import { Ctor, Func1, Func2, IGrouping, InlineCountInfo, IOrderedQuery, IQuery, IQueryPart, IQueryProvider, Predicate, Result, TypePredicate } from "./shared";
export declare class Query<T = unknown, TExtra = {}> implements IOrderedQuery<T, TExtra>, Iterable<T> {
    readonly provider: IQueryProvider;
    readonly parts: IQueryPart[];
    constructor(provider: IQueryProvider, parts?: IQueryPart[]);
    aggregate<TAccumulate = number>(func: Func2<TAccumulate, T, TAccumulate>, seed?: TAccumulate, ...scopes: any[]): TAccumulate;
    aggregateAsync<TAccumulate = number>(func: Func2<TAccumulate, T, TAccumulate>, seed?: TAccumulate, ...scopes: any[]): PromiseLike<TAccumulate>;
    all(predicate: Predicate<T>, ...scopes: any[]): Result<boolean, TExtra>;
    allAsync(predicate: Predicate<T>, ...scopes: any[]): PromiseLike<Result<boolean, TExtra>>;
    any(predicate?: Predicate<T>, ...scopes: any[]): Result<boolean, TExtra>;
    anyAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<boolean, TExtra>>;
    average(selector?: Func1<T, number>, ...scopes: any[]): Result<number, TExtra>;
    averageAsync(selector?: Func1<T, number>, ...scopes: any[]): PromiseLike<Result<number, TExtra>>;
    cast<TResult>(type: Ctor<TResult>): IQuery<TResult, TExtra>;
    concat(other: T[]): IQuery<T, TExtra>;
    contains(item: T, comparer?: Func2<T, T, boolean>, ...scopes: any[]): Result<boolean, TExtra>;
    containsAsync(item: T, comparer?: Func2<T, T, boolean>, ...scopes: any[]): PromiseLike<Result<boolean, TExtra>>;
    count(predicate?: Predicate<T>, ...scopes: any[]): Result<number, TExtra>;
    countAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<number, TExtra>>;
    defaultIfEmpty(defaultValue?: T): IQuery<T, TExtra>;
    distinct(comparer?: Func2<T, T, boolean>, ...scopes: any[]): IQuery<T, TExtra>;
    elementAt(index: number): Result<T, TExtra>;
    elementAtAsync(index: number): PromiseLike<Result<T, TExtra>>;
    elementAtOrDefault(index: number): Result<T, TExtra>;
    elementAtOrDefaultAsync(index: number): PromiseLike<Result<T, TExtra>>;
    except(other: T[], comparer?: Func2<T, T, boolean>, ...scopes: any[]): IQuery<T, TExtra>;
    first(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    firstAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    firstOrDefault(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    firstOrDefaultAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    groupBy<TKey = unknown, TResult = IGrouping<T, TKey>>(keySelector: Func1<T, TKey>, elementSelector?: Func2<TKey, T[], TResult>, ...scopes: any[]): IQuery<TResult, TExtra>;
    groupJoin<TOther, TKey = unknown, TResult = unknown>(other: TOther[], thisKey: Func1<T, TKey>, otherKey: Func1<TOther, TKey>, selector: Func2<T, TOther[], TResult>, ...scopes: any[]): IQuery<TResult, TExtra>;
    inlineCount(): IQuery<T, TExtra & InlineCountInfo>;
    intersect(other: T[], comparer?: Func2<T, T, boolean>, ...scopes: any[]): IQuery<T, TExtra>;
    join<TOther, TResult = unknown, TKey = unknown>(other: TOther[], thisKey: Func1<T, TKey>, otherKey: Func1<TOther, TKey>, selector: Func2<T, TOther, TResult>, ...scopes: any[]): IQuery<TResult, TExtra>;
    last(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    lastAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    lastOrDefault(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    lastOrDefaultAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    max<TResult = T>(selector?: Func1<T, TResult>, ...scopes: any[]): Result<TResult, TExtra>;
    maxAsync<TResult = T>(selector?: Func1<T, TResult>, ...scopes: any[]): PromiseLike<Result<TResult, TExtra>>;
    min<TResult = T>(selector?: Func1<T, TResult>, ...scopes: any[]): Result<TResult, TExtra>;
    minAsync<TResult = T>(selector?: Func1<T, TResult>, ...scopes: any[]): PromiseLike<Result<TResult, TExtra>>;
    ofGuardedType<TResult>(checker: TypePredicate<TResult>): IQuery<TResult, TExtra>;
    ofType<TResult extends T>(type: Ctor<TResult> | TResult): IQuery<TResult, TExtra>;
    orderBy(keySelector: Func1<T>, ...scopes: any[]): IOrderedQuery<T, TExtra>;
    orderByDescending(keySelector: Func1<T>, ...scopes: any[]): IOrderedQuery<T, TExtra>;
    reverse(): IQuery<T, TExtra>;
    select<TResult = unknown>(selector: Func1<T, TResult>, ...scopes: any[]): IQuery<TResult, TExtra>;
    selectMany<TResult>(selector: Func1<T, TResult[]>, ...scopes: any[]): IQuery<TResult, TExtra>;
    sequenceEqual(other: T[], comparer?: Func2<T, T, boolean>, ...scopes: any[]): Result<boolean, TExtra>;
    sequenceEqualAsync(other: T[], comparer?: Func2<T, T, boolean>, ...scopes: any[]): PromiseLike<Result<boolean, TExtra>>;
    single(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    singleAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    singleOrDefault(predicate?: Predicate<T>, ...scopes: any[]): Result<T, TExtra>;
    singleOrDefaultAsync(predicate?: Predicate<T>, ...scopes: any[]): PromiseLike<Result<T, TExtra>>;
    skip(count: number): IQuery<T, TExtra>;
    skipWhile(predicate: Predicate<T>, ...scopes: any[]): IQuery<T, TExtra>;
    sum(selector?: Func1<T, number>, ...scopes: any[]): Result<number, TExtra>;
    sumAsync(selector?: Func1<T, number>, ...scopes: any[]): PromiseLike<Result<number, TExtra>>;
    take(count: number): IQuery<T, TExtra>;
    takeWhile(predicate: Predicate<T>, ...scopes: any[]): IQuery<T, TExtra>;
    thenBy(keySelector: Func1<T>, ...scopes: any[]): IOrderedQuery<T, TExtra>;
    thenByDescending(keySelector: Func1<T>, ...scopes: any[]): IOrderedQuery<T, TExtra>;
    union(other: T[], comparer?: Func2<T, T, boolean>, ...scopes: any[]): IQuery<T, TExtra>;
    where(predicate: Predicate<T>, ...scopes: any[]): IQuery<T, TExtra>;
    zip<TOther, TResult = unknown>(other: TOther[], selector: Func2<T, TOther, TResult>, ...scopes: any[]): IQuery<TResult, TExtra>;
    toArray(ctor?: Ctor<T>): Result<T[], TExtra>;
    toArrayAsync(ctor?: Ctor<T>): PromiseLike<Result<T[], TExtra>>;
    [Symbol.iterator](): never;
    protected create<TResult = T, TNewExtra = TExtra>(part: IQueryPart): IQuery<TResult, TNewExtra>;
    protected fixCtorArg(partCurry: (scopes: unknown[]) => IQueryPart, ctor: Ctor<unknown>, ...scopes: any[]): IQuery<unknown, TExtra>;
}