import URI from "urijs";
import { Account, Address, Contract, FeeBumpTransaction, Transaction, xdr } from "diamante-base";
import { Api } from "./api";
export declare const SUBMIT_TRANSACTION_TIMEOUT: number;
/** Specifies the durability namespace of contract-related ledger entries. */
export declare enum Durability {
    Temporary = "temporary",
    Persistent = "persistent"
}
export declare namespace Server {
    /** Describes the complex filter combinations available for event queries. */
    interface GetEventsRequest {
        filters: Api.EventFilter[];
        startLedger?: number;
        cursor?: string;
        limit?: number;
    }
    /** Describes additional resource leeways for transaction simulation. */
    interface ResourceLeeway {
        cpuInstructions: number;
    }
    interface Options {
        allowHttp?: boolean;
        timeout?: number;
        headers?: Record<string, string>;
    }
}
/**
 * Handles the network connection to a Soroban RPC instance, exposing an
 * interface for requests to that instance.
 *
 * @constructor
 *
 * @param {string} serverURL Soroban-RPC Server URL (ex.
 *    `http://localhost:8000/soroban/rpc`).
 * @param {object} [opts] Options object
 * @param {boolean} [opts.allowHttp]  allows connecting to insecure http servers
 *    (default: `false`). This must be set to false in production deployments!
 *    You can also use {@link Config} class to set this globally.
 * @param {Record<string, string>} [opts.headers] allows setting custom headers
 *
 * @see https://soroban.diamante.org/api/methods
 */
export declare class Server {
    /** Soroban RPC Server URL (ex. `http://localhost:8000/soroban/rpc`). */
    readonly serverURL: URI;
    constructor(serverURL: string, opts?: Server.Options);
    /**
     * Fetch a minimal set of current info about a Diamante account.
     *
     * Needed to get the current sequence number for the account so you can build
     * a successful transaction with {@link TransactionBuilder}.
     *
     * @param {string} address - The public address of the account to load.
     *
     * @returns {Promise<Account>}  a promise to the {@link Account} object with
     *    a populated sequence number
     *
     * @see https://soroban.diamante.org/api/methods/getLedgerEntries
     * @example
     * const accountId = "GBZC6Y2Y7Q3ZQ2Y4QZJ2XZ3Z5YXZ6Z7Z2Y4QZJ2XZ3Z5YXZ6Z7Z2Y4";
     * server.getAccount(accountId).then((account) => {
     *   console.log("sequence:", account.sequence);
     * });
     */
    getAccount(address: string): Promise<Account>;
    /**
     * General node health check.
     *
     * @returns {Promise<Api.GetHealthResponse>}   a promise to the
     *    {@link Api.GetHealthResponse} object with the status of the
     *    server (e.g. "healthy").
     *
     * @see https://soroban.diamante.org/api/methods/getHealth
     * @example
     * server.getHealth().then((health) => {
     *   console.log("status:", health.status);
     * });
     */
    getHealth(): Promise<Api.GetHealthResponse>;
    /**
     * Reads the current value of contract data ledger entries directly.
     *
     * Allows you to directly inspect the current state of a contract. This is a
     * backup way to access your contract data which may not be available via
     * events or {@link Server.simulateTransaction}.
     *
     * @param {string|Address|Contract} contract    the contract ID containing the
     *    data to load as a strkey (`C...` form), a {@link Contract}, or an
     *    {@link Address} instance
     * @param {xdr.ScVal} key   the key of the contract data to load
     * @param {Durability} [durability=Durability.Persistent]   the "durability
     *    keyspace" that this ledger key belongs to, which is either 'temporary'
     *    or 'persistent' (the default), see {@link Durability}.
     *
     * @returns {Promise<Api.LedgerEntryResult>}   the current data value
     *
     * @warning If the data entry in question is a 'temporary' entry, it's
     *    entirely possible that it has expired out of existence.
