import { type NodeRuntimeClient, type PollOptions, type SubmitAndPollResult, type SubmitPayload } from './client-port.js';
import type { IndividualOrganizationRegistrationInput, IndividualOrganizationRegistrationResult } from '../individual-start.js';
import type { RouteContext } from '../individual-onboarding.js';
import type { BlockchainArtifactRegistrationInput, ClinicalBundleSearchInput, ClinicalSectionUpdateInput, SubjectSectionUpdateInput, ClinicalSummaryReadResult, ClinicalSummaryRequestInput, ClinicalSummaryUpdateInput, CommunicationIngestionInput, CommunicationParticipantRuntimeSearchInput, DigitalTwinGenerationInput, GrantProfessionalAccessInput, GrantProfessionalAccessResult, ProfessionalAccessRequestDecisionInput, ProfessionalAccessRequestSearchInput, IpsOrFhirImportInput, LicenseListRuntimeSearchInput, LicenseOfferRuntimeSearchInput, LicenseOrderRuntimeSearchInput } from '../resource-operations.js';
import type { SmartTokenExchangeResult, SmartTokenRequestInput } from '../smart-token.js';
export declare class PersonalSdk {
    private readonly client;
    constructor(client: NodeRuntimeClient);
    /** Registers the personal organization/subject index and returns its Offer. */
    registerIndividualOrganization(input: IndividualOrganizationRegistrationInput): Promise<IndividualOrganizationRegistrationResult>;
    /** @deprecated Use `registerIndividualOrganization`. */
    startIndividualOrganization(input: IndividualOrganizationRegistrationInput): Promise<IndividualOrganizationRegistrationResult>;
    /** Grants professional access via Consent for a subject. */
    grantProfessionalAccess(ctx: RouteContext, input: GrantProfessionalAccessInput): Promise<GrantProfessionalAccessResult>;
    /** Approves or denies a permission request while retaining its correlation. */
    respondToProfessionalAccessRequest(ctx: RouteContext, input: ProfessionalAccessRequestDecisionInput): Promise<GrantProfessionalAccessResult>;
    /** Lists canonical permission requests addressed to this subject. */
    listProfessionalAccessRequests(ctx: RouteContext, input: ProfessionalAccessRequestSearchInput): Promise<SubmitAndPollResult>;
    /**
     * Imports IPS/FHIR payload through the direct Composition compatibility path.
     *
     * @deprecated Use `updateClinicalSummary(...)` or
     * `updateSubjectSection(...)`; both use the Communication ingestion flow.
     */
    importIpsOrFhirAndUpdateIndex(ctx: RouteContext, input: IpsOrFhirImportInput): Promise<SubmitAndPollResult>;
    /** Ingests canonical Communication and waits for projection completion. */
    ingestCommunicationAndUpdateIndex(ctx: RouteContext, input: CommunicationIngestionInput): Promise<SubmitAndPollResult>;
    /** Updates one exact clinical section through a section-scoped batch/collection. */
    updateClinicalSection(ctx: RouteContext, input: ClinicalSectionUpdateInput): Promise<SubmitAndPollResult>;
    /** Updates one generic subject-owned section with its profile attester. */
    updateSubjectSection(ctx: RouteContext, input: SubjectSectionUpdateInput): Promise<SubmitAndPollResult>;
    /** Updates the multi-section clinical summary through a Composition-first document. */
    updateClinicalSummary(ctx: RouteContext, input: ClinicalSummaryUpdateInput): Promise<SubmitAndPollResult>;
    /** Reads the current subject through Communication `$summary`; it performs no ingestion. */
    requestClinicalSummary(ctx: RouteContext, input: ClinicalSummaryRequestInput): Promise<ClinicalSummaryReadResult>;
    /** Registers one FHIR resource or raw artifact on blockchain before communication. */
    registerBlockchainArtifactAndUpdateIndex(ctx: RouteContext, input: BlockchainArtifactRegistrationInput): Promise<SubmitAndPollResult>;
    /** Searches indexed communication channel records by subject and participant identifiers. */
    searchCommunicationParticipants(ctx: RouteContext, input: CommunicationParticipantRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Explicitly packages subject data for a study/transfer; normal ingestion is projected by GW. */
    generateDigitalTwinFromSubjectData(ctx: RouteContext, input: DigitalTwinGenerationInput): Promise<SubmitAndPollResult>;
    /** Searches indexed clinical bundles for the current subject/controller context. */
    searchClinicalBundle(ctx: RouteContext, input: ClinicalBundleSearchInput): Promise<SubmitAndPollResult>;
    /** Returns the latest IPS-oriented bundle for one subject. */
    getLatestIps(ctx: RouteContext, input: Omit<ClinicalBundleSearchInput, 'includedTypes'>): Promise<SubmitAndPollResult>;
    /** Searches subject-side license seats using semantic filters. */
    searchLicenses(ctx: RouteContext, input: LicenseListRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Lists subject-side license seats with optional filters. */
    listLicenses(ctx: RouteContext, input?: LicenseListRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Searches subject-side commercial license offers. */
    searchLicenseOffers(ctx: RouteContext, input: LicenseOfferRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Lists subject-side commercial license offers. */
    listLicenseOffers(ctx: RouteContext, input?: LicenseOfferRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Searches subject-side commercial license orders/payment projections. */
    searchLicenseOrders(ctx: RouteContext, input: LicenseOrderRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Lists subject-side commercial license orders/payment projections. */
    listLicenseOrders(ctx: RouteContext, input?: LicenseOrderRuntimeSearchInput): Promise<SubmitAndPollResult>;
    /** Requests SMART/OpenID token with simplified exchange flow. */
    requestSmartToken(input: SmartTokenRequestInput): Promise<SmartTokenExchangeResult>;
    submitAndPoll(submitPath: string, pollPath: string, payload: SubmitPayload, pollOptions?: PollOptions): Promise<SubmitAndPollResult>;
}