import type { BuffaloZclDataType, DataType, Direction, FrameType, ParameterCondition, StructuredIndicatorType } from "./enums";
import type { Status } from "./status";
export interface BuffaloZclOptions {
    length?: number;
    payload?: {
        mode?: number;
        numoftrans?: number;
        commandID?: number;
        payloadSize?: number;
    } & {
        [key: string]: unknown;
    };
    dataType?: DataType | BuffaloZclDataType;
    attrId?: number;
}
export interface ZclArray {
    elementType: DataType | keyof typeof DataType;
    elements: unknown[];
}
export interface StructuredSelector {
    indexes?: number[];
    indicatorType?: StructuredIndicatorType;
}
export interface Struct {
    elmType: DataType;
    elmVal: unknown;
}
export interface ZclTimeOfDay {
    /** [0-23] */
    hours?: number;
    /** [0-59] */
    minutes?: number;
    /** [0-59] */
    seconds?: number;
    /** [0-99] */
    hundredths?: number;
}
export interface ZclDate {
    /** [1900-2155], converted to/from [0-255] => value+1900=year */
    year?: number;
    /** [1-12] */
    month?: number;
    /** [1-31] */
    dayOfMonth?: number;
    /** [1-7] */
    dayOfWeek?: number;
}
export interface ZoneInfo {
    zoneID: number;
    zoneStatus: number;
}
export interface ExtensionFieldSet {
    clstId: number;
    len: number;
    extField: unknown[];
}
export interface ThermoTransition {
    transitionTime: number;
    heatSetpoint?: number;
    coolSetpoint?: number;
}
export interface Gpd {
    deviceID: number;
    options: number;
    extendedOptions: number;
    securityKey: Buffer;
    keyMic: number;
    outgoingCounter: number;
    applicationInfo: number;
    manufacturerID: number;
    modelID: number;
    numGpdCommands: number;
    gpdCommandIdList: Buffer;
    numServerClusters: number;
    numClientClusters: number;
    gpdServerClusters: Buffer;
    gpdClientClusters: Buffer;
    genericSwitchConfig: number;
    currentContactStatus: number;
}
export interface GpdChannelRequest {
    nextChannel: number;
    nextNextChannel: number;
}
export interface GpdChannelConfiguration {
    commandID: number;
    operationalChannel: number;
    basic: boolean;
}
export interface GpdCommissioningReply {
    commandID: number;
    options: number;
    /** expected valid if corresponding `options` bits set */
    panID?: number;
    /** expected valid if corresponding `options` bits set */
    securityKey?: Buffer;
    /** expected valid if corresponding `options` bits set */
    keyMic?: number;
    /** expected valid if corresponding `options` bits set */
    frameCounter?: number;
}
export interface GpdCustomReply {
    commandID: number;
    buffer: Buffer;
}
export type GpdAttributeReport = {
    clusterID: number;
    clusterName: string;
    attributes: Record<string | number, unknown>;
};
export type GpdManufAttributeReport = {
    manufacturerCode: number;
} & GpdAttributeReport;
export type GpdMultiClusterAttributeReport = {
    reports: Array<{
        clusterID: number;
        clusterName: string;
        attribute: string | number;
        attrData: unknown;
    }>;
};
export type GpdManufMultiClusterAttributeReport = {
    manufacturerCode: number;
} & GpdMultiClusterAttributeReport;
export type GpdAttributeReporting = GpdAttributeReport | GpdManufAttributeReport | GpdMultiClusterAttributeReport | GpdManufMultiClusterAttributeReport;
export type GpdRequestAttribute = {
    options: number;
    manufacturerID: number | undefined;
    records: Array<{
        clusterID: number;
        attributes: Array<number>;
    }>;
};
export type GpdReadAttributeResponse = {
    options: number;
    manufacturerID: number | undefined;
    records: Array<{
        clusterID: number;
        clusterName: string;
        attributes: Record<string | number, {
            status: Status;
            attrData: unknown;
        }>;
    }>;
};
export interface TuyaDataPointValue {
    dp: number;
    datatype: number;
    data: Buffer;
}
export interface MiboxerZone {
    zoneNum: number;
    groupId: number;
}
