import { StorageFacade } from './storage/StorageFacade';
import { KeyStorageFacade } from './storage/KeyStorageFacade';
import { ExchangeKeysManager } from './crypto/ExchangeKeysManager';
import { CryptoPrimitives } from './crypto/CryptoPrimitives';
import { UserEncryptionKeysManager } from './crypto/UserEncryptionKeysManager';
import { IccDataOwnerXApi } from './icc-data-owner-x-api';
import { ExtendedApisUtils } from './crypto/ExtendedApisUtils';
import { ShamirKeysManager } from './crypto/ShamirKeysManager';
import { ExchangeDataManager } from './crypto/ExchangeDataManager';
import { AccessControlKeysHeadersProvider } from './crypto/AccessControlKeysHeadersProvider';
import { KeyPair } from './crypto/RSA';
import { DelegationsDeAnonymization } from './crypto/DelegationsDeAnonymization';
export declare class IccCryptoXApi {
    private readonly _exchangeKeysManager;
    private readonly _cryptoPrimitives;
    private readonly _keyManager;
    private readonly _dataOwnerApi;
    private readonly xapiUtils;
    private readonly _shamirManager;
    private readonly _storage;
    private readonly _keyStorage;
    private readonly _exchangeDataManager;
    private readonly _accessControlKeysHeaders;
    private readonly _delegationsDeAnonymisation;
    /**
     * The instance of {@link CryptoPrimitives} used by this instance of the iCure SDK.
     */
    get primitives(): CryptoPrimitives;
    /**
     * @internal this method is for internal use only and may be changed without notice.
     */
    get exchangeKeys(): ExchangeKeysManager;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get keyStorage(): KeyStorageFacade;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get storage(): StorageFacade<string>;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get xapi(): ExtendedApisUtils;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get exchangeData(): ExchangeDataManager;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get accessControlKeysHeaders(): AccessControlKeysHeadersProvider;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get userKeysManager(): UserEncryptionKeysManager;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get shamirKeysManager(): ShamirKeysManager;
    /**
     * @internal this is for internal use only and may be changed without notice.
     */
    get delegationsDeAnonymization(): DelegationsDeAnonymization;
    /**
     * @internal
     */
    constructor(_exchangeKeysManager: ExchangeKeysManager, _cryptoPrimitives: CryptoPrimitives, _keyManager: UserEncryptionKeysManager, _dataOwnerApi: IccDataOwnerXApi, xapiUtils: ExtendedApisUtils, _shamirManager: ShamirKeysManager, _storage: StorageFacade<string>, _keyStorage: KeyStorageFacade, _exchangeDataManager: ExchangeDataManager, _accessControlKeysHeaders: AccessControlKeysHeadersProvider, _delegationsDeAnonymisation: DelegationsDeAnonymization);
    /**
     * Deletes values cached by the crypto api, to allow to detect changes in stored key pairs, exchange keys and/or current data owner details.
     * This method may be useful in cases where a user is logged in from multiple devices or in cases where other users have just shared some data with
     * the current user for the first time.
     */
    forceReload(): Promise<void>;
    /**
     * Get all key pairs available for the decrpytion and encryption of data to the current data owner. These include the key pairs from the data owner
     * and his parents.
     * @return an object with:
     * - `self` an object containing the current data owner id and the list of key pairs available for the current data owner with verification details.
     * - `parents` the list of parents to the current data owner with the list of key pairs available for each parent. The list is ordered from the
     *   topmost ancestor (at index 0) to the direct parent of the current data owner (at the last index, may be 0).
     */
    getEncryptionDecryptionKeypairsForDataOwnerHierarchy(): Promise<{
        self: {
            dataOwnerId: string;
            keys: {
                pair: KeyPair<CryptoKey>;
                verified: boolean;
            }[];
        };
        parents: {
            dataOwnerId: string;
            keys: {
                pair: KeyPair<CryptoKey>;
                verified: boolean;
            }[];
        }[];
    }>;
    /**
     * Get a key pair with the provided fingerprint if present.
     * @param fingerprint a key-pair/public-key fingerprint
     * @return the pair associated to the fingerprint and a boolean indicating if the pair is verified, if present, else undefined
     */
    getKeyPairForFingerprint(fingerprint: string): {
        pair: KeyPair<CryptoKey>;
        verified: boolean;
    } | undefined;
    /**
     * Get the public keys of available key pairs for the current user and his parents in hex-encoded spki representation (uses cached keys: no request
     * is done to the server).
     * Note that this will also include unverified keys.
     * @return the spki representation of public keys of available keypairs for the current user.
     */
    getCurrentUserHierarchyAvailablePublicKeysHex(): Promise<string[]>;
    /**
     * Get the public keys of available key pairs for the current user in hex-encoded spki representation (uses cached keys: no request is done to the
     * server).
     * By setting {@link verifiedOnly} to true only the public keys for verified key pairs will be returned: these will include only key pairs created
     * on this device or which have been verified using {@link CryptoStrategies} on this device.
     * @param verifiedOnly if true only the verified public keys will be returned.
     * @return the spki representation of public keys of available keypairs for the current user.
     */
    getCurrentUserAvailablePublicKeysHex(verifiedOnly: boolean): Promise<string[]>;
    /**
     * The only way of creating exchange data to a delegate when the SDK runs in keyless mode.
     * @param delegate a delegate, can't be the current data owner
     * @return the created exchange data details. They can be used to inject the data in a separate instance of the SDK,
     * allowing the data created by this instance to be retrieved.
     */
    keylessCreateExchangeDataTo(delegate: string): Promise<{
        exchangeDataId: string;
        accessControlSecret: ArrayBuffer;
        exchangeKey: ArrayBuffer;
        sharedSignatureKey: ArrayBuffer;
    }>;
    /**
     * Allows injecting exchange data that would not be readable or decryptable by the SDK otherwise.
     * IMPORTANT: the SDK will not check that the provided exchange data details are valid for the provided exchange data
     * id. Providing invalid details could cause permanent corruption of data.
     * @param details the details of the exchange data to inject. Set verified to true to allow this data to be used for
     * encryption of new entity.
     * @param reEncryptWithOwnKeys can only be true if the api wasn't initialized in keyless mode. If true the injected
     * data will be re-encrypted with also the current data owner key, allowing to access it in future instances without
     * having to re-inject it (as long as the instance has access to the current private key).
     */
    injectExchangeData(details: {
        exchangeDataId: string;
        accessControlSecret: ArrayBuffer;
        exchangeKey: ArrayBuffer;
        sharedSignatureKey: ArrayBuffer;
        verified: boolean;
    }[], reEncryptWithOwnKeys: boolean): Promise<void>;
}