import type { ReferenceNodeObject, TriplesMap } from '@comake/rmlmapper-js';
import type { GraphObject, IdMap, IncludedBlock, IndexMap, LanguageMap, ListObject, NodeObject, SetObject, TypeMap } from 'jsonld';
import type { Frame } from 'jsonld/jsonld-spec';
import type { EngineConstants } from '../constants';
import type { FindAllOptions, FindOneOptions, FindOptionsWhere } from '../storage/FindOptionsTypes';
import type { GroupByOptions, GroupByResponse } from '../storage/GroupOptionTypes';
import type { RawQueryResult } from '../storage/query-adapter/QueryAdapter';
import type { RDF, SHACL } from './Vocabularies';
export declare type JSONPrimitive = string | number | boolean | null;
export interface JSONObject {
    [key: string]: JSONValue | undefined;
}
export interface JSONArray extends Array<JSONValue> {
}
export declare type JSONValue = JSONPrimitive | JSONObject | JSONValue[];
export interface RdfList<T> {
    [RDF.first]: T;
    [RDF.rest]?: RdfList<T> | typeof RDF.nil | ReferenceNodeObject;
}
export interface ValueObject<T extends string | boolean | number | JSONObject | JSONArray> {
    ['@type']: string;
    ['@value']: T;
    ['@language']?: string;
    ['@direction']?: string;
}
export declare type IRIObject<T extends string = string> = {
    '@id': T;
};
export declare type ShaclIRI = string | IRIObject;
export declare type ShaclIRIOrLiteral = ShaclIRI | ValueObject<any>;
export declare type NodeKindValues = typeof SHACL.Literal | typeof SHACL.IRI | typeof SHACL.BlankNode | typeof SHACL.BlankNodeOrIRI | typeof SHACL.BlankNodeOrLiteral | typeof SHACL.IRIOrLiteral;
export declare type BaseShape = NodeObject & {
    [SHACL.targetNode]?: ShaclIRIOrLiteral;
    [SHACL.targetClass]?: ShaclIRI;
    [SHACL.targetSubjectsOf]?: ShaclIRI;
    [SHACL.targetObjectOf]?: ShaclIRI;
    [SHACL.severity]?: ShaclIRI;
    [SHACL.message]?: OrArray<ValueObject<string>>;
    [SHACL.deactivated]?: ValueObject<boolean>;
    [SHACL.and]?: ShapesListShape;
    [SHACL.class]?: OrArray<ShaclIRI>;
    [SHACL.closed]?: ValueObject<boolean>;
    [SHACL.ignoredProperties]?: ShaclIRI[];
    [SHACL.disjoint]?: OrArray<ShaclIRI>;
    [SHACL.equals]?: OrArray<ShaclIRI>;
    [SHACL.in]?: ListObject;
    [SHACL.languageIn]?: string[];
    [SHACL.maxExclusive]?: ValueObject<number>;
    [SHACL.maxInclusive]?: ValueObject<number>;
    [SHACL.maxLength]?: ValueObject<number>;
    [SHACL.minExclusive]?: ValueObject<number>;
    [SHACL.minInclusive]?: ValueObject<number>;
    [SHACL.minLength]?: ValueObject<number>;
    [SHACL.nodeKind]?: IRIObject<NodeKindValues>;
    [SHACL.or]?: ShapesListShape;
    [SHACL.pattern]?: ValueObject<string>;
    [SHACL.flags]?: ValueObject<string>;
    [SHACL.xone]?: ShapesListShape;
};
export declare type ShapesListShape = (PropertyShape | NodeShape)[];
export interface PropertyShape extends BaseShape {
    [SHACL.path]: PathTypes;
    [SHACL.datatype]?: ShaclIRI;
    [SHACL.node]?: OrArray<NodeShape>;
    [SHACL.name]?: ValueObject<string>;
    [SHACL.description]?: ValueObject<string>;
    [SHACL.minCount]?: ValueObject<number>;
    [SHACL.maxCount]?: ValueObject<number>;
    [SHACL.lessThanOrEquals]?: OrArray<ShaclIRI>;
    [SHACL.lessThan]?: OrArray<ShaclIRI>;
    [SHACL.qualifiedValueShape]?: OrArray<BaseShape>;
    [SHACL.qualifiedMaxCount]?: ValueObject<number>;
    [SHACL.qualifiedMinCount]?: ValueObject<number>;
    [SHACL.qualifiedValueShapesDisjoint]?: ValueObject<boolean>;
    [SHACL.uniqueLang]?: ValueObject<boolean>;
}
export interface NodeShape extends BaseShape {
    '@type': typeof SHACL.NodeShape;
    [EngineConstants.prop.label]?: ValueObject<string>;
    [SHACL.property]: OrArray<PropertyShape>;
}
export interface InverseShaclPath extends NodeObject {
    [SHACL.inversePath]: PathShape;
}
export interface ZeroOrMoreShaclPath extends NodeObject {
    [SHACL.zeroOrMorePath]: PathShape;
}
export interface OneOrMoreShaclPath extends NodeObject {
