import type { OPRFOperator, ZKEngine, ZKOperator } from '@reclaimprotocol/zk-symmetric-crypto';
import type { TaskCompletedEventObject } from '../avs/contracts/ReclaimServiceManager';
import type { CreateClaimOnAvsOpts, CreateClaimOnAvsStep } from '../avs/types';
import type { CreateClaimOnMechainStep } from '../mechain/types';
import { AuthenticationRequest } from '../proto/api';
import type { extractHTMLElement, extractJSONValueIndex } from '../providers/http/utils';
import type { AttestorData, CompleteClaimData, CreateClaimOnAttestorOpts, LogLevel, ProofGenerationStep, ProviderName, ProviderParams, ProviderSecretParams } from '../types';
import { HttpRequest, HttpResponse } from '../utils';
type IdentifiedMessage = {
    module: 'attestor-core';
    /**
     * Optionally, name of the channel to respond to
     * Useful for specifying 'flutter_webview'
     * channel
     */
    channel?: string;
    id: string;
};
type CreateClaimRPCBaseOpts = {
    /**
     * Specify the mode for the ZK & OPRF operator,
     * 'default' -> will use the default ZK operator included in the SDK
     * (presently that's SnarkJS supported by FFs running on WASM)
     * 'rpc' -> if you've access to a native ZK operator, you can use this mode
     * For eg. on React Native
     */
    zkOperatorMode?: 'default' | 'rpc';
    context?: string;
    zkEngine?: ZKEngine;
    updateProviderParams?: boolean;
    authRequest?: AuthenticationRequest;
};
export type RPCCreateClaimOptions<N extends ProviderName = any> = Omit<CreateClaimOnAttestorOpts<N>, 'zkOperators' | 'context' | 'client'> & CreateClaimRPCBaseOpts;
export type RPCCreateClaimOnAvsOptions<N extends ProviderName = any> = Omit<CreateClaimOnAvsOpts<N>, 'zkOperators' | 'context' | 'payer'> & {
    payer?: 'attestor';
} & CreateClaimRPCBaseOpts;
export type RPCCreateClaimOnMechainOptions<N extends ProviderName = any> = Omit<CreateClaimOnAvsOpts<N>, 'zkOperators' | 'context'> & CreateClaimRPCBaseOpts;
type ExtractHTMLElementOptions = {
    html: string;
    xpathExpression: string;
    contentsOnly: boolean;
};
type ExtractJSONValueIndexOptions = {
    json: string;
    jsonPath: string;
};
type UpdateProviderParamsOpts = {
    request: Omit<HttpRequest, 'body'> & {
        body: string | undefined;
    };
    response: Omit<HttpResponse, 'body'> & {
        body: string | undefined;
    };
};
type LogLevelOptions = {
    logLevel: LogLevel;
    /**
     * If true, log messages will be sent back to the app
     * via postMessage
     */
    sendLogsToApp: boolean;
};
type AVSCreateResult = {
    object: TaskCompletedEventObject;
    txHash: string;
};
type MechainCreateResult = {
    taskId: number;
    data: CreateClaimResponse[];
};
/**
 * Legacy V1 create claim response
 */
export type CreateClaimResponse = {
    identifier: string;
    claimData: CompleteClaimData;
    signatures: string[];
    /**
     * @deprecated no longer valid
     */
    witnesses: AttestorData[];
};
/**
 * Fns the app calls on the attestor.
 * These are things done inside the attestor
 */
export type WindowRPCClient = {
    /**
     * Create a claim on the attestor where the RPC SDK is hosted.
