/**
 * Shared audit pipeline — extracted so both the CLI and the fix orchestrator
 * can run a full audit without going through the CLI entry point.
 *
 * Returns AuditResult plus auxiliary data (tokens, config) needed by the fix
 * orchestrator to build a ClassifyContext.
 */
import type { DesignSystemGraph } from "../graph/types.js";
import type { Resolver } from "../graph/resolve/types.js";
import type { AuditResult, LyseConfig, TokenMap, ComponentInventoryEntry } from "../types.js";
import { RefuseToRunError, ScopeError, type AuditFlags } from "./audit-flags.js";
export { RefuseToRunError, ScopeError, type AuditFlags };
export interface AuditPipelineResult {
    /** Full AuditResult as produced by the audit subcommand. */
    result: AuditResult;
    /** Loaded token map (null when no token source was found). */
    tokens: TokenMap | null;
    /** Parsed .lyse.yaml config. */
    config: LyseConfig;
    /** Component inventory for the configured DS module. */
    componentInventory: ComponentInventoryEntry[];
    /** Number of source files scanned. */
    fileCount: number;
    /** The reified Design System Graph (P1). */
    graph: DesignSystemGraph;
    /**
     * The four-class value resolver the rules ran against, built once per audit.
     * Exposed so `buildClassifyContext` can hand the SAME instance to the
     * confidence hooks — rebuilding one there would both duplicate work and risk
     * the hooks disagreeing with the verdicts the rules already emitted.
     */
    resolver: Resolver;
}
/**
 * Run a full audit on a repository root.
 * This is the same pipeline as the `lyse audit` CLI command, extracted for
 * programmatic use by the fix orchestrator and future commands.
 *
 * @param repoRoot - Absolute path to the repository root.
 * @param flags    - Optional CLI-level overrides (e.g. --static-only).
 */
export declare function auditDirectory(repoRoot: string, flags?: AuditFlags): Promise<AuditPipelineResult>;