import type { ArtifactBundle } from "../io/artifacts.js";
import type { ExecutorRunResult } from "./executorResult.js";
import { type CharterDeltaSubmission } from "audit-tools/shared";
/**
 * Charter-DELTA executor (Phase C.2). The INDEPENDENT delta-miner half of the
 * charter layer: the charter-extraction pass authored the charters only and left
 * the register with `deltas_pending`; this pass reads those already-assembled
 * charters and mines the pairwise deltas + the goal DAG across subsystems. Keeping
 * it a SEPARATE pass realigns to the design of record — no author marks its own
 * homework, `revealed` was extracted blind to the deltas it will later disagree
 * with. Two modes, mirroring charter_extraction:
 *
 * - **omit** (no register, register not `deltas_pending`, or no submission): write
 *   the register back with `deltas_pending: false` and its existing (possibly
 *   empty) deltas/findings/goal_graph — the obligation self-satisfies with no host
 *   turn (e.g. an omitted register, or a register with no subsystems to mine).
 * - **ingest** (a `deltas_pending` register + a host submission): assemble the
 *   routed+gated deltas from the submission (the deterministic enforcement half —
 *   the design's routing table, the Phase-A low-confidence gate; `assembleDeltas`),
 *   ground every surfaced delta-finding's evidence against disk, and clear
 *   `deltas_pending`.
 */
export declare function runCharterDeltaExecutor(bundle: ArtifactBundle, submission: CharterDeltaSubmission | undefined): ExecutorRunResult;
//# sourceMappingURL=charterDeltaExecutor.d.ts.map