cloudflare/resources/radar/attacks/layer3/timeseries-groups.d.ts

The official TypeScript library for the Cloudflare API

import * as Core from 'cloudflare/core';
import { APIResource } from 'cloudflare/resource';
import * as TimeseriesGroupsAPI from 'cloudflare/resources/radar/attacks/layer3/timeseries-groups';
export declare class TimeseriesGroups extends APIResource {
    /**
     * Percentage distribution of attacks by bitrate over time.
     */
    bitrate(query?: TimeseriesGroupBitrateParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupBitrateResponse>;
    bitrate(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupBitrateResponse>;
    /**
     * Percentage distribution of attacks by duration over time.
     */
    duration(query?: TimeseriesGroupDurationParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupDurationResponse>;
    duration(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupDurationResponse>;
    /**
     * Get a timeseries of the percentage distribution of network protocols in Layer
     * 3/4 attacks.
     */
    get(query?: TimeseriesGroupGetParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupGetResponse>;
    get(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupGetResponse>;
    /**
     * Percentage distribution of attacks by industry used over time.
     */
    industry(query?: TimeseriesGroupIndustryParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupIndustryResponse>;
    industry(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupIndustryResponse>;
    /**
     * Percentage distribution of attacks by ip version used over time.
     */
    ipVersion(query?: TimeseriesGroupIPVersionParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupIPVersionResponse>;
    ipVersion(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupIPVersionResponse>;
    /**
     * Percentage distribution of attacks by protocol used over time.
     */
    protocol(query?: TimeseriesGroupProtocolParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupProtocolResponse>;
    protocol(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupProtocolResponse>;
    /**
     * Percentage distribution of attacks by vector used over time.
     */
    vector(query?: TimeseriesGroupVectorParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupVectorResponse>;
    vector(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupVectorResponse>;
    /**
     * Percentage distribution of attacks by vertical used over time.
     */
    vertical(query?: TimeseriesGroupVerticalParams, options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupVerticalResponse>;
    vertical(options?: Core.RequestOptions): Core.APIPromise<TimeseriesGroupVerticalResponse>;
}
export interface TimeseriesGroupBitrateResponse {
    meta: unknown;
    serie_0: TimeseriesGroupBitrateResponse.Serie0;
}
export declare namespace TimeseriesGroupBitrateResponse {
    interface Serie0 {
        _1_GBPS_TO_10_GBPS: Array<string>;
        _10_GBPS_TO_100_GBPS: Array<string>;
        _500_MBPS_TO_1_GBPS: Array<string>;
        OVER_100_GBPS: Array<string>;
        timestamps: Array<string>;
        UNDER_500_MBPS: Array<string>;
    }
}
export interface TimeseriesGroupDurationResponse {
    meta: unknown;
    serie_0: TimeseriesGroupDurationResponse.Serie0;
}
export declare namespace TimeseriesGroupDurationResponse {
    interface Serie0 {
        _1_HOUR_TO_3_HOURS: Array<string>;
        _10_MINS_TO_20_MINS: Array<string>;
        _20_MINS_TO_40_MINS: Array<string>;
        _40_MINS_TO_1_HOUR: Array<string>;
        OVER_3_HOURS: Array<string>;
        timestamps: Array<string>;
        UNDER_10_MINS: Array<string>;
    }
}
export interface TimeseriesGroupGetResponse {
    meta: TimeseriesGroupGetResponse.Meta;
    serie_0: TimeseriesGroupGetResponse.Serie0;
}
export declare namespace TimeseriesGroupGetResponse {
    interface Meta {
        aggInterval: string;
        dateRange: Array<Meta.DateRange>;
        lastUpdated: string;
        confidenceInfo?: Meta.ConfidenceInfo;
    }
    namespace Meta {
        interface DateRange {
            /**
             * Adjusted end of date range.
             */
            endTime: string;
            /**
             * Adjusted start of date range.
