import * as $dara from '@darabonba/typescript'; export declare class GetAggTaskGroupResponseBodyAggTaskGroupTags extends $dara.Model { /** * @remarks * The key of the resource group tag. * * @example * key1 */ key?: string; /** * @remarks * The value of the resource group tag. * * @example * value1 */ value?: string; static names(): { [key: string]: string; }; static types(): { [key: string]: any; }; validate(): void; constructor(map?: { [key: string]: any; }); } export declare class GetAggTaskGroupResponseBodyAggTaskGroup extends $dara.Model { /** * @remarks * The configuration of the aggregation task group. * * @example * groups: * - name: "node.rules" * interval: "60s" * rules: * - record: "node_namespace_pod:kube_pod_info:" * expr: "max(label_replace(kube_pod_info{job=\\"kubernetes-pods-kube-state-metrics\\"\\ * }, \\"pod\\", \\"$1\\", \\"pod\\", \\"(.*)\\")) by (node, namespace, pod, cluster)" */ aggTaskGroupConfig?: string; /** * @remarks * The summary of the aggregation task group configuration. * * @example * a54136xxx */ aggTaskGroupConfigHash?: string; /** * @remarks * The ID of the aggregation task group. * * @example * aggTaskGroup-xx */ aggTaskGroupId?: string; /** * @remarks * The name of the aggregation task group. * * @example * pipeline-aggtask-group */ aggTaskGroupName?: string; /** * @remarks * The scheduling expression of the aggregation task group when the scheduling mode is set to Cron. * * @example * 0 1 3 * * ? * */ cronExpr?: string; /** * @remarks * The fixed delay time for scheduling, in seconds. * * @example * 2 */ delay?: number; /** * @remarks * The description of the aggregation task group. * * @example * test */ description?: string; /** * @remarks * The UNIX timestamp in seconds that corresponds to the start time of the scheduling. This parameter is not yet in effect. * * @example * 1757409495 */ fromTime?: number; /** * @remarks * The maximum number of retries to execute the aggregation task. * * @example * 2 */ maxRetries?: number; /** * @remarks * The maximum runtime of the aggregation task, in seconds. * * @example * 50 */ maxRunTimeInSeconds?: number; /** * @remarks * The dry run configuration. * * @example * {"policy":"skip","prometheusId":"rw-xx","query":"noPrecheck","threshold":0.5,"timeout":15,"type":"none"} */ precheckString?: string; /** * @remarks * The region ID. * * @example * cn-zhangjiakou */ regionId?: string; /** * @remarks * The scheduling mode. * * @example * FixedRate */ scheduleMode?: string; /** * @remarks * The scheduling time expression. * * @example * @m */ scheduleTimeExpr?: string; /** * @remarks * The ID of the source Prometheus instance for the aggregation task group. * * @example * rw-xxx */ sourcePrometheusId?: string; /** * @remarks * The status of the aggregation task group. * * @example * Running */ status?: string; /** * @remarks * The tags of the resource group. */ tags?: GetAggTaskGroupResponseBodyAggTaskGroupTags[]; /** * @remarks * The ID of the target Prometheus instance for the aggregation task group. * * @example * rw-xxx */ targetPrometheusId?: string; /** * @remarks * The UNIX timestamp in seconds that corresponds to the end time of the scheduling. * * @example * 1757409495 */ toTime?: number; /** * @remarks * The time when the aggregation task group was updated. This is a timestamp. * * @example * 1757409499000 */ updateTime?: string; /** * @remarks * The user to which the aggregation task group belongs. * * @example * 123xxx */ userId?: string; static names(): { [key: string]: string; }; static types(): { [key: string]: any; }; validate(): void; constructor(map?: { [key: string]: any; }); } export declare class GetAggTaskGroupResponseBody extends $dara.Model { /** * @remarks * The aggregation task group. */ aggTaskGroup?: GetAggTaskGroupResponseBodyAggTaskGroup; /** * @remarks * The request ID. * * @example * 68DAF543-35DF-5762-BE90-F5C00B5DC036 */ requestId?: string; /** * @remarks * Indicates whether the request was successful. * * @example * True */ success?: boolean; static names(): { [key: string]: string; }; static types(): { [key: string]: any; }; validate(): void; constructor(map?: { [key: string]: any; }); }