    [SHACL.oneOrMorePath]: PathShape;
}
export interface ZeroOrOneShaclPath extends NodeObject {
    [SHACL.zeroOrOnePath]: PathShape;
}
export interface AlternativeShaclPath extends NodeObject {
    [SHACL.alternativePath]: PathTypes[];
}
export declare type PathTypes = ShaclIRI | AlternativeShaclPath | ZeroOrMoreShaclPath | OneOrMoreShaclPath | ZeroOrOneShaclPath | InverseShaclPath;
export declare type PathShape = OrArray<PathTypes>;
export declare type Mapping = NodeObject & {
    [EngineConstants.prop.preProcessingMapping]?: OrArray<TriplesMap>;
    [EngineConstants.prop.preProcessingMappingFrame]?: ValueObject<JSONObject>;
    [EngineConstants.prop.inputsMapping]?: OrArray<TriplesMap>;
    [EngineConstants.prop.inputsMappingFrame]?: ValueObject<JSONObject>;
    [EngineConstants.prop.inputsMappingRef]?: string | ValueObject<string>;
    [EngineConstants.prop.operationId]?: ValueObject<string>;
    [EngineConstants.prop.operationMapping]?: TriplesMap;
    [EngineConstants.prop.capability]?: ReferenceNodeObject;
    [EngineConstants.prop.outputsMapping]?: OrArray<TriplesMap>;
    [EngineConstants.prop.outputsMappingFrame]?: ValueObject<JSONObject>;
    [EngineConstants.prop.series]?: {
        '@list': CapabilityMapping[];
    } | (RdfList<CapabilityMapping> & NodeObject);
    [EngineConstants.prop.parallel]?: OrArray<CapabilityMapping>;
};
export declare type Capability = NodeObject & {
    '@id': string;
    '@type': typeof EngineConstants.spec.capability;
    [EngineConstants.prop.label]?: ValueObject<string>;
    [EngineConstants.prop.inputsContext]?: ValueObject<JSONObject>;
    [EngineConstants.prop.inputs]?: NodeShape | ReferenceNodeObject;
    [EngineConstants.prop.outputsContext]?: ValueObject<JSONObject>;
    [EngineConstants.prop.outputs]?: NodeShape | ReferenceNodeObject;
};
export declare type CapabilityMapping = Mapping & {
    [EngineConstants.prop.capability]: ReferenceNodeObject;
    [EngineConstants.prop.object]?: ReferenceNodeObject;
    [EngineConstants.prop.integration]?: ReferenceNodeObject;
};
export declare type MappingWithInputs = CapabilityMapping & Required<Pick<CapabilityMapping, typeof EngineConstants.prop.inputs | typeof EngineConstants.prop.inputsMapping>>;
export declare type MappingWithInputsReference = CapabilityMapping & Required<Pick<CapabilityMapping, typeof EngineConstants.prop.inputsReference>>;
export declare type MappingWithOutputsMapping = CapabilityMapping & Required<Pick<CapabilityMapping, typeof EngineConstants.prop.outputsMapping | typeof EngineConstants.prop.outputsMappingFrame>>;
export declare type MappingWithSeries = CapabilityMapping & Required<Pick<CapabilityMapping, typeof EngineConstants.prop.series>>;
export declare type MappingWithParallel = CapabilityMapping & Required<Pick<CapabilityMapping, typeof EngineConstants.prop.parallel>>;
export interface SeriesCapabilityArgs extends JSONObject {
    originalCapabilityParameters: JSONObject;
    previousCapabilityReturnValue: JSONObject;
    allStepsResults: JSONObject[];
}
export declare type TriggerMapping = Mapping & {
    [EngineConstants.prop.integration]: ReferenceNodeObject;
};
export declare type PossibleArrayFieldValues = boolean | number | string | NodeObject | GraphObject | ValueObject<any> | ListObject | SetObject;
export declare type EntityFieldSingularValue = boolean | number | string | NodeObject | GraphObject | ValueObject<any> | ListObject | SetObject;
export declare type EntityFieldValue = OrArray<EntityFieldSingularValue> | LanguageMap | IndexMap | IncludedBlock | IdMap | TypeMap | NodeObject[keyof NodeObject];
export interface Entity {
    '@id': string;
    '@type': OrArray<string>;
    [key: string]: EntityFieldValue;
}
export declare type OrArray<T> = T | T[];
export interface OperationResponse extends JSONObject {
    data: JSONObject;
    operationParameters: JSONObject;
}
export interface CapabilityConfig {
    /**
     * Callbacks to execute upon events.