             */
            startTime: string;
        }
        interface ConfidenceInfo {
            annotations?: Array<ConfidenceInfo.Annotation>;
            level?: number;
        }
        namespace ConfidenceInfo {
            interface Annotation {
                dataSource: string;
                description: string;
                eventType: string;
                isInstantaneous: unknown;
                endTime?: string;
                linkedUrl?: string;
                startTime?: string;
            }
        }
    }
    interface Serie0 {
        gre: Array<string>;
        icmp: Array<string>;
        tcp: Array<string>;
        timestamps: Array<string>;
        udp: Array<string>;
    }
}
export interface TimeseriesGroupIndustryResponse {
    meta: unknown;
    serie_0: TimeseriesGroupIndustryResponse.Serie0;
}
export declare namespace TimeseriesGroupIndustryResponse {
    interface Serie0 {
        timestamps: Array<string>;
        [k: string]: Array<string>;
    }
}
export interface TimeseriesGroupIPVersionResponse {
    meta: unknown;
    serie_0: TimeseriesGroupIPVersionResponse.Serie0;
}
export declare namespace TimeseriesGroupIPVersionResponse {
    interface Serie0 {
        IPv4: Array<string>;
        IPv6: Array<string>;
        timestamps: Array<string>;
    }
}
export interface TimeseriesGroupProtocolResponse {
    meta: unknown;
    serie_0: TimeseriesGroupProtocolResponse.Serie0;
}
export declare namespace TimeseriesGroupProtocolResponse {
    interface Serie0 {
        GRE: Array<string>;
        ICMP: Array<string>;
        TCP: Array<string>;
        timestamps: Array<string>;
        UDP: Array<string>;
    }
}
export interface TimeseriesGroupVectorResponse {
    meta: unknown;
    serie_0: TimeseriesGroupVectorResponse.Serie0;
}
export declare namespace TimeseriesGroupVectorResponse {
    interface Serie0 {
        timestamps: Array<string>;
        [k: string]: Array<string>;
    }
}
export interface TimeseriesGroupVerticalResponse {
    meta: unknown;
    serie_0: TimeseriesGroupVerticalResponse.Serie0;
}
export declare namespace TimeseriesGroupVerticalResponse {
    interface Serie0 {
        timestamps: Array<string>;
        [k: string]: Array<string>;
    }
}
export interface TimeseriesGroupBitrateParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
    /**
     * Array of L3/4 attack types.
     */
    protocol?: Array<'UDP' | 'TCP' | 'ICMP' | 'GRE'>;
}
export interface TimeseriesGroupDurationParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
    /**
     * Array of L3/4 attack types.
     */
    protocol?: Array<'UDP' | 'TCP' | 'ICMP' | 'GRE'>;
}
export interface TimeseriesGroupGetParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of ASNs, start with `-` to exclude from results.
     * For example, `-174, 3356` excludes results from AS174, but includes results from
     * AS3356.
     */
    asn?: Array<string>;
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
}
export interface TimeseriesGroupIndustryParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Limit the number of objects (eg browsers, verticals, etc) to the top items over
     * the time range.
     */
    limitPerGroup?: number;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
}
export interface TimeseriesGroupIPVersionParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
    /**
     * Array of L3/4 attack types.
     */
    protocol?: Array<'UDP' | 'TCP' | 'ICMP' | 'GRE'>;
}
export interface TimeseriesGroupProtocolParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
}
export interface TimeseriesGroupVectorParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Limit the number of objects (eg browsers, verticals, etc) to the top items over
     * the time range.
     */
    limitPerGroup?: number;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
    /**
     * Array of L3/4 attack types.
     */
    protocol?: Array<'UDP' | 'TCP' | 'ICMP' | 'GRE'>;
}
export interface TimeseriesGroupVerticalParams {
    /**
     * Aggregation interval results should be returned in (for example, in 15 minutes
     * or 1 hour intervals). Refer to
     * [Aggregation intervals](https://developers.cloudflare.com/radar/concepts/aggregation-intervals/).