export interface FrameControl {
    reservedBits: number;
    frameType: FrameType;
    manufacturerSpecific: boolean;
    direction: Direction;
    disableDefaultResponse: boolean;
}
/**
 * @see https://github.com/project-chip/zap/blob/master/zcl-builtin/dotdot/README.md#restrictions
 */
type Restrictions = Readonly<{
    /** specifies an exact length, generally used for a string. */
    length?: number;
    /** specifies the minimum length that a type must take, generally used for a string or a list/array */
    minLen?: number;
    /** specifies the maximum length that a type must take, generally used for a string or a list/array */
    maxLen?: number;
    /** sets a minimum that doesn't include the value specified, i.e. a field of this type must be strictly greater than the value */
    minExcl?: number;
    /** sets a minimum that includes the value specified, i.e. a field of this type must be greater than or equal than the value */
    min?: number;
    /** sets a maximum that doesn't include the value specified, i.e. a field of this type must be strictly less than the value */
    maxExcl?: number;
    /** sets a maximum that includes the value specified, i.e. a field of this type must be less than or equal to the value */
    max?: number;
    /** sets a minimum that is based on the value of the referenced attribute. The value of the referenced attribute is included in the range */
    /** sets a minimum that is based on the value of the referenced attribute. The value of the referenced attribute is excluded from the range */
    /** sets a maximum that is based on the value of the referenced attribute. The value of the referenced attribute is included in the range */
    /** sets a maximum that is based on the value of the referenced attribute. The value of the referenced attribute is excluded from the range */
    /**
     * In some cases, a special value is defined by the Zigbee specification.
     * In these cases, the special value along with a descriptor should be defined using this tag.
     * Special values take precedence over other restrictions imposed (e.g. a special value may fall outside the min/max range for the attribute).
     * `value` is kept as string for easier handling (will be checked on spot if used anyway) though most often is a hex number string (without 0x)
     */
    special?: [name: string, value: string][];
}>;
/**
 * @see https://github.com/project-chip/zap/blob/master/zcl-builtin/dotdot/README.md#attributes
 * Extra metadata:
 * - writableIf: Indicates an expression that specifies the writability of the attribute.
 *               Defaults to true.
 *               Note: An attribute is only writable if this attribute and the writable attribute are true.
 * - requiredIf: Allows for an expression to be implemented which indicates the conditions in which an attribute is mandatory.
 *               Defaults to false
 */
export type Attribute = Readonly<{
    ID: number;
    name: string;
    type: DataType;
    manufacturerCode?: number;
    /** If the attribute is readable OTA. Defaults to true. NOTE: marked as `R` in spec PDF */
    read?: false;
    /** If the attribute is writable OTA. Defaults to false. NOTE: marked as `W` in spec PDF */
    write?: true;
    /** If the attribute is specified as writable this indicates if the write is required (returns READ_ONLY if not). Defaults to false. */
    writeOptional?: true;
    /** If attribute is required to be reportable. Defaults to false. NOTE: marked as `P` in spec PDF */
    report?: true;
    /** If attribute is required to be part of the scene extensions. Defaults to false. NOTE: marked as `S` in spec PDF */
    scene?: true;
    /** If the attribute is mandatory. Defaults to false */
    required?: true;
    /** Specifies the default value of an attribute. No Default */
    default?: number | string;
    /**
     * Specifies that the default value of the attribute takes the value of the referenced attribute.
     * Must be another attriibute in this cluster.
     * Referenced by name, schema forces this during validation.