     *
     * @see https://soroban.diamante.org/api/methods/getLedgerEntries
     * @example
     * const contractId = "CCJZ5DGASBWQXR5MPFCJXMBI333XE5U3FSJTNQU7RIKE3P5GN2K2WYD5";
     * const key = xdr.ScVal.scvSymbol("counter");
     * server.getContractData(contractId, key, Durability.Temporary).then(data => {
     *   console.log("value:", data.val);
     *   console.log("liveUntilLedgerSeq:", data.liveUntilLedgerSeq);
     *   console.log("lastModified:", data.lastModifiedLedgerSeq);
     *   console.log("latestLedger:", data.latestLedger);
     * });
     */
    getContractData(contract: string | Address | Contract, key: xdr.ScVal, durability?: Durability): Promise<Api.LedgerEntryResult>;
    /**
     * Reads the current value of arbitrary ledger entries directly.
     *
     * Allows you to directly inspect the current state of contracts, contract's
     * code, accounts, or any other ledger entries.
     *
     * To fetch a contract's WASM byte-code, built the appropriate
     * {@link xdr.LedgerKeyContractCode} ledger entry key (or see
     * {@link Contract.getFootprint}).
     *
     * @param {xdr.ScVal[]} keys  one or more ledger entry keys to load
     *
     * @returns {Promise<Api.GetLedgerEntriesResponse>}  the current
     *    on-chain values for the given ledger keys
     *
     * @see Server._getLedgerEntries
     * @see https://soroban.diamante.org/api/methods/getLedgerEntries
     * @example
     * const contractId = "CAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAD2KM";
     * const key = xdr.LedgerKey.contractData(new xdr.LedgerKeyContractData({
     *   contractId: StrKey.decodeContract(contractId),
     *   key: xdr.ScVal.scvSymbol("counter"),
     * }));
     *
     * server.getLedgerEntries([key]).then(response => {
     *   const ledgerData = response.entries[0];
     *   console.log("key:", ledgerData.key);
     *   console.log("value:", ledgerData.val);
     *   console.log("liveUntilLedgerSeq:", ledgerData.liveUntilLedgerSeq);
     *   console.log("lastModified:", ledgerData.lastModifiedLedgerSeq);
     *   console.log("latestLedger:", response.latestLedger);
     * });
     */
    getLedgerEntries(...keys: xdr.LedgerKey[]): Promise<Api.GetLedgerEntriesResponse>;
    _getLedgerEntries(...keys: xdr.LedgerKey[]): Promise<Api.RawGetLedgerEntriesResponse>;
    /**
     * Fetch the details of a submitted transaction.
     *
     * After submitting a transaction, clients should poll this to tell when the
     * transaction has completed.
     *
     * @param {string} hash   hex-encoded hash of the transaction to check
     *
     * @returns {Promise<Api.GetTransactionResponse>}  the status,
     *    result, and other details about the transaction
     *
     * @see https://soroban.diamante.org/api/methods/getTransaction
     * @example
     * const transactionHash = "c4515e3bdc0897f21cc5dbec8c82cf0a936d4741cb74a8e158eb51b9fb00411a";
     * server.getTransaction(transactionHash).then((tx) => {
     *   console.log("status:", tx.status);
     *   console.log("envelopeXdr:", tx.envelopeXdr);
     *   console.log("resultMetaXdr:", tx.resultMetaXdr);
     *   console.log("resultXdr:", tx.resultXdr);
     * });
     */
    getTransaction(hash: string): Promise<Api.GetTransactionResponse>;
    _getTransaction(hash: string): Promise<Api.RawGetTransactionResponse>;
    /**
     * Fetch all events that match a given set of filters.
     *
     * The given filters (see {@link Api.EventFilter} for detailed fields)
     * are combined only in a logical OR fashion, and all of the fields in each
     * filter are optional.
     *
     * To page through events, use the `pagingToken` field on the relevant
     * {@link Api.EventResponse} object to set the `cursor` parameter.