     */
    aggInterval?: '15m' | '1h' | '1d' | '1w';
    /**
     * Array of comma separated list of continents (alpha-2 continent codes). Start
     * with `-` to exclude from results. For example, `-EU,NA` excludes results from
     * Europe, but includes results from North America.
     */
    continent?: Array<string>;
    /**
     * End of the date range (inclusive).
     */
    dateEnd?: Array<string>;
    /**
     * For example, use `7d` and `7dControl` to compare this week with the previous
     * week. Use this parameter or set specific start and end dates (`dateStart` and
     * `dateEnd` parameters).
     */
    dateRange?: Array<'1d' | '2d' | '7d' | '14d' | '28d' | '12w' | '24w' | '52w' | '1dControl' | '2dControl' | '7dControl' | '14dControl' | '28dControl' | '12wControl' | '24wControl'>;
    /**
     * Array of datetimes to filter the start of a series.
     */
    dateStart?: Array<string>;
    /**
     * Together with the `location` parameter, will apply the filter to origin or
     * target location.
     */
    direction?: 'ORIGIN' | 'TARGET';
    /**
     * Format results are returned in.
     */
    format?: 'JSON' | 'CSV';
    /**
     * Filter for ip version.
     */
    ipVersion?: Array<'IPv4' | 'IPv6'>;
    /**
     * Limit the number of objects (eg browsers, verticals, etc) to the top items over
     * the time range.
     */
    limitPerGroup?: number;
    /**
     * Array of comma separated list of locations (alpha-2 country codes). Start with
     * `-` to exclude from results. For example, `-US,PT` excludes results from the US,
     * but includes results from PT.
     */
    location?: Array<string>;
    /**
     * Array of names that will be used to name the series in responses.
     */
    name?: Array<string>;
    /**
     * Normalization method applied. Refer to
     * [Normalization methods](https://developers.cloudflare.com/radar/concepts/normalization/).
     */
    normalization?: 'PERCENTAGE' | 'MIN0_MAX';
}
export declare namespace TimeseriesGroups {
    export import TimeseriesGroupBitrateResponse = TimeseriesGroupsAPI.TimeseriesGroupBitrateResponse;
    export import TimeseriesGroupDurationResponse = TimeseriesGroupsAPI.TimeseriesGroupDurationResponse;
    export import TimeseriesGroupGetResponse = TimeseriesGroupsAPI.TimeseriesGroupGetResponse;
    export import TimeseriesGroupIndustryResponse = TimeseriesGroupsAPI.TimeseriesGroupIndustryResponse;
    export import TimeseriesGroupIPVersionResponse = TimeseriesGroupsAPI.TimeseriesGroupIPVersionResponse;
    export import TimeseriesGroupProtocolResponse = TimeseriesGroupsAPI.TimeseriesGroupProtocolResponse;
    export import TimeseriesGroupVectorResponse = TimeseriesGroupsAPI.TimeseriesGroupVectorResponse;
    export import TimeseriesGroupVerticalResponse = TimeseriesGroupsAPI.TimeseriesGroupVerticalResponse;
    export import TimeseriesGroupBitrateParams = TimeseriesGroupsAPI.TimeseriesGroupBitrateParams;
    export import TimeseriesGroupDurationParams = TimeseriesGroupsAPI.TimeseriesGroupDurationParams;
    export import TimeseriesGroupGetParams = TimeseriesGroupsAPI.TimeseriesGroupGetParams;
    export import TimeseriesGroupIndustryParams = TimeseriesGroupsAPI.TimeseriesGroupIndustryParams;
    export import TimeseriesGroupIPVersionParams = TimeseriesGroupsAPI.TimeseriesGroupIPVersionParams;
    export import TimeseriesGroupProtocolParams = TimeseriesGroupsAPI.TimeseriesGroupProtocolParams;
    export import TimeseriesGroupVectorParams = TimeseriesGroupsAPI.TimeseriesGroupVectorParams;
    export import TimeseriesGroupVerticalParams = TimeseriesGroupsAPI.TimeseriesGroupVerticalParams;
}
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