import type { Client } from 'graphql-ws';
import type { IssuanceResponse, PhotoCaptureEventData, PhotoCaptureRequestInput, PhotoCaptureResponse, PresentationEventData, PresentationRequestInput, PresentationResponse } from './types';
import { type IssuanceEventData, type IssuanceRequestInput } from './types';
export declare class VerifiedOrchestrationClient {
    constructor({ url, accessToken }: {
        url: string;
        accessToken: string;
    });
    url: string;
    accessToken: string;
    wsClient: Client;
    /**
     * Initiates an issuance request using the supplied input.
     * Returns an issuance request response (or throws an error).
     * Issuance events are received via the onIssuanceEvent callback.
     *
     * Issuance has the following steps:
     * #1 An issuance request is created and returned, it contains a QR code and URL, plus the request ID and expiry.
     * #2 For mobile apps, the URL can opened immediately to initiate the issuance process in Microsoft Authenticator. For web apps, the QR code should be displayed to be scanned via a mobile device to initiate issuance in Microsoft Authenticator.
     * #3 The onIssuanceEvent callback will receive issuance events (or an Error). The first event status will be 'issuance_retrieved' when the request has been opened by Microsoft Authenticator. If a PIN code has been specified in the issuance request, it must be entered by the user at this point.
     * #4 The final event status will be 'issuance_successful', indicating the issuance process has completed successfully. The issuance data is included with this event.
     *
     * @param input IssuanceRequestInput containing the necessary parameters for issuance.
     * @param onIssuanceEvent Callback function that will be invoked for issuance events or errors.
     * @param options Options to use polling (HTTP) instead of subscriptions (WebSockets). Note that the issuance event for `issuance_retrieved` is not returned when using polling.
     * @returns IssuanceResponse data containing the request ID, expiry, QR code and URL which must be opened on the mobile device by Microsoft Authenticator.
     * @throws An error if the issuance request creation fails. Subsequent errors will be returned via the onIssuanceEvent callback.
     */
    createIssuanceRequest({ contractId, identityId, claims, pin, callback, expirationDate, faceCheckPhoto, photoCaptureRequestId }: IssuanceRequestInput, onIssuanceEvent: (event: IssuanceEventData | Error) => void, options?: {
        eventTimeout?: number;
        usePolling?: boolean;
        pollWaitInterval?: number;
    }): Promise<IssuanceResponse>;
    private subscribeToIssuanceEvent;
    private pollIssuanceEvent;
    /**
     * Initiates a presentation request using the supplied input.
     * Returns a presentation request response (or throws an error).
     * Presentation events are received via the onPresentationEvent callback.
     *
     * Presentation has the following steps:
     * #1 A presentation request is created and returned, it contains a QR code and URL, plus the request ID and expiry.
     * #2 For mobile apps, the URL can opened immediately to initiate the presentation process in Microsoft Authenticator. For web apps, the QR code should be displayed to be scanned via a mobile device to initiate presentation in Microsoft Authenticator.
     * #3 The onPresentationEvent callback will receive presentation events (or an Error). The first event status will be 'presentation_retrieved' when the request has been opened by Microsoft Authenticator.
     * #4 The final event status will be 'presentation_verified', indicating the presentation process has completed successfully. The presentation data is included with this event.
     *
     * @param input PresentationRequestInput containing the necessary parameters for presentation.
     * @param onPresentationEvent Callback function that will be invoked for presentation events or errors.
     * @param options Options to use polling (HTTP) instead of subscriptions (WebSockets). Note that the presentation event for `presentation_retrieved` is not returned when using polling.
     * @returns PresentationResponse data containing the request ID, expiry, QR code and URL which must be opened on the mobile device by Microsoft Authenticator.
     * @throws An error if the presentation request creation fails. Subsequent errors will be returned via the onPresentationEvent callback.
     */
    createPresentationRequest({ callback, clientName, requestedCredentials, identityId }: PresentationRequestInput, onPresentationEvent: (event: PresentationEventData | Error) => void, options?: {
        eventTimeout?: number;
        usePolling?: boolean;
        pollWaitInterval?: number;
    }): Promise<PresentationResponse>;
    /**
     * Initiates a presentation request for authorization.
     * For use by the OIDC provider login UI only, not for general use.
     */
    createPresentationRequestForAuthn(onPresentationEvent: (event: PresentationEventData | Error) => void, options?: {
        eventTimeout?: number;
        usePolling?: boolean;
        pollWaitInterval?: number;
    }): Promise<PresentationResponse>;
    private subscribeToPresentationEvent;
    private pollPresentationEvent;
    /**
     * Initiates a photo capture request, allowing a user to capture a photo to be used in a subsequent credential issuance.