     *
     * @param {Server.GetEventsRequest} request   event filters
     * @returns {Promise<Api.GetEventsResponse>}   a paginatable set of the
     *    events matching the given event filters
     *
     * @see https://soroban.diamante.org/api/methods/getEvents
     * @example
     * server.getEvents({
     *    startLedger: 1000,
     *    filters: [
     *     {
     *      type: "contract",
     *      contractIds: [ "deadb33f..." ],
     *      topics: [[ "AAAABQAAAAh0cmFuc2Zlcg==", "AAAAAQB6Mcc=", "*" ]]
     *     }, {
     *      type: "system",
     *      contractIds: [ "...c4f3b4b3..." ],
     *      topics: [[ "*" ], [ "*", "AAAAAQB6Mcc=" ]]
     *     }, {
     *      contractIds: [ "...c4f3b4b3..." ],
     *      topics: [[ "AAAABQAAAAh0cmFuc2Zlcg==" ]]
     *     }, {
     *      type: "diagnostic",
     *      topics: [[ "AAAAAQB6Mcc=" ]]
     *     }
     *    ],
     *    limit: 10,
     * });
     */
    getEvents(request: Server.GetEventsRequest): Promise<Api.GetEventsResponse>;
    _getEvents(request: Server.GetEventsRequest): Promise<Api.RawGetEventsResponse>;
    /**
     * Fetch metadata about the network this Soroban RPC server is connected to.
     *
     * @returns {Promise<Api.GetNetworkResponse>}  metadata about the
     *    current network this RPC server is connected to
     *
     * @see https://soroban.diamante.org/api/methods/getNetwork
     * @example
     * server.getNetwork().then((network) => {
     *   console.log("friendbotUrl:", network.friendbotUrl);
     *   console.log("passphrase:", network.passphrase);
     *   console.log("protocolVersion:", network.protocolVersion);
     * });
     */
    getNetwork(): Promise<Api.GetNetworkResponse>;
    /**
     * Fetch the latest ledger meta info from network which this Soroban RPC
     * server is connected to.
     *
     * @returns {Promise<Api.GetLatestLedgerResponse>}   metadata about the
     *    latest ledger on the network that this RPC server is connected to
     *
     * @see https://soroban.diamante.org/api/methods/getLatestLedger
     * @example
     * server.getLatestLedger().then((response) => {
     *   console.log("hash:", response.id);
     *   console.log("sequence:", response.sequence);
     *   console.log("protocolVersion:", response.protocolVersion);
     * });
     */
    getLatestLedger(): Promise<Api.GetLatestLedgerResponse>;
    /**
     * Submit a trial contract invocation to get back return values, expected
     * ledger footprint, expected authorizations, and expected costs.
     *
     * @param {Transaction | FeeBumpTransaction} transaction  the transaction to
     *    simulate, which should include exactly one operation (one of
     *    {@link xdr.InvokeHostFunctionOp}, {@link xdr.ExtendFootprintTTLOp}, or
     *    {@link xdr.RestoreFootprintOp}). Any provided footprint or auth
     *    information will be ignored.
     *
     * @returns {Promise<Api.SimulateTransactionResponse>}   an object with the
     *    cost, footprint, result/auth requirements (if applicable), and error of
     *    the transaction
     *
     * @see https://developers.diamante.org/docs/glossary/transactions/
     * @see https://soroban.diamante.org/api/methods/simulateTransaction
     * @see Server.prepareTransaction
     * @see assembleTransaction
     *
     * @example
     * const contractId = 'CA3D5KRYM6CB7OWQ6TWYRR3Z4T7GNZLKERYNZGGA5SOAOPIFY6YQGAXE';
     * const contract = new DiamanteSdk.Contract(contractId);
     *
     * // Right now, this is just the default fee for this example.
     * const fee = DiamanteSdk.BASE_FEE;
     * const transaction = new DiamanteSdk.TransactionBuilder(account, { fee })
     *   // Uncomment the following line to build transactions for the live network. Be
     *   // sure to also change the horizon hostname.
