/// <reference types="node" />
import { TransactionSignerPair } from '@certusone/wormhole-sdk/lib/cjs/algorand';
import { Algodv2 } from "algosdk";
import { BigNumberish, ContractReceipt, ethers, PayableOverrides, Signer } from "ethers";
import { ChainName, WormholeEnvironment, WormholeNetwork, XAssetId, XContractAddress, XRecipientId } from "./types";
import { WormholeDictionary } from "./dictionary";
import { Connection, PublicKey, PublicKeyInitData, Transaction, TransactionResponse, TransactionSignature, VersionedTransactionResponse } from "@solana/web3.js";
import type { SolanaSignTxCallback } from "../tools";
export type SolanaRedeemProgress = {
    verifySigTxs?: Transaction[];
    postVaaTx?: Transaction;
    signers?: any[];
    successTxCount: number;
    totalTxCount: number;
};
export type CreateSolanaAtaAccountInfo = {
    created: boolean;
    signature: string;
};
export interface WormholeService {
    getMirrorAsset(xAsset: XAssetId, dest: ChainName, provider?: ethers.providers.Provider | ethers.Signer): Promise<XAssetId>;
    createWormholeTxForEthereumRedeem(sender: XRecipientId, vaa: Uint8Array, signer: Signer, overrides?: ethers.Overrides): Promise<ContractReceipt>;
    createWormholeTxForSolanaRedeem(asset: XAssetId, signedVAA: Uint8Array, connection: Connection, payerAccount: PublicKey, signCallback: SolanaSignTxCallback, transactionProgress: SolanaRedeemProgress, postVaaMaxRetries?: number, multiplier?: number, maxPriorityFeeCap?: number, minPriorityFee?: number): Promise<string>;
    redeemOnAlgorand(sender: XRecipientId, vaa: Uint8Array): Promise<TransactionSignerPair[]>;
    createWormholeTxForEvmNetworkDeposit(toAddress: XRecipientId, asset: XAssetId, amount: BigNumberish, repayAmount: bigint, signer: Signer, receiver: string, overrides?: PayableOverrides): Promise<ContractReceipt>;
    createWormholeTxForEvmNetworkDeposit_CCTP(toAddress: XRecipientId, asset: XAssetId, amount: BigNumberish, repayAmount: bigint, signer: Signer, receiver: string, hubAddress: string, overrides?: PayableOverrides): Promise<ContractReceipt>;
    createWormholeTxForAlgorandNetworkWithdraw(fromXAddress: XRecipientId, toXAddress: XRecipientId, xAsset: XContractAddress, amount: bigint, fee: bigint, optionalArgs?: any): Promise<TransactionSignerPair[]>;
    createWormholeTxForAlgorandNetworkWithdraw_CCTP(fromXAddress: XRecipientId, toXAddress: XRecipientId, xAsset: XContractAddress, amount: bigint, fee: bigint, hubAddress: string, optionalArgs?: any): Promise<TransactionSignerPair[]>;
    createWormholeTxForSolanaNetworkDeposit(connection: Connection, publicKey: PublicKey, signCallback: SolanaSignTxCallback, toAddress: XRecipientId, asset: XAssetId, amount: bigint, repayAmount: bigint, receiver: string): Promise<TransactionSignature>;
    fetchVaaFromSource(evmSourceChain: ChainName, vaaSequence: bigint, retryTimeout?: number, maxRetryCount?: number, rpcOptions?: Record<string, unknown>): Promise<Uint8Array>;
    getWormholeVaaSequenceFromEthereumTx(chain: ChainName, txReceipt: ethers.ContractReceipt): string;
    getWormholeVaaSequenceFromAlgorandTx(txId: string): Promise<string>;
    getWormholeVaaSequenceFromSolanaTx(transactionResponse: TransactionResponse | VersionedTransactionResponse): Promise<string>;
    getDictionary(): WormholeDictionary;
    isEthereumTransferComplete(signer: ethers.Signer | ethers.providers.Provider, signedVAA: Uint8Array, evmDestChain: ChainName): Promise<boolean>;
    isAlgorandTransferComplete(signedVAA: Uint8Array): Promise<boolean>;
    isSolanaTransferComplete(connection: Connection, signedVAA: Uint8Array): Promise<boolean>;
    getNetwork(): WormholeNetwork;
    isVaaEnqueued(sourceChain: ChainName, vaaSequence: bigint, retryTimeout?: number, maxRetryCount?: number, rpcOptions?: Record<string, unknown>): Promise<boolean>;
    createSolanaAtaAccount(connection: Connection, associatedTokenAddress: PublicKey, ownerPublicKey: PublicKey, payerSignCallback: SolanaSignTxCallback, mint: PublicKey, payer?: PublicKey): Promise<CreateSolanaAtaAccountInfo>;
    solanaAtaExistsFromOwner(connection: Connection, ownerAddr: string, tokenAddress: string): Promise<boolean>;
    getSolanaAssociatedTokenAddress(xAsset: XContractAddress, owner: XContractAddress): Promise<PublicKey>;
    getSolanaAssociatedTokenAddressRaw(mint: PublicKeyInitData, owner: PublicKeyInitData): PublicKey;
}
export declare class WormholeServiceImpl implements WormholeService {
    private wormholeEnvironment;
    private algodClient;
    private dictionary;
    constructor(wormholeEnvironment: WormholeEnvironment, algodClient: Algodv2);
