import type { TParsedArgumentResponse } from "../../../lib/parsing/index.js";
import type { TStageContext } from "../../../lib/pipelines/index.js";
import { type TClaimMentionExtractionOutput, type TSegmentationOutput } from "./stages/schemas.js";
import type { TIngestionExtension } from "./types.js";
export declare const FINALIZE_V2_FAILURE_TEXTS: {
    readonly noClaims: "No claims could be extracted from the input.";
    readonly noConclusion: "No single conclusion could be selected.";
};
/**
 * Non-fatal note codes for anchor resolution. Neither stops assembly:
 * an unresolved quote yields no anchor, and an ambiguous one yields the
 * nearest-hint winner. Both are reported because silence here is
 * indistinguishable from success — a model that starts paraphrasing
 * would otherwise take anchor coverage to zero with no signal.
 */
export declare const SOURCE_ANCHOR_NOTE_CODES: {
    readonly unresolved: "SOURCE_ANCHOR_UNRESOLVED";
    readonly ambiguous: "SOURCE_ANCHOR_AMBIGUOUS";
    readonly inputUnavailable: "SOURCE_ANCHOR_INPUT_UNAVAILABLE";
};
export type TFinalizeResponseV2Input = {
    ctx: TStageContext;
    extension: TIngestionExtension;
    /**
     * Segmentation + mention outputs, supplied by the caller rather than
     * read from `ctx`, because not every pipeline has these stages —
     * `ctx.get` on a stage outside `finalize.dependsOn` is a
     * configuration error, and declaring a dep on a stage the pipeline
     * does not contain is another. Passing them keeps the declaration
     * and the read in the same file, per pipeline. Omit both and claims
     * carry no source anchors; premises are unaffected either way.
     */
    segmentation?: TSegmentationOutput;
    mentions?: TClaimMentionExtractionOutput;
};
/**
 * Assembles the v2 pipeline's final response from the
 * `TStageContext`'s accumulated upstream outputs.
 */
export declare function finalizeResponseV2(input: TFinalizeResponseV2Input): TParsedArgumentResponse;
//# sourceMappingURL=finalize-response-v2.d.ts.map