"use strict";
Object.defineProperty(exports, "__esModule", {
value: true
});
exports.Server = exports.SUBMIT_TRANSACTION_TIMEOUT = void 0;
var _bignumber = _interopRequireDefault(require("bignumber.js"));
var _stellarBase = require("@stellar/stellar-base");
var _urijs = _interopRequireDefault(require("urijs"));
var _call_builder = require("./call_builder");
var _config = require("../config");
var _errors = require("../errors");
var _account_call_builder = require("./account_call_builder");
var _account_response = require("./account_response");
var _assets_call_builder = require("./assets_call_builder");
var _claimable_balances_call_builder = require("./claimable_balances_call_builder");
var _effect_call_builder = require("./effect_call_builder");
var _friendbot_builder = require("./friendbot_builder");
var _ledger_call_builder = require("./ledger_call_builder");
var _liquidity_pool_call_builder = require("./liquidity_pool_call_builder");
var _offer_call_builder = require("./offer_call_builder");
var _operation_call_builder = require("./operation_call_builder");
var _orderbook_call_builder = require("./orderbook_call_builder");
var _payment_call_builder = require("./payment_call_builder");
var _strict_receive_path_call_builder = require("./strict_receive_path_call_builder");
var _strict_send_path_call_builder = require("./strict_send_path_call_builder");
var _trade_aggregation_call_builder = require("./trade_aggregation_call_builder");
var _trades_call_builder = require("./trades_call_builder");
var _transaction_call_builder = require("./transaction_call_builder");
var _horizon_axios_client = _interopRequireWildcard(require("./horizon_axios_client"));
function _getRequireWildcardCache(e) { if ("function" != typeof WeakMap) return null; var r = new WeakMap(), t = new WeakMap(); return (_getRequireWildcardCache = function (e) { return e ? t : r; })(e); }
function _interopRequireWildcard(e, r) { if (!r && e && e.__esModule) return e; if (null === e || "object" != typeof e && "function" != typeof e) return { default: e }; var t = _getRequireWildcardCache(r); if (t && t.has(e)) return t.get(e); var n = { __proto__: null }, a = Object.defineProperty && Object.getOwnPropertyDescriptor; for (var u in e) if ("default" !== u && {}.hasOwnProperty.call(e, u)) { var i = a ? Object.getOwnPropertyDescriptor(e, u) : null; i && (i.get || i.set) ? Object.defineProperty(n, u, i) : n[u] = e[u]; } return n.default = e, t && t.set(e, n), n; }
function _interopRequireDefault(obj) { return obj && obj.__esModule ? obj : { default: obj }; }
/* tslint:disable:variable-name no-namespace */
const SUBMIT_TRANSACTION_TIMEOUT = exports.SUBMIT_TRANSACTION_TIMEOUT = 60 * 1000;
const STROOPS_IN_LUMEN = 10000000;
// ACCOUNT_REQUIRES_MEMO is the base64 encoding of "1".
// SEP 29 uses this value to define transaction memo requirements for incoming payments.
const ACCOUNT_REQUIRES_MEMO = "MQ==";
function _getAmountInLumens(amt) {
return new _bignumber.default(amt).div(STROOPS_IN_LUMEN).toString();
}
/**
* Server handles the network connection to a [Horizon](https://developers.stellar.org/api/introduction/)
* instance and exposes an interface for requests to that instance.
* @constructor
* @param {string} serverURL Horizon Server URL (ex. `https://horizon-testnet.stellar.org`).
* @param {object} [opts] Options object
* @param {boolean} [opts.allowHttp] - Allow connecting to 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 {string} [opts.appName] - Allow set custom header `X-App-Name`, default: `undefined`.
* @param {string} [opts.appVersion] - Allow set custom header `X-App-Version`, default: `undefined`.
* @param {string} [opts.authToken] - Allow set custom header `X-Auth-Token`, default: `undefined`.
*/
class Server {
/**
* serverURL Horizon Server URL (ex. `https://horizon-testnet.stellar.org`).
*
* TODO: Solve `URI(this.serverURL as any)`.
