extract-cbd-shape/dist/lib/Path.d.ts

Extract an entity based on CBD and a SHACL shape

import { Quad, Term } from "@rdfjs/types";
import { RdfStore } from "rdf-stores";
import { CbdExtracted } from "./CBDShapeExtractor";
export interface Path {
    literalType?: Term;
    toString(): string;
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore?: Array<string>, inverse?: boolean): PathResult[];
}
export declare class PredicatePath implements Path {
    literalType?: Term;
    private predicate;
    constructor(predicate: Term, literalType?: Term);
    toString(): string;
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore: Array<string>, inverse?: boolean): PathResult[];
}
export declare class SequencePath implements Path {
    literalType?: Term;
    private sequence;
    constructor(sequence: Path[], literalType?: Term);
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
    toString(): string;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore: Array<string>, inverse?: boolean): PathResult[];
}
export declare class AlternativePath implements Path {
    literalType?: Term;
    private alternatives;
    constructor(alternatives: Path[], literalType?: Term);
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
    toString(): string;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore: Array<string>, inverse?: boolean): PathResult[];
}
export declare class InversePath implements Path {
    literalType?: Term;
    private path;
    constructor(path: Path, literalType?: Term);
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
    toString(): string;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore: Array<string>, inverse?: boolean): PathResult[];
}
export declare abstract class MultiPath implements Path {
    literalType?: Term;
    protected path: Path;
    private maxCount?;
    protected constructor(path: Path, maxCount?: number, literalType?: Term);
    abstract filter(times: number, res: PathResult): boolean;
    abstract toString(): string;
    abstract found(cbd: CbdExtracted): CbdExtracted | undefined;
    match(store: RdfStore, extracted: CbdExtracted, focusNode: Term, graphsToIgnore: Array<string>, inverse?: boolean): PathResult[];
}
export declare class OneOrMorePath extends MultiPath {
    constructor(path: Path, literalType?: Term);
    filter(times: number, _res: PathResult): boolean;
    toString(): string;
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
}
export declare class ZeroOrMorePath extends MultiPath {
    constructor(path: Path, literalType?: Term);
    filter(_times: number, _res: PathResult): boolean;
    toString(): string;
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
}
export declare class ZeroOrOnePath extends MultiPath {
    constructor(path: Path, literalType?: Term);
    filter(times: number, _res: PathResult): boolean;
    toString(): string;
    found(cbd: CbdExtracted, inverse?: boolean): CbdExtracted | undefined;
}
export interface PathResult {
    path: Array<Quad>;
    target: Term;
    cbdExtracted: CbdExtracted;
}