import { type PublicClient, type Chain, type Transport } from 'viem';
import { type AzethContractAddresses, type CatalogEntry } from '@azeth/common';
import type { AzethSmartAccountClient } from '../utils/userop.js';
export interface RegisterParams {
    name: string;
    description: string;
    entityType: 'agent' | 'service' | 'infrastructure';
    capabilities: string[];
    endpoint?: string;
    pricing?: string;
    catalog?: CatalogEntry[];
}
export interface RegisterResult {
    tokenId: bigint;
    txHash: `0x${string}`;
}
/** Build a data: URI from registration parameters */
export declare function buildAgentURI(params: RegisterParams): string;
/** Register on the ERC-8004 trust registry via the TrustRegistryModule.
 *
 *  Routes the call through the smart account so msg.sender = smart account address.
 *  The TrustRegistryModule checks _initialized[msg.sender], which is only true for
 *  the smart account — NOT the EOA. Using the smart account client ensures the
 *  module recognizes the caller.
 */
export declare function registerOnRegistry(publicClient: PublicClient<Transport, Chain>, smartAccountClient: AzethSmartAccountClient, addresses: AzethContractAddresses, account: `0x${string}`, params: RegisterParams): Promise<RegisterResult>;
/** Update metadata for a registered account.
 *
 *  Routes the call through the smart account so msg.sender = smart account address.
 *  The contract expects `value` as bytes. This function accepts a string
 *  for convenience and encodes it as hex-encoded UTF-8 bytes.
 */
export declare function updateMetadata(publicClient: PublicClient<Transport, Chain>, smartAccountClient: AzethSmartAccountClient, addresses: AzethContractAddresses, account: `0x${string}`, key: string, value: string): Promise<`0x${string}`>;
export interface MetadataUpdate {
    key: string;
    value: string;
}
/** Update multiple metadata fields.
 *
 *  v1.3 LIMITATION — sequential, NOT atomic: the deployed GuardianModule cannot
 *  validate CALLTYPE_BATCH UserOperations. Its calldata decoder returns the
 *  type(uint256).max "force guardian" sentinel for batch mode, and the guardian
 *  co-sign check then compares that same sentinel against guardianMaxTxAmountUSD —
 *  no signature can ever satisfy it, so every batch UserOp fails AA24 (co-signed
 *  or not). Until a future module version decodes batch items individually, each
 *  key-value pair is sent as its own single-call UserOp in order. If update N
 *  fails, updates 1..N-1 have already landed.
 */
export declare function updateMetadataBatch(publicClient: PublicClient<Transport, Chain>, smartAccountClient: AzethSmartAccountClient, addresses: AzethContractAddresses, account: `0x${string}`, updates: MetadataUpdate[]): Promise<`0x${string}`>;
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