import 'reflect-metadata';
import { type EsmAppOptions, type LocalAppMetadata, type RemoteAppMetadata, type RemoteUrlAppOptions } from '../metadata';
/**
 * Decorator that marks a class as a McpApp module and provides metadata.
 *
 * Also provides static methods for declaring external apps:
 * - `App.esm()` — load an @App class from an npm package
 * - `App.remote()` — connect to an external MCP server
 *
 * @example
 * ```ts
 * import { FrontMcp, App } from '@frontmcp/sdk';
 *
 * @App({ name: 'Local', tools: [EchoTool] })
 * class LocalApp {}
 *
 * @FrontMcp({
 *   apps: [
 *     LocalApp,
 *     App.esm('@acme/tools@^1.0.0', { namespace: 'acme' }),
 *     App.remote('https://api.example.com/mcp', { namespace: 'api' }),
 *   ],
 * })
 * export default class Server {}
 * ```
 */
declare function FrontMcpApp(providedMetadata: LocalAppMetadata): ClassDecorator;
/**
 * The `App` type — callable as a decorator AND has `.esm()` / `.remote()` static methods.
 */
type AppDecorator = {
    (metadata: LocalAppMetadata): ClassDecorator;
    esm(specifier: string, options?: EsmAppOptions): RemoteAppMetadata;
    remote(url: string, options?: RemoteUrlAppOptions): RemoteAppMetadata;
};
declare const App: AppDecorator;
/**
 * Functional form of `@App` — build an app from a plain metadata object, no
 * decorator syntax. Synthesizes a class and applies the SAME `@App` metadata, so
 * the result is a genuine local app (`AppKind.LOCAL_CLASS`) usable anywhere a
 * decorated app class is — no parallel registry. Mirrors `tool` / `resource` /
 * `prompt` / `skill`, and lets a config/manifest assemble apps declaratively.
 *
 * @example
 * const billing = app({ name: 'billing', tools: [echoTool] });
 * createEdgeMcp({ info, apps: [billing] });
 */
declare function frontMcpApp(metadata: LocalAppMetadata): new () => object;
export { FrontMcpApp, App, frontMcpApp, frontMcpApp as app };
//# sourceMappingURL=app.decorator.d.ts.map