     * If global callbacks are provided, both are executed.
     */
    callbacks?: Callbacks;
    /**
     * When true, disables validation of capability parameters and
     * return values according to schemas. Overrides the global setting.
     */
    readonly disableValidation?: boolean;
    /**
     * An object containing files keyed on their title that can be used in mappings.
     * Merged with the global setting. The capability config taking prededence in the case of overlapping names.
     */
    readonly inputFiles?: Record<string, string>;
    /**
     * Manually defined functions which can be used in mappings.
     * Merged with the global setting. The capability config taking prededence in the case of overlapping names.
     */
    readonly functions?: Record<string, (args: any | any[]) => any>;
    /**
     * When true, the operation will be streamed.
     */
    readonly stream?: boolean;
    /**
     * When true, the operation will be buffered.
     */
    readonly buffer?: boolean;
    /**
     * Additional options to pass to the axios request.
     */
    readonly axiosOptions?: Record<string, any>;
}
export interface Callbacks {
    /**
     * Callback run when a Capability starts being executed
     */
    onCapabilityStart?: (capability: string, args: Record<string, any>) => void;
    /**
     * Callback run when a Capability is finished being executed
     */
    onCapabilityEnd?: (capability: string, returnValue: Record<string, any>) => void;
}
export interface SKLEngineInterface {
    /**
     * Finds the first entity by the given find options
     */
    find: (options?: FindOneOptions) => Promise<Entity>;
    /**
     * Finds the first entity that matches the given where condition
     */
    findBy: (where: FindOptionsWhere, notFoundErrorMessage?: string) => Promise<Entity>;
    /**
     * Finds the first entity that matches the given where condition, or undefined if not found
     */
    findByIfExists: (options: FindOptionsWhere) => Promise<Entity | undefined>;
    /**
     * Finds entities that match the given find options
     */
    findAll: (options?: FindAllOptions) => Promise<Entity[]>;
    /**
     * Groups entities by the given options
     */
    groupBy: (options: GroupByOptions) => Promise<GroupByResponse>;
    /**
     * Finds entities that match the given where condition
     */
    findAllBy: (where: FindOptionsWhere) => Promise<Entity[]>;
    /**
     * Determines if an entity matching the given options exists
     */
    exists: (options?: FindAllOptions) => Promise<boolean>;
    /**
     * Returns a count of entities matching the given options
     */
    count: (options?: FindAllOptions) => Promise<number>;
    /**
     * Saves a given entity or entities
     */
    save: ((entity: Entity) => Promise<Entity>) & ((entities: Entity[]) => Promise<Entity[]>);
    /**
     * Updates an entity or entities partially
     */
    update: ((id: string, attributes: Partial<Entity>) => Promise<void>) & ((ids: string[], attributes: Partial<Entity>) => Promise<void>);
    /**
     * Removes an entity or entities from the database by id
     */
    delete: ((id: string) => Promise<void>) & ((ids: string[]) => Promise<void>);
    /**
     * Removes a given entity or entities from the database
     */
    destroy: ((entity: Entity) => Promise<Entity>) & ((entities: Entity[]) => Promise<Entity[]>);
    /**
     * Performs a mapping operation
     */
    performMapping: (args: JSONValue, mapping: OrArray<NodeObject>, frame?: Record<string, any>, capabilityConfig?: CapabilityConfig) => Promise<NodeObject>;
    /**
     * Executes a raw query
     */
    executeRawQuery: <T extends RawQueryResult>(query: string) => Promise<T[]>;
    /**
     * Executes a raw update query
     */
    executeRawUpdate: (query: string) => Promise<void>;
    /**
     * Executes a raw construct query
     */
    executeRawConstructQuery: (query: string, frame?: Frame) => Promise<GraphObject>;
    /**
     * Record of capability handlers by name
     */
    capability: Record<string, (params: JSONObject, capabilityConfig?: CapabilityConfig) => Promise<any>>;
    /**
     * Finds and executes a capability
     */
    findAndExecuteCapability: (capabilityId: string, args: JSONObject, capabilityConfig?: CapabilityConfig) => Promise<OrArray<NodeObject>>;
    executeCapability: (capability: Capability, capabilityArgs: JSONObject, capabilityConfig?: CapabilityConfig) => Promise<OrArray<NodeObject>>;
    executeMapping: (mapping: Mapping, args: JSONObject, capabilityConfig?: CapabilityConfig, account?: Entity) => Promise<OrArray<NodeObject>>;
}
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