import type { Account, Chain, Transport, WalletClient } from 'viem';
import { DecryptionAttestation, EncryptedDecryptionAttestation } from '../attesteddecrypt/types.js';
import { HexString } from '../binary.js';
import { SupportedChainId } from '../chain.js';
import type { EciesScheme, SupportedFheType } from '../encryption/encryption.js';
import { KmsQuorumClient } from '../kms/quorumClient.js';
import type { Secp256k1Keypair } from '../lite/ecies.js';
import type { BackoffConfig } from '../retry.js';
import { AttestedComputeOP } from './types.js';
export declare const ATTESTED_COMPUTE_DOMAIN_NAME = "IncoAttestedCompute";
export declare const DEFAULT_ATTESTED_COMPUTE_DOMAIN_VERSION = "2";
/**
 * Arguments for creating an attested compute.
 */
export interface IncoLiteAttestedComputeArgs {
    /** The wallet used to interact with the blockchain and sign the compute request */
    walletClient: WalletClient<Transport, Chain, Account>;
    /** The KMS quorum client instance */
    kmsQuorumClient: KmsQuorumClient;
    /** The chain ID to use */
    chainId: SupportedChainId;
}
/**
 * Creates an attested compute function that can decrypt handles with an attached attestation from the covalidator.
 * @param args - The arguments for creating the attested compute function
 * @returns A function that can perform binary operation on a handle and return an attestation
 * @throws {AttestedComputeError} If the creation fails
 *
 * @todo Support multiple operations in a single request.
 */
export declare function attestedCompute<T extends SupportedFheType>({ executorAddress, lhsHandle, op, rhsPlaintext, backoffConfig, walletClient, kmsQuorumClient, chainId, reencryptPubKey, reencryptKeypair, }: {
    executorAddress: HexString;
    lhsHandle: HexString;
    op: AttestedComputeOP;
    rhsPlaintext: bigint | boolean;
    backoffConfig?: Partial<BackoffConfig> | undefined;
    walletClient: WalletClient<Transport, Chain, Account>;
    kmsQuorumClient: KmsQuorumClient;
    chainId: SupportedChainId;
    reencryptPubKey: Uint8Array;
    reencryptKeypair: Secp256k1Keypair;
}): Promise<DecryptionAttestation<EciesScheme, T>>;
export declare function attestedCompute<T extends SupportedFheType>({ executorAddress, lhsHandle, op, rhsPlaintext, backoffConfig, walletClient, kmsQuorumClient, chainId, reencryptPubKey, }: {
    executorAddress: HexString;
    lhsHandle: HexString;
    op: AttestedComputeOP;
    rhsPlaintext: bigint | boolean;
    backoffConfig?: Partial<BackoffConfig> | undefined;
    walletClient: WalletClient<Transport, Chain, Account>;
    kmsQuorumClient: KmsQuorumClient;
    chainId: SupportedChainId;
    reencryptPubKey: Uint8Array;
    reencryptKeypair?: never;
}): Promise<EncryptedDecryptionAttestation<EciesScheme, T>>;
export declare function attestedCompute<T extends SupportedFheType>({ executorAddress, lhsHandle, op, rhsPlaintext, backoffConfig, walletClient, kmsQuorumClient, chainId, }: {
    executorAddress: HexString;
    lhsHandle: HexString;
    op: AttestedComputeOP;
    rhsPlaintext: bigint | boolean;
    backoffConfig?: Partial<BackoffConfig> | undefined;
    walletClient: WalletClient<Transport, Chain, Account>;
    kmsQuorumClient: KmsQuorumClient;
    chainId: SupportedChainId;
    reencryptPubKey?: never;
    reencryptKeypair?: never;
}): Promise<DecryptionAttestation<EciesScheme, T>>;