import { KVL } from './KVL';
import { ILDOptions } from './ildoptions';
import { ObjectPropertyRef } from './ObjectPropertyRef';
import { ILDToken } from './ildtoken';
export declare type ConsumeLDOptionsFunc = (ldOptions: ILDOptions) => any;
export declare type OutputKVMapElement = {
    targetLDToken: ILDToken;
    targetProperty: string;
};
/**
 * maps the kvStores that produce/change values in this itpt to a token string and a target property
 * on the object that is referenced by the token string
 * e.g. { "http://schema.com/name": {targetLDToken: "someUID", targetProperty: "someTextField"}}
 */
export declare type OutputKVMap = {
    [key: string]: OutputKVMapElement[];
};
export interface IBlueprintItpt {
    cfg: BlueprintConfig;
    consumeLDOptions: ConsumeLDOptionsFunc;
    ownKVLs: KVL[];
}
/**
 * ownKVLs will be overriden if defined in config.
 * The order of ownKVLs and getinKeys is important, especially for
 * visual components, e.g.: display image as header, then text as heading, text as subheading, then text as description
 */
export interface BlueprintConfig {
    subItptOf: string;
    canInterpretType?: string;
    nameSelf: string;
    ownKVLs?: KVL[];
    crudSkills: string;
    inKeys: (string | ObjectPropertyRef)[];
}
/**
 * an interface used to construct BlueprintConfig-objects,
 * all its fields are optional
 */
export interface BlueprintConfigFragment {
    subItptOf?: string;
    canInterpretType?: string;
    nameSelf?: string;
    ownKVLs?: KVL[];
    crudSkills?: string;
    inKeys?: (string | ObjectPropertyRef)[];
}
export declare const ldBlueprint: (blueprintCfg: BlueprintConfig, replaceKVs?: boolean) => <T extends new (...args: any[]) => IBlueprintItpt>(target: T) => any;