/**
 * Shared engine setup for the Ball TS self-hosted engine.
 *
 * This module factors the proto3-JSON normalization, method-dispatch handler,
 * extra std-function registrations, and compiled-engine patches OUT of
 * index.ts so they can be applied to ANY compiled-engine module instance —
 * both the committed `compiled_engine.ts` (used by index.ts / ts/engine) and
 * a freshly compiled engine (used by the Phase 2.7b conformance harness in
 * ts/compiler).
 *
 * The single source of truth for 'what a working engine needs' therefore
 * lives here, eliminating drift between the two harnesses.
 *
 * `createEngineSetup(mod)` takes the compiled-engine module namespace
 * (its exports: BallEngine, StdModuleHandler, BallGenerator, _FlowSignal, and
 * optionally BallFuture) and returns the bound setup helpers.
 */
export interface EngineModule {
    BallEngine: any;
    StdModuleHandler: any;
    BallGenerator: any;
    _FlowSignal: any;
    BallFuture?: any;
    [k: string]: any;
}
export declare function createEngineSetup(mod: EngineModule): {
    protoWrap: (obj: any, isMetadata?: boolean) => any;
    wrapValue: (raw: any) => any;
    __bts: (v: any) => string;
    BallFuture: any;
    MethodDispatchHandler: {
        new (): {
            handles(module: any): boolean;
            init(_engine: any): void;
            call(fn: string, input: any, _engine: any): any;
        };
    };
    registerExtraStdFunctions: (stdHandler: any, engine: any) => void;
    patchCompiledEngine: (engine: any) => void;
    seedGlobalScope: (engine: any) => void;
    patchScopeBindings: (globalScope: any) => void;
    _isFutureLike: (v: any) => boolean;
    _unwrapBallValue: (v: any) => any;
};
//# sourceMappingURL=engine_setup.d.ts.map