import { type IOPort } from '@flyingrobots/bijou';
import type { NodeIOOptions, ScopedNodeIO, ScopedNodeIOOptions } from './io-types.js';
export type { NodeIOOptions, NodeWriteStream, ScopedNodeIO, ScopedNodeIOOptions } from './io-types.js';
export declare class ScopedNodeIOError extends Error {
    constructor(root: string, requestedPath: string);
}
/**
 * Create an {@link IOPort} backed by Node.js I/O primitives.
 *
 * Wires `process.stdout` for output, `process.stdin` / `readline` for input,
 * and `fs` / `path` for filesystem access. Returned handles from
 * `rawInput`, `onResize`, and `setInterval` clean up their underlying
 * resources when `dispose()` is called.
 *
 * @param options - Optional runtime overrides such as a deterministic clock for tests.
 * @returns An {@link IOPort} bound to the current Node.js process.
 */
export declare function nodeIO(options?: NodeIOOptions): IOPort;
/**
 * Create a Node.js I/O adapter whose filesystem access is constrained to a root directory.
 *
 * This wraps an {@link IOPort} and guards `readFile`, `readDir`, and `joinPath`
 * so app-level file access cannot escape the declared root. Hosts can also call
 * {@link ScopedNodeIO.resolvePath} before performing their own writes with Node's
 * filesystem APIs, preserving the same root boundary for output paths.
 *
 * @param options - Root path plus optional adapter overrides.
 * @returns An {@link ScopedNodeIO} rooted at the provided directory.
 */
export declare function scopedNodeIO(options: ScopedNodeIOOptions): ScopedNodeIO;
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