/**
 * The campaigns-surface delivery rollup (wicked-studio#27; api-types 0.19.0).
 *
 * `GET /campaigns` / `GET /campaigns/:id` join, per member, the SAME delivery derivation the run
 * DTOs already carry (`AgentSession.delivery`/`deliverUrl` — crew#393's tri-state + crew#311's
 * vacuity split, computed by `deliveryStateWithVacuity` from the shared `DeliveryIndex` record
 * and the TTL-memoized git probes). One `sessionsDetail()` engine read serves a whole request —
 * never a per-node fetch — and the join is DTO-assembly-only: nothing here is persisted, so the
 * engine's Campaign shape stays the one producer of everything else on the wire.
 *
 * Why the fields ride the campaigns wire at all (instead of leaning on the `GET /runs` join a
 * client could do itself): the runs list default-excludes ARCHIVED runs, and bulk write-off of
 * campaign backlogs is an explicit feature (crew#265) — a rollup joined against the default runs
 * list would silently lose archived siblings. This join reads the full session set, so an
 * archived node still reports its delivery honestly.
 */
import type { Campaign, RunGroup, SessionView } from '../core/types.js';
import { type VacuityProbes } from '../api/delivery-index.js';
import type { GroupIndex } from '../api/group-index.js';
import type { PushedOnlyDelivery } from '../core/deliver.js';
import type { TestSetIndex } from '../qe/test-sets.js';
/** The delivery machinery shared with the run DTOs — injected by `registerRoutes`. */
export interface RollupDeps {
    groupIndex: GroupIndex;
    /** The registered test sets (wave 6, F-7R2-014) served beside the campaigns as `test_sets` —
     *  `createServer` hydrates one from the trail; a directly-driven route set may omit it. */
    testSets?: TestSetIndex;
    /** The `DeliveryIndex` record (the durable `run.delivered` fact). */
    deliveryUrlFor: (runId: string) => string | undefined;
    /** N1: the recorded push-only delivery (a non-GitHub origin) — absent on a route set that has none. */
    deliveryPushedFor?: (runId: string) => PushedOnlyDelivery | undefined;
    /** The shared TTL-memoized probes behind `'stranded'`/`'vacuous'`. */
    vacuity: VacuityProbes;
    /** ERROR-level channel — only a NON-probe derivation throw (a defect) is reported here; the
     *  expected probe-unavailable degrade stays quiet (the probe layer already said it). */
    logDefect?: (msg: string) => void;
    /** Def-awareness (crew#481 / D-14) — the SAME `runCanDeliver(view, runWorkflowDef(…))` the
     *  run DTOs' delivery cache applies, so a completed `capture-learnings` node reads `'none'` here
     *  AND on `GET /runs` (the split-brain this surface's charter forbids). Absent ⇒ every completed
     *  repo-scoped node is a candidate — today's behaviour for a directly-driven route set. */
    canDeliver?: (view: SessionView) => boolean;
}
/** Index a session list by run id — built once per request from ONE `sessionsDetail()` read. */
export declare function sessionsById(views: SessionView[]): Map<string, SessionView>;
/**
 * The served Campaign: the engine's persisted shape verbatim, plus the two daemon-joined 0.19.0
 * fields — `node_delivery` (keyed by node_id, entry present once the node's current-attempt run
 * exists on the store) and `attached_runs` (the ad-hoc runs filed onto this campaign at launch,
 * launch order; entries only for runs the store still holds).
 */
export declare function enrichCampaign(campaign: Campaign, byId: Map<string, SessionView>, deps: RollupDeps): Promise<Campaign>;
/** Every ad-hoc label group, first-use order, members in launch order (wicked-studio#27). */
export declare function buildGroups(byId: Map<string, SessionView>, deps: RollupDeps): Promise<RunGroup[]>;
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