import { BindableProvider } from './bindable-provider';
import { ClassConstructor, InjectableId, Injector } from './injector';
import { State } from './state';
interface StateResolvingInjector extends Injector {
    resolveState<T>(id: InjectableId<T>): State<T>;
}
/**
 * @inheritDoc
 * This specialization invokes it's configured class constructor synchronously and then scans for (and invokes) any @PostConstruct (which may be synchronous or asynchronous).
 */
export declare class ClassBasedProvider<T> extends BindableProvider<T, ClassConstructor<T>> {
    constructor(injector: StateResolvingInjector, id: InjectableId<T>, maker: ClassConstructor<T>);
    /**
     * @inheritDoc
     * @see the class description for this Provider.
     * This method is just a singleton guard, the real work is done by provideAsStateImpl.
     */
    provideAsState(): State<T>;
    /**
     * @inheritDoc
     * This specialization returns undefined if 'asyncOnly' is true **and** there is no asynchronous PostConstruct annotation (since class constructors can never by asynchronous),
     * **unless** the @PostConstruct method has injectable parameters, which may themselves require async resolution.
     */
    resolveIfSingleton(asyncOnly: boolean): Promise<T> | undefined;
    /**
     * Returns true if the @PostConstruct method (if any) has at least one parameter.
     * Any parameter may require async resolution, so this class must participate in resolveSingletons.
     */
    private postConstructHasParams;
    /**
     * Make a resolved or pending State that reflects any @PostConstruct annotations and/or onSuccess handler.
     * Any @PostConstruct method (with any injected parameters) runs first; the onSuccess handler runs after.
     */
    protected makePostConstructState(obj: T): State<T>;
    /**
     * Collects the resolved States for all injectable parameters of a @PostConstruct method.
     * Uses the same resolution rules as constructor parameters: the reflected type (or an explicit @Inject token) is used to look up the binding, and an error is thrown if the type cannot be determined.
     * Use @Optional() on a parameter to supply a fallback when no binding is found.
     * Returns an empty array if the method has no parameters.
     */
    protected getMethodParameterStates(ctor: Function, methodName: string): State[];
    /**
     * This method collects the States of all the constructor parameters for our target class.
     */
    protected getConstructorParameterStates(): State[];
    /**
     * Gather the needed constructor parameters, invoke the constructor, and figure out what post construction needs done.
     */
    private provideAsStateImpl;
}
export {};