import { ExtendedResult, Parser } from 'mini-parse';
import { AbstractElem, AbstractElemBase } from './AbstractElems.js';
export declare const word: Parser<string, import('mini-parse').NoTags>;
export declare const wordNum: import('../../mini-parse/src/CombinatorTypes.js').OrParser<[Parser<string, import('mini-parse').NoTags>, Parser<string, import('mini-parse').NoTags>]>;
export declare const unknown: Parser<void, import('mini-parse').NoTags>;
export declare const blockComment: Parser<any>;
export declare const comment: import('../../mini-parse/src/CombinatorTypes.js').OrParser<[() => import('../../mini-parse/src/CombinatorTypes.js').SeqParser<[import('../../mini-parse/src/CombinatorTypes.js').ParserFromArg<"//">, import('../../mini-parse/src/CombinatorTypes.js').ParserFromArg<Parser<[...any[], any], import('mini-parse').NoTags>>]>, Parser<any, import('mini-parse').NoTags>]>;
export declare const eolf: Parser<any>;
/** ( a1, b1* ) with optinoal comments, spans lines */
export declare const wordNumArgs: Parser<string[]>;
type ByKind<U, T> = U extends {
    kind: T;
} ? U : never;
type TagsType<U extends AbstractElem> = Record<Exclude<keyof U, keyof AbstractElemBase>, any[]>;
/** create an AbstractElem from parse results
 * @param named keys in the tags result to copy to
 *  like named fields in the abstract elem (as a single value)
 * @param namedArray keys in the tags result to copy to
 *  like named fields in the abstract elem (as an array)
 */
export declare function makeElem<U extends AbstractElem, K extends U["kind"], // 'kind' of AbtractElem "fn"
E extends ByKind<U, K>, // FnElem
T extends TagsType<E>>(kind: K, er: ExtendedResult<any, Partial<T>>, tags?: (keyof T)[], tagArrays?: (keyof T)[]): Partial<E>;
export {};