    getDictionary(): WormholeDictionary;
    getNetwork(): WormholeNetwork;
    buildDepositCallData(asset: XAssetId, toAddress: XRecipientId, repayAmount: bigint, receiver: string, sender: string): {
        payload: Buffer;
        recipient: XRecipientId;
    };
    createWormholeTxForEvmNetworkDeposit(toAddress: XRecipientId, asset: XAssetId, amount: BigNumberish, repayAmount: bigint, signer: Signer, receiver: string, overrides?: PayableOverrides): Promise<ContractReceipt>;
    createWormholeTxForSolanaNetworkDeposit(connection: Connection, publicKey: PublicKey, signCallback: SolanaSignTxCallback, toAddress: XRecipientId, asset: XAssetId, amount: bigint, repayAmount: bigint, receiver: string): Promise<TransactionSignature>;
    createWormholeTxForEvmNetworkDeposit_CCTP(toAddress: XRecipientId, asset: XAssetId, amount: BigNumberish, repayAmount: bigint, signer: Signer, receiver: string, hubAddress: string, overrides?: PayableOverrides): Promise<ContractReceipt>;
    createWormholeTxForAlgorandNetworkWithdraw(fromXAddress: XRecipientId, toXAddress: XRecipientId, xAsset: XContractAddress, amount: bigint, fee: bigint, optionalArgs?: any): Promise<TransactionSignerPair[]>;
    createWormholeTxForAlgorandNetworkWithdraw_CCTP(fromXAddress: XRecipientId, toXAddress: XRecipientId, xAsset: XContractAddress, amount: bigint, fee: bigint, hubAddress: string, optionalArgs?: any): Promise<TransactionSignerPair[]>;
    getWormholeVaaSequenceFromEthereumTx(chain: ChainName, txReceipt: ethers.ContractReceipt): string;
    getWormholeVaaSequenceFromAlgorandTx(txId: string): Promise<string>;
    getWormholeVaaSequenceFromSolanaTx(transactionResponse: TransactionResponse | VersionedTransactionResponse): Promise<string>;
    /**
     * Returns the mirrored asset for a given destination chain.
     * @param xAsset The asset to query for. It's chain must be different from the destination chain.
     * @param dest The destination chain to map.
     * @param provider The RPC provider to use for the query, if needed. This must match the destination chain to query if it's an EVM chain.
     * @returns  The mirrored asset for the destination chain.
     */
    getMirrorAsset(xAsset: XAssetId, dest: ChainName, provider?: ethers.providers.Provider | ethers.Signer): Promise<XAssetId>;
    fetchVaaFromSource(sourceChain: ChainName, vaaSequence: bigint, retryTimeout?: number, maxRetryCount?: number, rpcOptions?: Record<string, unknown>): Promise<Uint8Array>;
    createWormholeTxForEthereumRedeem(asset: XAssetId, signedVAA: Uint8Array, signer: ethers.Signer, overrides?: ethers.Overrides): Promise<ContractReceipt>;
    /**
     * Creates a transaction for withdraw assets on Solana.
     * @remarks The transactionProgress object is modified in place, beware of any concurrency issues.
     */
    createWormholeTxForSolanaRedeem(asset: XAssetId, signedVAA: Uint8Array, connection: Connection, payerAccount: PublicKey, signCallback: SolanaSignTxCallback<Transaction>, transactionProgress: SolanaRedeemProgress, postVaaMaxRetries?: number, multiplier?: number, maxPriorityFeeCap?: number, minPriorityFee?: number): Promise<string>;
    redeemOnAlgorand(asset: XAssetId, vaa: Uint8Array): Promise<TransactionSignerPair[]>;
    isEthereumTransferComplete(signer: ethers.Signer | ethers.providers.Provider, signedVAA: Uint8Array, evmDestChain: ChainName): Promise<boolean>;
    isAlgorandTransferComplete(signedVAA: Uint8Array): Promise<boolean>;
    isSolanaTransferComplete(connection: Connection, signedVAA: Uint8Array): Promise<boolean>;
    isVaaEnqueued(sourceChain: ChainName, vaaSequence: bigint, retryTimeout?: number, maxRetryCount?: number, rpcOptions?: Record<string, unknown>): Promise<boolean>;
    /**
     * Gets the ATA Address for a specific token and owner tuple.
     *
     * @param asa The token to get the ATA for.
     * @param owner The owner of the ATA.  This must be a Solana address enconded in hex (not base58 string)
     * @returns The associated token address for the owner.
     */
    getSolanaAssociatedTokenAddress(asa: XContractAddress, owner: XContractAddress): Promise<PublicKey>;
    getSolanaAssociatedTokenAddressRaw(mint: PublicKeyInitData, owner: PublicKeyInitData): PublicKey;
    solanaAtaExistsFromOwner(connection: Connection, ownerAddress: string, tokenAddress: string): Promise<boolean>;
    createSolanaAtaAccount(connection: Connection, associatedTokenAddress: PublicKey, ownerPublicKey: PublicKey, payerSignCallback: SolanaSignTxCallback, mint: PublicKey, payer?: PublicKey): Promise<CreateSolanaAtaAccountInfo>;
}
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