/**
 * Wire the {@link RULES} into aih's plan/verify model.
 *
 * `bootstrap-ai` lints the docs it is ABOUT to write — in memory, before they
 * become writes — so reference resolution can see the full set of paths the same
 * plan will create (a forward `#[[file:…]]` ref resolves even on a fresh repo).
 * `doctor` is read-only and can't recompute the plan, so it lints the canon
 * already on disk. Both surface findings as {@link Check}s: a fail-tier finding
 * flips the verify exit code; an info-tier finding is `skip` (report-only).
 */
import { type Action } from "../internals/plan.js";
import type { Check } from "../internals/verify.js";
/** A doc to lint: its repo-relative POSIX path and the exact string aih emits. */
export interface GeneratedDoc {
    path: string;
    source: string;
}
/**
 * One lint probe per generated canon doc, for the `bootstrap-ai` plan. Refs
 * resolve against `plannedPaths` (what this run will write) ∪ `existsSync`
 * (pre-existing repo files). Pure: string regex + `existsSync`, no spawn.
 */
export declare function lintProbes(generated: readonly GeneratedDoc[], plannedPaths: ReadonlySet<string>, root: string, contextDir?: string): Action[];
/**
 * Read-only lint of the canon already written under `contextDir`, aggregated into
 * one {@link Check} for `aih doctor`. Lints only the harness-authored context dir
 * tree (never the root bootloaders, which carry user prose outside the managed
 * block). `skip` when the dir isn't scaffolded — never fail a fresh repo.
 */
export declare function canonLintCheck(root: string, contextDir: string): Check;