     * Note that `createPhotoCaptureIssuance` runs both photo capture and issuance operations and is generally recommended for issuances requiring photo capture.
     *
     * Photo capture has the following steps:
     * #1 A photo capture request is created and returned, it contains a QR code and URL, plus the request ID.
     * #2 The URL or QR code can be opened in whatever device is being used to capture the photo.
     * #3 The onPhotoCaptureEvent callback will receive photo capture events. The first event status will be 'started' when the photo capture URL has been opened.
     * #4 The final event will be 'complete', indicating the photo has been captured successfully and is ready to use in a subsequent issuance.
     *
     * @param request PhotoCaptureRequestInput containing the necessary parameters for the photo capture request.
     * @param onPhotoCaptureEvent Callback function that will be invoked for photo capture events (or errors).
     * @param options Options to use polling (HTTP) instead of subscriptions (WebSockets).
     * @returns PhotoCaptureResponse data containing the request ID, expiry, QR code and URL which can be opened on whatever device is being used to capture the photo.
     * @throws An error if the presentation request creation fails. Subsequent errors will be returned via the onPhotoCaptureEvent callback.
     */
    createPhotoCaptureRequest(request: PhotoCaptureRequestInput, onPhotoCaptureEvent: (event: PhotoCaptureEventData | Error) => void, options?: {
        eventTimeout?: number;
        usePolling?: boolean;
        pollWaitInterval?: number;
    }): Promise<PhotoCaptureResponse>;
    private subscribeToPhotoCaptureEvent;
    private pollPhotoCaptureEvent;
    /**
     * Runs a photo capture request followed by an issuance request using the captured photo.
     * This function can be used for issuances that require a photo to be captured by the user.
     * The combined process has both photo capture and issuance steps.
     *
     * Photo capture steps:
     * #1 A photo capture request is created and returned, it contains a QR code and URL, plus the request ID.
     * #2 The URL or QR code can be opened in whatever device is being used to capture the photo.
     * #3 The onPhotoCaptureEvent callback will receive photo capture events. The first event status will be 'started' when the photo capture URL has been opened.
     * #4 The final event will be 'complete', indicating the photo has been captured successfully and is ready to use in a subsequent issuance.
     * #5 Issuance steps will then be initiated...
     *
     * Issuance steps:
     * #1 An issuance request is created and returned via the onIssuance callback function, it contains a QR code and URL, plus the request ID and expiry.
     * #2 For mobile apps, the URL can opened immediately to initiate the issuance process in Microsoft Authenticator. For web apps, the QR code should be displayed to be scanned via a mobile device to initiate issuance in Microsoft Authenticator.
     * #3 The onIssuanceEvent callback will receive issuance events (or an Error). The first event status will be 'issuance_retrieved' when the request has been opened by Microsoft Authenticator. If a PIN code has been specified in the issuance request, it must be entered by the user at this point.
     * #4 The final event status will be 'issuance_successful', indicating the issuance process has completed successfully. The issuance data is included with this event.
     *
     * @param input IssuanceRequestInput without faceCheckPhoto or photoCaptureRequestId.
     * @param onPhotoCaptureEvent Callback function that will be invoked for photo capture events.
     * @param onIssuance Callback function that will be invoked with the issuance request response (QR code and URL).
     * @param onIssuanceEvent Callback function that will be invoked for issuance events.
     * @param options Options to use polling (HTTP) instead of subscriptions (WebSockets). Note that the issuance event for `issuance_retrieved` is not returned when using polling.
     * @returns PhotoCaptureResponse data containing the request ID, expiry, QR code and URL which can be opened on whatever device is being used to capture the photo.
     * @throws An error if the presentation request creation fails. Subsequent errors will be returned via the onPhotoCaptureEvent, onIssuance and onIssuanceEvent callback functions.
     */
    createPhotoCaptureIssuance(input: Omit<IssuanceRequestInput, 'faceCheckPhoto' | 'photoCaptureRequestId'>, onPhotoCaptureEvent: (event: PhotoCaptureEventData | Error) => void, onIssuance: (response: IssuanceResponse) => void, onIssuanceEvent: (event: IssuanceEventData | Error) => void, options?: {
        eventTimeout?: number;
        usePolling?: boolean;
        pollWaitInterval?: number;
    }): Promise<PhotoCaptureResponse>;
    private graphql;
}