import { SHACLSpecificationProvider } from "./SHACLSpecificationProvider";
import { SHACLSpecificationEntry } from "./SHACLSpecificationEntry";
import ISHACLSpecificationEntity from "./ISHACLSpecificationEntity";
import { RdfStore } from "rdf-stores";
import { DagIfc } from "../../dag/Dag";
import { ISpecificationEntity } from "../ISpecificationEntity";
import ISpecificationProperty from "../ISpecificationProperty";
import { Term } from '@rdfjs/types';
export declare class SHACLSpecificationEntity extends SHACLSpecificationEntry implements ISHACLSpecificationEntity {
    constructor(uri: string, provider: SHACLSpecificationProvider, n3store: RdfStore, lang: string);
    getLabel(): string;
    getTooltip(): string | undefined;
    getConnectingProperties(range: string): string[];
    /**
     * Return the tree of properties connecting this entity to the specified range entity
     * @param range The URI of the selected target entity
     * @returns
     */
    getConnectingPropertiesTree(range: string): DagIfc<ISpecificationProperty>;
    getConnectedEntities(): string[];
    getConnectedEntitiesTree(): DagIfc<ISpecificationEntity>;
    hasConnectedEntities(): boolean;
    /**
     * @returns all (non-deactivated) properties available on this node shape, including inherited properties from superclasses
     */
    getProperties(): string[];
    /**
     *
     * @returns true if sh:nodeKind = sh:Literal, or if sh:datatype is present, or if sh:languageIn is present
     */
    isLiteralEntity(): boolean;
    isBlankNodeEntity(): boolean;
    /**
     * @returns true if this shape has a target, either a targetClass or sh:target, or is itself a Class
     */
    hasTypeCriteria(): boolean;
    /**
     * @returns a property labelled with dash:propertyRole = dash:LabelRole
     */
    getDefaultLabelProperty(): string | undefined;
    getParents(): string[];
    getChildren(): string[];
    /**
     * @returns all values of sh:targetClass on this entity, as RDF Terms
     */
    getShTargetClass(): Term[];
    /**
     * @returns true if this shape as an sh:target predicate (indicating it is associated to a SPARQL query target)
     */
    hasShTarget(): boolean;
    couldBeSkosConcept(): boolean;
    static compare(item1: SHACLSpecificationEntity, item2: SHACLSpecificationEntity): number;
}
export declare class SpecialSHACLSpecificationEntity implements ISHACLSpecificationEntity {
    private id;
    private icon;
    private label;
    private isRangeOfFunction;
    constructor(id: string, icon: string, label: string, isRangeOfFunction: Function);
    getId(): string;
    getLabel(): string;
    getColor(): string | undefined;
    getIcon(): string;
    isRangeOf(n3store: RdfStore, shapeUri: any): boolean;
    getConnectedEntities(): string[];
    getConnectedEntitiesTree(): DagIfc<ISpecificationEntity>;
    hasConnectedEntities(): boolean;
    getConnectingProperties(range: string): string[];
    getConnectingPropertiesTree(range: string): DagIfc<ISpecificationProperty>;
    isLiteralEntity(): boolean;
    isBlankNodeEntity(): boolean;
    hasTypeCriteria(): boolean;
    getDefaultLabelProperty(): string | undefined;
    getOrder(): string | undefined;
    getTooltip(): string | undefined;
    getDatasource(): any;
    getTreeChildrenDatasource(): any;
    getTreeRootsDatasource(): any;
    getHighlightedIcon(): string;
    getParents(): string[];
    getChildren(): string[];
    couldBeSkosConcept(): boolean;
}
export declare class SpecialSHACLSpecificationEntityRegistry {
    private registry;
    static SPECIAL_SHACL_ENTITY_DATES: string;
    static SPECIAL_SHACL_ENTITY_LOCATION: string;
    static SPECIAL_SHACL_ENTITY_TEXT: string;
    static SPECIAL_SHACL_ENTITY_NUMBER: string;
    static SPECIAL_SHACL_ENTITY_OTHER: string;
    static instance: SpecialSHACLSpecificationEntityRegistry;
    /**
     * The Singleton's constructor should always be private to prevent direct
     * construction calls with the `new` operator.
     */
    private constructor();
    /**
     * The static method that controls the access to the singleton instance.
     *
     * This implementation let you subclass the Singleton class while keeping
     * just one instance of each subclass around.
     */
    static getInstance(): SpecialSHACLSpecificationEntityRegistry;
    getRegistry(): Map<string, SpecialSHACLSpecificationEntity>;
}