import type { BundleManifest, Classification, FollowUp, Wave, WaveOutcome } from '../model.js';
import type { Actor } from './actors.js';
import type { SpikeAssessment } from './baseline.js';
import type { Asymmetry } from './configDelta.js';
import type { Outcomes } from './outcomes.js';
import type { ResponseSummary } from './responses.js';
export interface VerdictInput {
    wave: Wave;
    spikes: SpikeAssessment[];
    actors: Actor[];
    responses: ResponseSummary;
    outcomes: Outcomes;
    requiredLogsPresent: boolean;
}
export declare const FORBIDDEN_WORDS: RegExp;
export declare function isScannerLike(a: Actor): boolean;
export declare function classify(v: VerdictInput): Classification;
/**
 * Why a wave cannot be called no-evidence. No-evidence is allowed only when this is empty:
 * the required logs are present, the empty-reply size came from a reference set, every
 * controller call parsed, EVERY data-access call was joined to a reply size (any unjoined read
 * could be the one that returned content), and every wave day has a baseline median.
 * The join test uses data-access joins, not all joins: a joined auth reply says nothing about
 * what a data read returned (stricter than `joined > 0`).
 */
export declare function notAssessedReasons(v: VerdictInput): string[];
/**
 * Returned content that decides the result. With an isolated actor, only the actor's replies
 * count: a public site returns content to its ordinary visitors all the time. Without one,
 * every guest reply counts, because nothing separates the actor from the visitors.
 */
export declare function decisiveReturned(v: VerdictInput): ResponseSummary['returnedContent'];
/** Precedence: access-gained > content-returned > not-assessed > no-evidence. */
export declare function outcomeOf(v: VerdictInput): WaveOutcome;
/** Org-wide limits: they hold for the whole report, including one with zero waves. */
export declare function globalLimitsFor(m: BundleManifest, followUp?: FollowUp): string[];
/** Limits specific to one wave. Org-wide limits live in globalLimitsFor. */
export declare function limitsFor(v: VerdictInput): string[];
export declare function nextStepsFor(v: VerdictInput, asymmetries: Asymmetry[], m: BundleManifest): string[];
//# sourceMappingURL=verdict.d.ts.map