interface INode {
    type?: string;
    after?: Node;
    depth?: number;
}
declare type Node = IdentifierNode | WildcardOperatorNode | GroupExpressionNode | RangeExpressionNode | DestructorExpressionNode | ObjectPatternNode | ArrayPatternNode | DotOperatorNode | ExpandOperatorNode | INode;
declare type IdentifierNode = {
    type: 'Identifier';
    value: string;
    arrayIndex?: boolean;
} & INode;
declare type DotOperatorNode = {
    type: 'DotOperator';
} & INode;
declare type WildcardOperatorNode = {
    type: 'WildcardOperator';
    filter?: GroupExpressionNode | RangeExpressionNode;
    optional?: boolean;
} & INode;
declare type ExpandOperatorNode = {
    type: 'ExpandOperator';
} & INode;
declare type GroupExpressionNode = {
    type: 'GroupExpression';
    value: Node[];
    isExclude?: boolean;
} & INode;
declare type RangeExpressionNode = {
    type: 'RangeExpression';
    start?: IdentifierNode;
    end?: IdentifierNode;
} & INode;
declare type DestructorExpressionNode = {
    type: 'DestructorExpression';
    value?: ObjectPatternNode | ArrayPatternNode;
    source?: string;
} & INode;
declare type ObjectPatternNode = {
    type: 'ObjectPattern';
    properties: ObjectPatternPropertyNode[];
} & INode;
declare type ObjectPatternPropertyNode = {
    type: 'ObjectPatternProperty';
    key: IdentifierNode;
    value?: ObjectPatternNode[] | ArrayPatternNode[] | IdentifierNode;
} & INode;
declare type ArrayPatternNode = {
    type: 'ArrayPattern';
    elements: ObjectPatternNode[] | ArrayPatternNode[] | IdentifierNode[];
} & INode;
declare type MatcherFunction = ((path: Segments) => boolean) & {
    path: Path;
};
declare type Pattern = string | number | Path | Segments | MatcherFunction | RegExp;
declare type Segments = Array<string | number>;

declare class Path {
    entire: string | RegExp;
    segments: Segments;
    isMatchPattern: boolean;
    isWildMatchPattern: boolean;
    isRegExp: boolean;
    haveRelativePattern: boolean;
    haveExcludePattern: boolean;
    matchScore: number;
    tree: Node;
    private matchCache;
    private includesCache;
    constructor(input: Pattern, base?: Pattern);
    toString(): string;
    toArr(): (string | number)[];
    get length(): number;
    concat: (...args: Pattern[]) => Path;
    slice: (start?: number, end?: number) => Path;
    push: (...items: Pattern[]) => Path;
    pop: () => Path;
    splice: (start: number, deleteCount?: number, ...items: Array<string | number>) => Path;
    forEach: (callback: (key: string | number) => any) => void;
    map: (callback: (key: string | number) => any) => any[];
    reduce: <T>(callback: (buf: T, item: string | number, index: number) => T, initial: T) => T;
    parent: () => Path;
    includes: (pattern: Pattern) => any;
    transform: <T>(regexp: string | RegExp, callback: (...args: string[]) => T) => string | T;
    match: (pattern: Pattern) => boolean;
    matchAliasGroup: (name: Pattern, alias: Pattern) => boolean;
    existIn: (source?: any, start?: number | Path) => any;
    getIn: (source?: any) => any;
    setIn: (source?: any, value?: any) => any;
    deleteIn: (source?: any) => any;
    ensureIn: (source?: any, defaults?: any) => any;
    static match(pattern: Pattern): {
        (target: any): boolean;
        path: Path;
    };
    static isPathPattern(target: any): target is Pattern;
    static transform<T>(pattern: Pattern, regexp: string | RegExp, callback: (...args: string[]) => T): any;
    static parse(path?: Pattern, base?: Pattern): Path;
    static getIn: (source: any, pattern: Pattern) => any;
    static setIn: (source: any, pattern: Pattern, value: any) => any;
    static deleteIn: (source: any, pattern: Pattern) => any;
    static existIn: (source: any, pattern: Pattern, start?: number | Path) => any;
    static ensureIn: (source: any, pattern: Pattern, defaultValue?: any) => any;
}

export { Path, Pattern };