     */
    createClaim(options: RPCCreateClaimOptions): Promise<CreateClaimResponse>;
    /**
     * Create a claim on the AVS
     */
    createClaimOnAvs(opts: RPCCreateClaimOnAvsOptions): Promise<AVSCreateResult>;
    /**
     * Create a claim on Mechain
     */
    createClaimOnMechain(opts: RPCCreateClaimOnMechainOptions): Promise<MechainCreateResult>;
    /**
     * Extract an HTML element from a string of HTML
     */
    extractHtmlElement(options: ExtractHTMLElementOptions): Promise<ReturnType<typeof extractHTMLElement>>;
    extractJSONValueIndex(options: ExtractJSONValueIndexOptions): Promise<ReturnType<typeof extractJSONValueIndex>>;
    getCurrentMemoryUsage(): Promise<{
        available: boolean;
        content: string;
    }>;
    /**
     * Set the log level for the attestor,
     * optionally set "sendLogsToApp" to true to send logs
     * back to the app
     */
    setLogLevel(options: LogLevelOptions): Promise<void>;
    benchmarkZK(): Promise<string>;
};
type AsFunction<K> = K extends (...args: any[]) => any ? K : never;
type FunctionalOperator<T, K extends keyof T> = {
    fn: K;
    args: Parameters<AsFunction<T[K]>>;
};
export type ExecuteZKOpts<T extends keyof ZKOperator = keyof ZKOperator> = FunctionalOperator<ZKOperator, T>;
export type ExecuteOPRFOpts<T extends keyof OPRFOperator = keyof OPRFOperator> = FunctionalOperator<OPRFOperator, T>;
/**
 * Fns the attestor calls on the app
 */
export type WindowRPCAppClient = {
    executeZkFunctionV3(opts: ExecuteZKOpts): Promise<any>;
    executeOprfFunctionV3(opts: ExecuteOPRFOpts): Promise<any>;
    updateProviderParams(opts: UpdateProviderParamsOpts): Promise<{
        params: Partial<ProviderParams<'http'>>;
        secretParams: Partial<ProviderSecretParams<'http'>>;
    }>;
};
type AnyRPCClient = {
    [_: string]: (opts: any) => any;
};
export type WindowRPCRequest<T extends AnyRPCClient, K extends keyof T> = {
    type: K;
    request: Parameters<T[K]>[0];
};
export type WindowRPCResponse<T extends AnyRPCClient, K extends (keyof T) & string> = {
    type: `${K}Done`;
    response: Awaited<ReturnType<T[K]>>;
};
export type WindowRPCErrorResponse = {
    type: 'error';
    data: {
        message: string;
        stack: string;
    };
};
type AsResponse<T> = T & {
    isResponse: true;
};
/**
 * Data sent to the attestor from the window/application
 */
export type WindowRPCIncomingMsg = (WindowRPCRequest<WindowRPCClient, 'createClaim'> | WindowRPCRequest<WindowRPCClient, 'createClaimOnAvs'> | WindowRPCRequest<WindowRPCClient, 'createClaimOnMechain'> | WindowRPCRequest<WindowRPCClient, 'extractHtmlElement'> | WindowRPCRequest<WindowRPCClient, 'extractJSONValueIndex'> | WindowRPCRequest<WindowRPCClient, 'getCurrentMemoryUsage'> | WindowRPCRequest<WindowRPCClient, 'setLogLevel'> | WindowRPCRequest<WindowRPCClient, 'benchmarkZK'> | AsResponse<WindowRPCResponse<WindowRPCAppClient, 'executeZkFunctionV3'>> | AsResponse<WindowRPCResponse<WindowRPCAppClient, 'executeOprfFunctionV3'>> | AsResponse<WindowRPCResponse<WindowRPCAppClient, 'updateProviderParams'>> | AsResponse<WindowRPCErrorResponse>) & IdentifiedMessage;
/**
 * Data sent back from the attestor to
 * the window/application containing the attestor
 */
export type WindowRPCOutgoingMsg = (AsResponse<WindowRPCResponse<WindowRPCClient, 'createClaim'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'createClaimOnAvs'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'extractHtmlElement'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'extractJSONValueIndex'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'getCurrentMemoryUsage'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'setLogLevel'>> | AsResponse<WindowRPCResponse<WindowRPCClient, 'benchmarkZK'>> | WindowRPCRequest<WindowRPCAppClient, 'executeZkFunctionV3'> | WindowRPCRequest<WindowRPCAppClient, 'executeOprfFunctionV3'> | WindowRPCRequest<WindowRPCAppClient, 'updateProviderParams'> | ({
    type: 'createClaimStep';
    step: {
        name: 'attestor-progress' | 'witness-progress';
        step: ProofGenerationStep;
    };
}) | ({
    type: 'createClaimOnAvsStep';
    step: CreateClaimOnAvsStep;
}) | ({
    type: 'createClaimOnMechainStep';
    step: CreateClaimOnMechainStep;
}) | ({
    type: 'log';
    level: LogLevelOptions['logLevel'];
    message: object;
}) | AsResponse<WindowRPCErrorResponse>) & IdentifiedMessage;
export type CommunicationBridge = {
    send(msg: WindowRPCOutgoingMsg): void;
    onMessage(cb: (msg: WindowRPCIncomingMsg) => void): (() => void);
};
declare global {
    interface Performance {
        measureUserAgentSpecificMemory(): {
            bytes: number;
        };
    }
}
export {};