*/
constructor(serverURL, opts = {}) {
this.serverURL = (0, _urijs.default)(serverURL);
const allowHttp = typeof opts.allowHttp === "undefined" ? _config.Config.isAllowHttp() : opts.allowHttp;
const customHeaders = {};
if (opts.appName) {
customHeaders["X-App-Name"] = opts.appName;
}
if (opts.appVersion) {
customHeaders["X-App-Version"] = opts.appVersion;
}
if (opts.authToken) {
customHeaders["X-Auth-Token"] = opts.authToken;
}
if (Object.keys(customHeaders).length > 0) {
_horizon_axios_client.default.interceptors.request.use(config => {
// merge the custom headers with an existing headers, where customs
// override defaults
config.headers = Object.assign(config.headers, customHeaders);
return config;
});
}
if (this.serverURL.protocol() !== "https" && !allowHttp) {
throw new Error("Cannot connect to insecure horizon server");
}
}
/**
* Get timebounds for N seconds from now, when you're creating a transaction
* with {@link TransactionBuilder}.
*
* By default, {@link TransactionBuilder} uses the current local time, but
* your machine's local time could be different from Horizon's. This gives you
* more assurance that your timebounds will reflect what you want.
*
* Note that this will generate your timebounds when you **init the transaction**,
* not when you build or submit the transaction! So give yourself enough time to get
* the transaction built and signed before submitting.
*
* Example:
*
* ```javascript
* const transaction = new StellarSdk.TransactionBuilder(accountId, {
* fee: await StellarSdk.Server.fetchBaseFee(),
* timebounds: await StellarSdk.Server.fetchTimebounds(100)
* })
* .addOperation(operation)
* // normally we would need to call setTimeout here, but setting timebounds
* // earlier does the trick!
* .build();
* ```
* @argument {number} seconds Number of seconds past the current time to wait.
* @argument {bool} [_isRetry=false] True if this is a retry. Only set this internally!
* This is to avoid a scenario where Horizon is horking up the wrong date.
* @returns {Promise<Timebounds>} Promise that resolves a `timebounds` object
* (with the shape `{ minTime: 0, maxTime: N }`) that you can set the `timebounds` option to.
*/
async fetchTimebounds(seconds, _isRetry = false) {
// AxiosClient instead of this.ledgers so we can get at them headers
const currentTime = (0, _horizon_axios_client.getCurrentServerTime)(this.serverURL.hostname());
if (currentTime) {
return {
minTime: 0,
maxTime: currentTime + seconds
};
}
// if this is a retry, then the retry has failed, so use local time
if (_isRetry) {
return {
minTime: 0,
maxTime: Math.floor(new Date().getTime() / 1000) + seconds
};
}
// otherwise, retry (by calling the root endpoint)
// toString automatically adds the trailing slash
await _horizon_axios_client.default.get((0, _urijs.default)(this.serverURL).toString());
return await this.fetchTimebounds(seconds, true);
}
/**
* Fetch the base fee. Since this hits the server, if the server call fails,
* you might get an error. You should be prepared to use a default value if
* that happens!
* @returns {Promise<number>} Promise that resolves to the base fee.
*/
async fetchBaseFee() {
const response = await this.feeStats();
return parseInt(response.last_ledger_base_fee, 10) || 100;
}
/**
* Fetch the fee stats endpoint.
* @see [Fee Stats](https://developers.stellar.org/api/aggregations/fee-stats/)
* @returns {Promise<HorizonApi.FeeStatsResponse>} Promise that resolves to the fee stats returned by Horizon.
*/
async feeStats() {
const cb = new _call_builder.CallBuilder((0, _urijs.default)(this.serverURL));
cb.filter.push(["fee_stats"]);
return cb.call();
}
/**
* Submits a transaction to the network.
*
* By default this function calls {@link Server#checkMemoRequired}, you can
* skip this check by setting the option `skipMemoRequiredCheck` to `true`.
*
* If you submit any number of `manageOffer` operations, this will add an
* attribute to the response that will help you analyze what happened with
* your offers.
*
* Ex:
* ```javascript
* const res = {
* ...response,
* offerResults: [
* {
* // Exact ordered list of offers that executed, with the exception
* // that the last one may not have executed entirely.
