import { Store } from "./store";
import { DefinitionQueryOptions, TypedInstanceQueryOptions } from "./resource-repository";
import { IndividualRepository } from "./individual-repository";
import { Quad_Subject } from "@rdfjs/types";
/**
 * A repository for retrieving SHACL shapes from graphs.
 */
export declare class ShapeRepository extends IndividualRepository {
    constructor(store: Store);
    /**
     * Get all shapes in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all shapes in the repository.
     */
    getShapes(graphUris: string | string[] | undefined, subjectUri?: string, options?: DefinitionQueryOptions): string[];
    /**
     * Get all shape types in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all shape types in the repository.
     */
    getShapeTypes(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions): string[];
    /**
     * Get all validator types in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all shape types in the repository.
     */
    getValidatorTypes(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions): string[];
    /**
     * Get all target classes, nodes or properties of a given shape in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param shape The URI or blank id of the shape.
     * @param options Optional query parameters.
     * @returns A list of all targeted reesources in the repository.
     */
    getShapeTargets(graphUris: string | string[] | undefined, shape: Quad_Subject, options?: DefinitionQueryOptions): string[];
    /**
     * Indicate if there are shapes for a subject in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param subjectUri The URI of the subject.
     * @param options Optional query parameters.
     * @returns `true` if there are shapes for the subject, `false` otherwise.
     */
    hasShapes(graphUris: string | string[] | undefined, subjectUri: string, options?: DefinitionQueryOptions): boolean;
    /**
     * Indicate if there validators defined in the vocabulary.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all validators in the repository.
     */
    hasValidators(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions & TypedInstanceQueryOptions): boolean;
    /**
     * Get all validators in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all validators in the repository.
     */
    getValidators(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions & TypedInstanceQueryOptions): string[];
    /**
     * Indicate if there are rules in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param subjectUri The URI of the subject.
     * @param options Optional query parameters.
     * @returns `true` if there are rules for the subject, `false` otherwise.
     */
    hasRules(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions & TypedInstanceQueryOptions): boolean;
    /**
     * Get all rules in the repository.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param options Optional query parameters.
     * @returns A list of all rules in the repository.
     */
    getRules(graphUris: string | string[] | undefined, options?: DefinitionQueryOptions & TypedInstanceQueryOptions): string[];
    /**
     * Get the SHACL datatype of a given property.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param subjectUri The URI of the subject.
     * @param options Optional query parameters.
     * @returns A datatype URI on success, `xsd:anyURI` otherwise.
     */
    getDatatype(graphUris: string | string[] | undefined, subjectUri: string, options?: DefinitionQueryOptions): string | undefined;
    /**
     * Get the SHACL cardinality constraints of a given property.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param subjectUri The URI of the subject.
     * @param options Optional query parameters.
     * @returns An object with the minimum and maximum cardinalities; values are `-1` if not found.
     */
    getCardinalites(graphUris: string | string[] | undefined, subjectUri: string, options?: DefinitionQueryOptions): {
        minCount: number;
        maxCount: number;
    };
    /**
     * Get the RDF property path representation of the given SHACL property path. This method parses the SHACL property path and
     * returns the RDF property path as a combination of nodes and strings.
     * @param graphUris URIs of the graphs to search, `undefined` for the default graph.
     * @param subject The URI or blank id of the node referred to by sh:path.
     * @param options Optional query parameters.
     * @returns A flattened list of all path components, either as URIs or as strings.
     */
    getPropertyPathTokens(graphUris: string | string[] | undefined, subject: Quad_Subject): (string | Quad_Subject)[];
}