     *   //.setNetworkPassphrase(DiamanteSdk.Networks.PUBLIC)
     *   .setNetworkPassphrase(DiamanteSdk.Networks.FUTURENET)
     *   .setTimeout(30) // valid for the next 30s
     *   // Add an operation to call increment() on the contract
     *   .addOperation(contract.call("increment"))
     *   .build();
     *
     * server.simulateTransaction(transaction).then((sim) => {
     *   console.log("cost:", sim.cost);
     *   console.log("result:", sim.result);
     *   console.log("error:", sim.error);
     *   console.log("latestLedger:", sim.latestLedger);
     * });
     */
    simulateTransaction(tx: Transaction | FeeBumpTransaction, addlResources?: Server.ResourceLeeway): Promise<Api.SimulateTransactionResponse>;
    _simulateTransaction(transaction: Transaction | FeeBumpTransaction, addlResources?: Server.ResourceLeeway): Promise<Api.RawSimulateTransactionResponse>;
    /**
     * Submit a trial contract invocation, first run a simulation of the contract
     * invocation as defined on the incoming transaction, and apply the results to
     * a new copy of the transaction which is then returned. Setting the ledger
     * footprint and authorization, so the resulting transaction is ready for
     * signing & sending.
     *
     * The returned transaction will also have an updated fee that is the sum of
     * fee set on incoming transaction with the contract resource fees estimated
     * from simulation. It is adviseable to check the fee on returned transaction
     * and validate or take appropriate measures for interaction with user to
     * confirm it is acceptable.
     *
     * You can call the {@link Server.simulateTransaction} method directly first
     * if you want to inspect estimated fees for a given transaction in detail
     * first, then re-assemble it manually or via {@link assembleTransaction}.
     *
     * @param {Transaction | FeeBumpTransaction} transaction  the transaction to
     *    prepare. It should include exactly one operation, which must be one of
     *    {@link xdr.InvokeHostFunctionOp}, {@link xdr.ExtendFootprintTTLOp},
     *    or {@link xdr.RestoreFootprintOp}.
     *
     *    Any provided footprint will be overwritten. However, if your operation
     *    has existing auth entries, they will be preferred over ALL auth entries
     *    from the simulation. In other words, if you include auth entries, you
     *    don't care about the auth returned from the simulation. Other fields
     *    (footprint, etc.) will be filled as normal.
     *
     * @returns {Promise<Transaction | FeeBumpTransaction>}   a copy of the
     *    transaction with the expected authorizations (in the case of
     *    invocation), resources, and ledger footprints added. The transaction fee
     *    will also automatically be padded with the contract's minimum resource
     *    fees discovered from the simulation.
     *
     * @see assembleTransaction
     * @see https://soroban.diamante.org/api/methods/simulateTransaction
     * @throws {jsonrpc.Error<any>|Error|Api.SimulateTransactionErrorResponse}
     *    if simulation fails
     * @example
     * const contractId = 'CA3D5KRYM6CB7OWQ6TWYRR3Z4T7GNZLKERYNZGGA5SOAOPIFY6YQGAXE';
     * const contract = new DiamanteSdk.Contract(contractId);
     *
     * // Right now, this is just the default fee for this example.
     * const fee = DiamanteSdk.BASE_FEE;
     * const transaction = new DiamanteSdk.TransactionBuilder(account, { fee })
     *   // Uncomment the following line to build transactions for the live network. Be
     *   // sure to also change the horizon hostname.
     *   //.setNetworkPassphrase(DiamanteSdk.Networks.PUBLIC)
     *   .setNetworkPassphrase(DiamanteSdk.Networks.FUTURENET)
     *   .setTimeout(30) // valid for the next 30s
     *   // Add an operation to call increment() on the contract
     *   .addOperation(contract.call("increment"))
     *   .build();
     *
     * const preparedTransaction = await server.prepareTransaction(transaction);
     *
     * // Sign this transaction with the secret key
     * // NOTE: signing is transaction is network specific. Test network transactions
     * // won't work in the public network. To switch networks, use the Network object
     * // as explained above (look for DiamanteSdk.Network).
