminance) + 1, * where 1 lx <= illuminance <= 3.576 Mlx, corresponding to a MeasuredValue in the range 1 to 0xFFFE. * • 0 indicates a value of illuminance that is too low to be measured * • null indicates that the illuminance measurement is invalid. */ export declare function getDefaultIlluminanceMeasurementClusterServer(measuredValue?: number | null, minMeasuredValue?: number | null, maxMeasuredValue?: number | null): Partial<{ measuredValue: number | null; minMeasuredValue: number | null; maxMeasuredValue: number | null; tolerance?: number | undefined; lightSensorType?: number | null | undefined; }>; /** * Get the default FlowMeasurement cluster server options. * * @param {number | null} measuredValue - The measured value of the flow in 10 x m3/h. * @param {number | null} minMeasuredValue - The minimum measured value of the flow in 10 x m3/h. * @param {number | null} maxMeasuredValue - The maximum measured value of the flow in 10 x m3/h. */ export declare function getDefaultFlowMeasurementClusterServer(measuredValue?: number | null, minMeasuredValue?: number | null, maxMeasuredValue?: number | null): Partial<{ measuredValue: number | null; minMeasuredValue: number | null; maxMeasuredValue: number | null; tolerance?: number | undefined; }>; /** * Get the default OccupancySensing cluster server options. * * @param {boolean} occupied - A boolean indicating whether the occupancy is occupied or not. Default is false. * @param {number} holdTime - The hold time in seconds. Default is 30. * @param {number} holdTimeMin - The minimum hold time in seconds. Default is 1. * @param {number} holdTimeMax - The maximum hold time in seconds. Default is 300. * * @remark The default value for the occupancy sensor type is PIR. * Servers SHALL set these attributes for backward compatibility with clients implementing a cluster revision <= 4 as * described in OccupancySensorType and OccupancySensorTypeBitmap Attributes. * This replaces the 9 legacy attributes PIROccupiedToUnoccupiedDelay through PhysicalContactUnoccupiedToOccupiedThreshold. */ export declare function getDefaultOccupancySensingClusterServer(occupied?: boolean, holdTime?: number, holdTimeMin?: number, holdTimeMax?: number): Partial<{ occupancy: { occupied?: boolean | undefined; }; holdTime?: number | undefined; pirOccupiedToUnoccupiedDelay?: number | undefined; pirUnoccupiedToOccupiedDelay?: number | undefined; pirUnoccupiedToOccupiedThreshold?: number | undefined; occupancySensorType: number; occupancySensorTypeBitmap: { pir?: boolean | undefined; ultrasonic?: boolean | undefined; physicalContact?: boolean | undefined; }; holdTimeLimits?: { holdTimeMin: number; holdTimeMax: number; holdTimeDefault: number; } | undefined; }>; //# sourceMappingURL=matterbridgeEndpointHelpers.d.ts.map