     */
    /** If attribute is client side */
    client?: true;
}> & Restrictions;
export type Parameter = Readonly<{
    name: string;
    type: DataType | BuffaloZclDataType;
    conditions?: readonly ({
        type: ParameterCondition.MINIMUM_REMAINING_BUFFER_BYTES;
        value: number;
    } | {
        type: ParameterCondition.BITMASK_SET;
        param: string;
        mask: number;
        reversed?: boolean;
    } | {
        type: ParameterCondition.BITFIELD_ENUM;
        param: string;
        offset: number;
        size: number;
        value: number;
    } | {
        type: ParameterCondition.FIELD_EQUAL;
        field: string;
        value: unknown;
        reversed?: boolean;
    } | {
        type: ParameterCondition.FIELD_GT;
        field: string;
        value: number;
    })[];
}> & Restrictions;
/**
 * @see https://github.com/project-chip/zap/blob/master/zcl-builtin/dotdot/README.md#commands
 * Extra metadata:
 * - requiredIf: Allows for an expression to be implemented which indicates the conditions in which a command is mandatory. Defaults to false
 */
export type Command = Readonly<{
    ID: number;
    name: string;
    parameters: readonly Parameter[];
    response?: number;
    /** If the command is mandatory. Defaults to false */
    required?: true;
}>;
export type Cluster = Readonly<{
    ID: number;
    name: string;
    manufacturerCode?: number;
    attributes: Readonly<Record<string, Attribute>>;
    commands: Readonly<Record<string, Command>>;
    commandsResponse: Readonly<Record<string, Command>>;
}>;
export interface CustomClusters {
    [k: string]: Cluster;
}
export type ClusterName = "genBasic" | "genPowerCfg" | "genDeviceTempCfg" | "genIdentify" | "genGroups" | "genScenes" | "genOnOff" | "genOnOffSwitchCfg" | "genLevelCtrl" | "genAlarms" | "genTime" | "genRssiLocation" | "genAnalogInput" | "genAnalogOutput" | "genAnalogValue" | "genBinaryInput" | "genBinaryOutput" | "genBinaryValue" | "genMultistateInput" | "genMultistateOutput" | "genMultistateValue" | "genCommissioning" | "piPartition" | "genOta" | "powerProfile" | "haApplianceControl" | "pulseWidthModulation" | "genPollCtrl" | "greenPower" | "mobileDeviceCfg" | "neighborCleaning" | "nearestGateway" | "keepAlive" | "zigbeeDirectConfiguration" | "closuresShadeCfg" | "closuresDoorLock" | "closuresWindowCovering" | "barrierControl" | "hvacPumpCfgCtrl" | "hvacThermostat" | "hvacFanCtrl" | "hvacDehumidificationCtrl" | "hvacUserInterfaceCfg" | "lightingColorCtrl" | "lightingBallastCfg" | "msIlluminanceMeasurement" | "msIlluminanceLevelSensing" | "msTemperatureMeasurement" | "msPressureMeasurement" | "msFlowMeasurement" | "msRelativeHumidity" | "msOccupancySensing" | "msLeafWetness" | "msSoilMoisture" | "pHMeasurement" | "msElectricalConductivity" | "msWindSpeed" | "msCarbonMonoxide" | "msCO2" | "msEthylene" | "msEthyleneOxide" | "msHydrogen" | "msHydrogenSulfide" | "msNitricOxide" | "msNitrogenDioxide" | "msOxygen" | "msOzone" | "msSulfurDioxide" | "msDissolvedOxygen" | "msBromate" | "msChloramines" | "msChlorine" | "msFecalColiformAndEColi" | "msFluoride" | "msHaloaceticAcids" | "msTotalTrihalomethanes" | "msTotalColiformBacteria" | "msTurbidity" | "msCopper" | "msLead" | "msManganese" | "msSulfate" | "msBromodichloromethane" | "msBromoform" | "msChlorodibromomethane" | "msChloroform" | "msSodium" | "pm25Measurement" | "msFormaldehyde" | "ssIasZone" | "ssIasAce" | "ssIasWd" | "piGenericTunnel" | "piBacnetProtocolTunnel" | "piAnalogInputReg" | "piAnalogInputExt" | "piAnalogOutputReg" | "piAnalogOutputExt" | "piAnalogValueReg" | "piAnalogValueExt" | "piBinaryInputReg" | "piBinaryInputExt" | "piBinaryOutputReg" | "piBinaryOutputExt" | "piBinaryValueReg" | "piBinaryValueExt" | "piMultistateInputReg" | "piMultistateInputExt" | "piMultistateOutputReg" | "piMultistateOutputExt" | "piMultistateValueReg" | "piMultistateValueExt" | "pi11073ProtocolTunnel" | "piIso7818ProtocolTunnel" | "retailTunnel" | "seMetering" | "seTunneling" | "telecommunicationsInformation" | "telecommunicationsVoiceOverZigbee" | "telecommunicationsChatting" | "haApplianceIdentification" | "seMeterIdentification" | "haApplianceEventsAlerts" | "haApplianceStatistics" | "haElectricalMeasurement" | "haDiagnostic" | "touchlink" | "manuSpecificTuya" | "manuSpecificAmazonWWAH";
export {};
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