/**
 * Semantic / structural projection for audit-code's design-review passes
 * (B2/B3 parity port).
 *
 * The design-review passes (contract-assessment + conceptual-design-critique)
 * read a structural context assembled from several intake/structure artifacts
 * (`renderSharedStructuralContext` in `designReviewPrompt.ts`): the file
 * inventory, unit boundaries, dependency graph, externally-reachable surfaces,
 * critical flows, the risk register, and the deterministic structural findings.
 * When any of those upstreams change, the review's verdict can go stale.
 *
 * The naive trigger — "any byte changed" — re-runs the (expensive, LLM-driven)
 * review on cosmetic churn: a re-derived `generated_at`, a file's content hash
 * moving, a reordered list. This module is the audit-code half of the shared
 * semantic-projection policy (remediate-code's `contractPipeline/
 * semanticProjection.ts` is the other): each reviewed input is projected to ONLY
 * the load-bearing structure the review actually reasons about — provenance and
 * metrics stripped, each entry narrowed to its derivable fields and the
 * collections canonically ordered. A cosmetic upstream edit projects to the same
 * value (review stays fresh); a real structural change (a new module, a changed
 * interface, a new surface, a re-scored risk) projects differently and correctly
 * re-stales the review.
 *
 * This mirrors remediate-code's `DERIVABLE_MODULE_CONTRACT_FIELDS` narrowing —
 * the "finalized-style structural projection" — applied to audit's structural
 * artifact set. The generic diff + hashing machinery is single-sourced in
 * `audit-tools/shared/reReview`.
 */
import { type CriticalFlowManifest, type GraphBundle, type IntentCheckpoint, type RiskRegister, type SurfaceManifest } from "audit-tools/shared";
import type { RepoManifest, UnitManifest } from "../types.js";
import type { DesignAssessment } from "../types/designAssessment.js";
/**
 * The narrow read-only slice of the artifact bundle the design-review projection
 * needs. Defined locally (rather than importing `ArtifactBundle` from
 * `io/artifacts.ts`) so this module — and `designReviewSnapshot.ts`, which the
 * bundle loader imports — do not form an import cycle with `io/artifacts.ts`.
 * `ArtifactBundle` is structurally assignable to this.
 */
export interface DesignReviewBundle {
    repo_manifest?: RepoManifest;
    unit_manifest?: UnitManifest;
    graph_bundle?: GraphBundle;
    surface_manifest?: SurfaceManifest;
    critical_flows?: CriticalFlowManifest;
    risk_register?: RiskRegister;
    design_assessment?: DesignAssessment;
    /**
     * The confirmed intent checkpoint, read ONLY to derive each unit's structured
     * in-scope/excluded disposition (see `projectUnitManifest`). The cosmetic
     * bracket-tag reason text is not projected — only the disposition KIND, which
     * the prompt renders as `[in scope]` vs `[excluded: …]` and which the review
     * actually reasons about (which units to skip).
     */
    intent_checkpoint?: IntentCheckpoint;
}
/**
 * The structural artifacts the design-review passes read. A design-review
 * snapshot records the projection of each of these; a change to any of them
 * (in projection) re-stales the review.
 */
export declare const DESIGN_REVIEW_INPUTS: readonly ["repo_manifest", "unit_manifest", "graph_bundle", "surface_manifest", "critical_flows", "risk_register", "design_assessment"];
export type DesignReviewInput = (typeof DESIGN_REVIEW_INPUTS)[number];
/**
 * Project a single design-review input artifact from the bundle to its
 * load-bearing structure. Returns `null` when the artifact is absent.
 */
export declare function projectDesignReviewInput(input: DesignReviewInput, bundle: DesignReviewBundle): unknown;
/**
 * Project every design-review input to its load-bearing structure, keyed by
 * input name — the captured shape a design-review snapshot records and a
 * re-review diffs against.
 */
export declare function projectDesignReviewInputs(bundle: DesignReviewBundle): Record<DesignReviewInput, unknown>;
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