import { AnyStateMachine, AreAllImplementationsAssumedToBeProvided, EventObject, InternalMachineOptions, InterpreterFrom, InterpreterOptions, StateConfig, StateFrom } from 'xstate';
import { MaybeLazy, Prop } from './types';
export interface UseMachineOptions<TContext, TEvent extends EventObject> {
    /**
     * If provided, will be merged with machine's `context`.
     */
    context?: Partial<TContext>;
    /**
     * The state to rehydrate the machine to. The machine will
     * start at this state instead of its `initialState`.
     */
    state?: StateConfig<TContext, TEvent>;
}
declare type RestParams<TMachine extends AnyStateMachine> = AreAllImplementationsAssumedToBeProvided<TMachine['__TResolvedTypesMeta']> extends false ? [
    options: InterpreterOptions & UseMachineOptions<TMachine['__TContext'], TMachine['__TEvent']> & InternalMachineOptions<TMachine['__TContext'], TMachine['__TEvent'], TMachine['__TResolvedTypesMeta'], true>
] : [
    options?: InterpreterOptions & UseMachineOptions<TMachine['__TContext'], TMachine['__TEvent']> & InternalMachineOptions<TMachine['__TContext'], TMachine['__TEvent'], TMachine['__TResolvedTypesMeta']>
];
declare type UseMachineReturn<TMachine extends AnyStateMachine, TInterpreter = InterpreterFrom<TMachine>> = [StateFrom<TMachine>, Prop<TInterpreter, 'send'>, TInterpreter];
export declare function useMachine<TMachine extends AnyStateMachine>(getMachine: MaybeLazy<TMachine>, ...[options]: RestParams<TMachine>): UseMachineReturn<TMachine>;
export {};
//# sourceMappingURL=useMachine.d.ts.map