     * const sourceKeypair = DiamanteSdk.Keypair.fromSecret(sourceSecretKey);
     * preparedTransaction.sign(sourceKeypair);
     *
     * server.sendTransaction(transaction).then(result => {
     *   console.log("hash:", result.hash);
     *   console.log("status:", result.status);
     *   console.log("errorResultXdr:", result.errorResultXdr);
     * });
     */
    prepareTransaction(tx: Transaction | FeeBumpTransaction): Promise<Transaction<import("diamante-base").Memo<import("diamante-base").MemoType>, import("diamante-base").Operation[]>>;
    /**
     * Submit a real transaction to the Diamante network.
     *
     * Unlike Horizon, Soroban RPC does not wait for transaction completion. It
     * simply validates the transaction and enqueues it. Clients should call
     * {@link Server.getTransactionStatus} to learn about transaction
     * success/failure.
     *
     * @param {Transaction | FeeBumpTransaction} transaction  to submit
     * @returns {Promise<Api.SendTransactionResponse>}   the
     *    transaction id, status, and any error if available
     *
     * @see https://developers.diamante.org/docs/glossary/transactions/
     * @see https://soroban.diamante.org/api/methods/sendTransaction
     * @example
     * const contractId = 'CA3D5KRYM6CB7OWQ6TWYRR3Z4T7GNZLKERYNZGGA5SOAOPIFY6YQGAXE';
     * const contract = new DiamanteSdk.Contract(contractId);
     *
     * // Right now, this is just the default fee for this example.
     * const fee = DiamanteSdk.BASE_FEE;
     * const transaction = new DiamanteSdk.TransactionBuilder(account, { fee })
     *   // Uncomment the following line to build transactions for the live network. Be
     *   // sure to also change the horizon hostname.
     *   //.setNetworkPassphrase(DiamanteSdk.Networks.PUBLIC)
     *   .setNetworkPassphrase(DiamanteSdk.Networks.FUTURENET)
     *   .setTimeout(30) // valid for the next 30s
     *   // Add an operation to call increment() on the contract
     *   .addOperation(contract.call("increment"))
     *   .build();
     *
     * // Sign this transaction with the secret key
     * // NOTE: signing is transaction is network specific. Test network transactions
     * // won't work in the public network. To switch networks, use the Network object
     * // as explained above (look for DiamanteSdk.Network).
     * const sourceKeypair = DiamanteSdk.Keypair.fromSecret(sourceSecretKey);
     * transaction.sign(sourceKeypair);
     *
     * server.sendTransaction(transaction).then((result) => {
     *   console.log("hash:", result.hash);
     *   console.log("status:", result.status);
     *   console.log("errorResultXdr:", result.errorResultXdr);
     * });
     */
    sendTransaction(transaction: Transaction | FeeBumpTransaction): Promise<Api.SendTransactionResponse>;
    _sendTransaction(transaction: Transaction | FeeBumpTransaction): Promise<Api.RawSendTransactionResponse>;
    /**
     * Fund a new account using the network's friendbot faucet, if any.
     *
     * @param {string | Account} address  the address or account instance that we
     *    want to create and fund with friendbot
     * @param {string} [friendbotUrl]     optionally, an explicit address for
     *    friendbot (by default: this calls the Soroban RPC
     *    {@link Server.getNetwork} method to try to discover this network's
     *    Friendbot url).
     *
     * @returns {Promise<Account>}  an {@link Account} object for the created
     *    account, or the existing account if it's already funded with the
     *    populated sequence number (note that the account will not be "topped
     *    off" if it already exists)
     *
     * @throws if Friendbot is not configured on this network or request failure
     *
     * @see
     * https://developers.diamante.org/docs/fundamentals-and-concepts/testnet-and-pubnet#friendbot
     * @see Friendbot.Response
     * @example
     * server
     *    .requestAirdrop("GBZC6Y2Y7Q3ZQ2Y4QZJ2XZ3Z5YXZ6Z7Z2Y4QZJ2XZ3Z5YXZ6Z7Z2Y4")
     *    .then((accountCreated) => {
     *      console.log("accountCreated:", accountCreated);
     *    }).catch((error) => {
     *      console.error("error:", error);
     *    });
     */
    requestAirdrop(address: string | Pick<Account, "accountId">, friendbotUrl?: string): Promise<Account>;
}