import { type Checkpoint, type PendingSteerEntry, type ResumeOutcome } from "../checkpoint-store.js";
import { type LegMods } from "../mods/stations.js";
import type { ResumeRun, ResumeTaskConfig, RunInternals, RunnerDepsSeat } from "./contracts.js";
export interface ResumeApplyInput<R> {
    /** borrowed-readonly — the pending row (session id, pending call, inherited chain, ledger, hands cwd). */
    cp: Checkpoint;
    /** borrowed-readonly — the config snapshot (`mods`, `taskId`, `signal`, the policy seats). */
    config: ResumeTaskConfig;
    /** borrowed-readonly — the internals snapshot (delegation identity facts for the screen's envelope). */
    internals: RunInternals | undefined;
    /** borrowed-readonly — the ONE read of the outcome discriminant. */
    outcomeGate: ResumeOutcome["gate"];
    /** borrowed-readonly — the validated wake message the screen judges. */
    wakeMessage: Omit<PendingSteerEntry, "seq"> | undefined;
    /** borrowed-readonly — the ONE signal read from admission; the screen and the edit legs are bounded by it. */
    resumeSignal: AbortSignal | undefined;
    /** borrowed-readonly — the window verdict to re-assert after the screen's await (undefined when unarmed). */
    recheckGovernanceWindow: (() => Promise<void>) | undefined;
    /** borrowed-readonly — the approval lane's twin (its edit is what the rechecks judge; the settlement is minted onto a copy). */
    plainPolicyOutcome: Extract<ResumeOutcome, {
        gate: "policy_ask";
    }> | undefined;
    /** borrowed-readonly — the review lane's twin. */
    plainReviewOutcome: Extract<ResumeOutcome, {
        gate: "plan_review" | "dry_run_review";
    }> | undefined;
    /** borrowed-readonly — the tool-less park lanes' twin. */
    plainParkOutcome: Extract<ResumeOutcome, {
        gate: "wake" | "resource_limit";
    }> | undefined;
    /** borrowed-readonly — the Runner's deployment deps, read LIVE through the Runner (reads `mods`, `onError`, `lockedConfig`, `basePolicyForResumeEdit`, `toolPolicy` — the last three AFTER this rung's awaits); the one home of why it is a
     *  seat and not a captured object is {@link RunnerDepsSeat}. */
    runner: RunnerDepsSeat;
    /** borrowed-readonly — the orchestrator's delegation-facts fold (a lane may not name the orchestrator; the driver hands it in). */
    effectiveDelegationFacts: (internals: Pick<RunInternals, "isDelegatedChild" | "insideFork"> | undefined, seedIsDelegatedChild: boolean | undefined) => {
        isDelegatedChild: boolean;
    };
    /** borrowed-readonly — the rung after apply, entered in this rung's last continuation. */
    next: (applied: ResumeApplyResult) => Promise<R>;
}
export interface ResumeApplyResult {
    /** The screen's `additionalContext` for the wake message, when a screen ran and supplied one. */
    wakeHookContext: string | undefined;
    /** The resumed leg's bus, when the wake-message screen made this rung admit it (the leg adopts it). */
    legMods?: LegMods;
    /** The approval lane's twin WITH its minted settlement record (undefined on every other lane). */
    plainPolicyOutcome: Extract<ResumeOutcome, {
        gate: "policy_ask";
    }> | undefined;
    /** The twin the store persists and the resumed leg reads — exactly one lane captured it. */
    outcomeForStore: ResumeRun["outcome"];
}
export declare function resumeApply<R>(input: ResumeApplyInput<R>): Promise<R>;