/**
 * The resume ladder's APPROVAL-LANE capture and binding rung (E4), verbatim from
 * `Runner.resumeStream`: on a human / irreversible_ask row every deployment-supplied field of the
 * `policy_ask` decide is read exactly once into a plain twin (answer canonicalized, updatedInput cloned to the
 * JSON domain, the decision word, the refused keys, the host's decision facts and attribution, the deny note),
 * then the decision-action binding (boundCallId, boundInputHash by version), the env_failed replay guard and
 * the content-ask answer binding. Synchronous; every refusal throws pre-CAS.
 */
import { type QuestionAnswer } from "../ask-question.js";
import { type Checkpoint, type ResumeOutcome } from "../checkpoint-store.js";
import type { ResumeTaskConfig, RunnerDepsSeat } from "./contracts.js";
export interface ResumePolicyOutcomeInput {
    /** borrowed-readonly — the pending row (the lane is keyed on the STORED gate kind; the binding reads its pending call). */
    cp: Checkpoint;
    /** borrowed-readonly — the caller's outcome; each policy field is read exactly once, into the twin. */
    outcome: ResumeOutcome;
    /** borrowed-readonly — the config snapshot; the answer binding reads its `onQuestion` face. */
    config: ResumeTaskConfig;
    /** borrowed-readonly — the Runner's deployment deps, read LIVE through the Runner (the answer binding falls back to `onQuestion`); the one home of why it is a
     *  seat and not a captured object is {@link RunnerDepsSeat}. */
    runner: RunnerDepsSeat;
}
export interface ResumePolicyOutcomeResult {
    /** The approval lane's plain twin (a human / irreversible_ask row), else undefined. */
    plainPolicyOutcome: Extract<ResumeOutcome, {
        gate: "policy_ask";
    }> | undefined;
    /** The decide's content-ask answer in canonical form (present only when one was carried). */
    redeemedAnswer: QuestionAnswer | undefined;
}
export declare function resumePolicyOutcome(input: ResumePolicyOutcomeInput): ResumePolicyOutcomeResult;