import type { EventHandler } from "h3";
declare const FRAMEWORK_PREFIX = "/_agent-native";
export declare const FRAMEWORK_AUTH_EARLY_PATHS: readonly ["/_agent-native/auth", "/", "/sign-in", "/_agent-native/sign-in", "/_agent-native/login", "/_agent-native/signup", "/login", "/signup"];
export { getPublicFrameworkPathname } from "./framework-request-context.js";
export interface H3AppShim {
    use(path: string, handler: EventHandler): void;
    use(handler: EventHandler): void;
    /** Register many mounted routes behind one middleware layer, in order. */
    useGroup?(entries: ReadonlyArray<{
        path: string;
        handler: EventHandler;
    }>): void;
}
export declare function markDefaultPluginProvided(nitroApp: any, stem: string): void;
export declare function markFrameworkRoutesReadyBeforeBootstrap(nitroApp: any, paths: readonly string[]): void;
export declare function getH3App(nitroApp: any): H3AppShim;
/**
 * In Vite dev, Nitro proxies every request to a worker-thread server through
 * a keep-alive agent. The worker drops idle sockets after Node's 5 second
 * keep-alive timeout, and a busy main thread can hand one of them to a new
 * request just as it closes: every request in that burst fails with
 * `read ECONNRESET`, which Nitro passes on without retrying. Closing each
 * response's connection keeps the agent from ever reusing one.
 */
export declare function installDevConnectionCloseHook(nitroApp: any): void;
export declare function awaitBootstrap(nitroApp: any): Promise<void>;
export declare function trackPluginInit(nitroApp: any, promise: Promise<void>, options?: {
    paths?: string[];
    excludedPaths?: string[];
}): void;
export declare function awaitPluginsReady(nitroApp: any, reqPath?: string, options?: {
    skipUnscoped?: boolean;
}): Promise<void>;
export declare function loadWorkspaceCoreServer(packageName: string, packageDir: string): Promise<any>;
export { FRAMEWORK_PREFIX };