import { type Draft } from "../draft.js";
import { type Flags } from "../utils/cli.js";
import { type Report } from "./validate.js";
declare const FIXER_ORDER: readonly ["gc", "init-meta", "register", "sync-timelines"];
type FixerName = (typeof FIXER_ORDER)[number];
export interface FixPlanEntry {
    fixer: FixerName;
    finding_ids: string[];
    action: string;
    destructive: boolean;
    blocked: boolean;
}
export interface FixPlan {
    blocked: boolean;
    plan: FixPlanEntry[];
    excluded: Array<{
        finding_id: string;
        reason: string;
    }>;
    unfixable: Array<{
        finding_id: string;
        location_ref: string | null;
        reason: string;
    }>;
}
/** Pure: the aggregated fix plan derived from a validate report + the in-memory
 * draft. Reads (planGc) but never writes. `blocked` (hasBlockingErrors) flags the
 * gc entry — the umbrella refuses to APPLY when blocked, but still shows the plan. */
export declare function planValidateFix(report: Report, draft: Draft, blocked: boolean): FixPlan;
/**
 * CLI entry for `validate --fix [--apply]`. Returns the process exit code:
 *  - dry-run preview → always 0 (it previewed, it did not fail);
 *  - --apply → reportExitCode(residual) after re-validating;
 *  - --apply on a blocking-error draft → 2, zero writes (B1);
 *  - sync-timelines failure → throws CliError → exit 1 (B3).
 *
 * NOTE: orphan findings are info-severity, so reportExitCode is VACUOUS for the
 * gc path (a clean fix and a no-op both exit 0, even under --strict). The success
 * signal for gc is fix.results[].wrote, never the exit code (B7).
 */
export declare function cmdValidateFix(draft: Draft, filePath: string, projectInput: string, flags: Flags): number;
export {};