import { UseQueryOptions } from '@tanstack/react-query';
import type { GitXRateLimitTimeSeriesResponseResponse } from '../responses/GitXRateLimitTimeSeriesResponseResponse';
import type { GitXRateLimitWindow } from '../schemas/GitXRateLimitWindow';
import type { ResponseWithPagination } from '../helpers';
import { FetcherOptions } from '../../../../fetcher/index.js';
export interface ListGitxRateLimitsTimelineQueryQueryParams {
    connectorId: string;
    window: GitXRateLimitWindow;
    bucket?: string;
}
export interface ListGitxRateLimitsTimelineQueryHeaderParams {
    'Harness-Account'?: string;
}
export type ListGitxRateLimitsTimelineOkResponse = ResponseWithPagination<GitXRateLimitTimeSeriesResponseResponse>;
export type ListGitxRateLimitsTimelineErrorResponse = unknown;
export interface ListGitxRateLimitsTimelineProps extends Omit<FetcherOptions<ListGitxRateLimitsTimelineQueryQueryParams, unknown, ListGitxRateLimitsTimelineQueryHeaderParams>, 'url'> {
    queryParams: ListGitxRateLimitsTimelineQueryQueryParams;
}
export declare function listGitxRateLimitsTimeline(props: ListGitxRateLimitsTimelineProps): Promise<ListGitxRateLimitsTimelineOkResponse>;
/**
 * Returns a time series of SCM rate-limit consumption for the given connector, one series per bucket. Intended for charting — X axis is time, Y axis is percent_consumed = (limit - remaining) / limit * 100. The server divides the requested window into at most 1000 equal-width intervals and returns the peak percent_consumed per interval (max across all raw samples falling in that interval). Intervals with no data return null percent_consumed so the timeline remains contiguous.
 *
 */
export declare function useListGitxRateLimitsTimelineQuery(props: ListGitxRateLimitsTimelineProps, options?: Omit<UseQueryOptions<ListGitxRateLimitsTimelineOkResponse, ListGitxRateLimitsTimelineErrorResponse>, 'queryKey' | 'queryFn'>): import("@tanstack/react-query").UseQueryResult<ListGitxRateLimitsTimelineOkResponse, unknown>;