import { ErrorCategory } from "./error-category.type.mjs";
import { AIErrorOptions } from "./ai-error.mjs";
import { OrchestratorFailedError } from "./orchestrator-failed-error.mjs";

//#region ../ai/src/errors/orchestrator-drift-error.d.ts
type OrchestratorDriftErrorOptions = AIErrorOptions & {
  /** Signature recorded on the loaded checkpoint. */savedSignature: string; /** Signature computed from the current orchestrator definition. */
  currentSignature: string; /** The session whose checkpoint drifted. */
  sessionId: string;
};
/**
 * Phase 2 drift guard (orchestrator.md §3 / §10). `execute()` or
 * `resume()` loaded a checkpoint whose structural fingerprint does not
 * match the current orchestrator definition (name + intents map +
 * route/router presence + evaluate presence + initialAgent +
 * maxIterations + iterate flag + historyWindow shape — §10.1).
 *
 * The turn is refused synchronously — nothing dispatches — and the dev
 * decides how to recover: discard the session, migrate the persisted
 * state, or pass `{ force: true }` to accept the new signature on the
 * next persisted checkpoint.
 *
 * Mirrors `SupervisorDriftError` / `WorkflowDriftError` — same
 * rationale, orchestrator scope. The orchestrator signature does NOT
 * aggregate the internal supervisor's signature (§10.1); internal-
 * supervisor drift surfaces only on `iterate: true` resume via the
 * supervisor's own drift check.
 */
declare class OrchestratorDriftError extends OrchestratorFailedError {
  static readonly defaultCategory: ErrorCategory;
  readonly savedSignature: string;
  readonly currentSignature: string;
  readonly sessionId: string;
  constructor(message: string, options: OrchestratorDriftErrorOptions);
}
//#endregion
export { OrchestratorDriftError, OrchestratorDriftErrorOptions };
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