import { AnyShape } from 'brepjs';
import { VerifyReport } from './report.js';
export declare function loadPart(modulePath: string, fresh?: boolean): Promise<{
    default?: unknown;
    expected?: unknown;
    materials?: unknown;
}>;
export declare function classifyKernelMessage(message: string): string | undefined;
export interface RunPartOptions {
    step?: boolean;
    glb?: boolean;
    /**
     * Run a TypeScript type-check on the part (against the bundled/local `brepjs` types) BEFORE
     * executing it. Type errors are surfaced as `TYPECHECK` error infos and the part is NOT run.
     */
    check?: boolean;
    /**
     * Compute deterministic manufacturability metrics (per-body breakdown + interference matrix) for
     * the design judge. Off by default — these are slow on high-face assemblies, so only the
     * judge/snapshot path opts in; the author `--check` loop stays fast.
     */
    metrics?: boolean;
    /**
     * Bust the ESM module cache for the part and its own imports (watch reruns pick up
     * edits). The kernel realm (`brepjs`/`occt-wasm`) keeps its stable URLs either way.
     */
    freshImport?: boolean;
}
export interface RunPartResult {
    /**
     * The built shape, or null on failure. This is a LIVE WASM-backed kernel handle: the CLI exits
     * right after use, but long-running programmatic callers own its lifetime and should release it
     * (e.g. `using s = result.shape` or a `DisposalScope`) once done, or WASM memory accumulates.
     */
    shape: AnyShape | null;
    report: VerifyReport;
    step?: ArrayBuffer | undefined;
    glb?: ArrayBuffer | undefined;
}
export declare function runPart(modulePath: string, opts?: RunPartOptions): Promise<RunPartResult>;