* offersClaimed: [
* sellerId: String,
* offerId: String,
* assetSold: {
* type: 'native|credit_alphanum4|credit_alphanum12',
*
* // these are only present if the asset is not native
* assetCode: String,
* issuer: String,
* },
*
* // same shape as assetSold
* assetBought: {}
* ],
*
* // What effect your manageOffer op had
* effect: "manageOfferCreated|manageOfferUpdated|manageOfferDeleted",
*
* // Whether your offer immediately got matched and filled
* wasImmediatelyFilled: Boolean,
*
* // Whether your offer immediately got deleted, if for example the order was too small
* wasImmediatelyDeleted: Boolean,
*
* // Whether the offer was partially, but not completely, filled
* wasPartiallyFilled: Boolean,
*
* // The full requested amount of the offer is open for matching
* isFullyOpen: Boolean,
*
* // The total amount of tokens bought / sold during transaction execution
* amountBought: Number,
* amountSold: Number,
*
* // if the offer was created, updated, or partially filled, this is
* // the outstanding offer
* currentOffer: {
* offerId: String,
* amount: String,
* price: {
* n: String,
* d: String,
* },
*
* selling: {
* type: 'native|credit_alphanum4|credit_alphanum12',
*
* // these are only present if the asset is not native
* assetCode: String,
* issuer: String,
* },
*
* // same as `selling`
* buying: {},
* },
*
* // the index of this particular operation in the op stack
* operationIndex: Number
* }
* ]
* }
* ```
*
* For example, you'll want to examine `offerResults` to add affordances like
* these to your app:
* * If `wasImmediatelyFilled` is true, then no offer was created. So if you
* normally watch the `Server.offers` endpoint for offer updates, you
* instead need to check `Server.trades` to find the result of this filled
* offer.
* * If `wasImmediatelyDeleted` is true, then the offer you submitted was
* deleted without reaching the orderbook or being matched (possibly because
* your amounts were rounded down to zero). So treat the just-submitted
* offer request as if it never happened.
* * If `wasPartiallyFilled` is true, you can tell the user that
* `amountBought` or `amountSold` have already been transferred.
*
* @see [Post
* Transaction](https://developers.stellar.org/api/resources/transactions/post/)
* @param {Transaction|FeeBumpTransaction} transaction - The transaction to submit.
* @param {object} [opts] Options object
* @param {boolean} [opts.skipMemoRequiredCheck] - Allow skipping memo
* required check, default: `false`. See
* [SEP0029](https://github.com/stellar/stellar-protocol/blob/master/ecosystem/sep-0029.md).
* @returns {Promise} Promise that resolves or rejects with response from
* horizon.
*/
async submitTransaction(transaction, opts = {
skipMemoRequiredCheck: false
}) {
// only check for memo required if skipMemoRequiredCheck is false and the transaction doesn't include a memo.
if (!opts.skipMemoRequiredCheck) {
await this.checkMemoRequired(transaction);
}
const tx = encodeURIComponent(transaction.toEnvelope().toXDR().toString("base64"));
return _horizon_axios_client.default.post((0, _urijs.default)(this.serverURL).segment("transactions").toString(), `tx=${tx}`, {
timeout: SUBMIT_TRANSACTION_TIMEOUT
}).then(response => {
if (!response.data.result_xdr) {
return response.data;
}
const responseXDR = _stellarBase.xdr.TransactionResult.fromXDR(response.data.result_xdr, "base64");
// TODO: fix stellar-base types.
const results = responseXDR.result().value();
let offerResults;
let hasManageOffer;
if (results.length) {
offerResults = results
// TODO: fix stellar-base types.
.map((result, i) => {
if (result.value().switch().name !== "manageBuyOffer" && result.value().switch().name !== "manageSellOffer") {
return null;
}
hasManageOffer = true;
let amountBought = new _bignumber.default(0);
let amountSold = new _bignumber.default(0);
const offerSuccess = result.value().value().success();
const offersClaimed = offerSuccess.offersClaimed()
// TODO: fix stellar-base types.
.map(offerClaimedAtom => {
const offerClaimed = offerClaimedAtom.value();
let sellerId = "";
switch (offerClaimedAtom.switch()) {
case _stellarBase.xdr.ClaimAtomType.claimAtomTypeV0():
sellerId = _stellarBase.StrKey.encodeEd25519PublicKey(offerClaimed.sellerEd25519());
break;
case _stellarBase.xdr.ClaimAtomType.claimAtomTypeOrderBook():
sellerId = _stellarBase.StrKey.encodeEd25519PublicKey(offerClaimed.sellerId().ed25519());
break;
// It shouldn't be possible for a claimed offer to have type
// claimAtomTypeLiquidityPool:
//
// https://github.com/stellar/stellar-core/blob/c5f6349b240818f716617ca6e0f08d295a6fad9a/src/transactions/TransactionUtils.cpp#L1284
//
// However, you can never be too careful.
default:
throw new Error("Invalid offer result type: " + offerClaimedAtom.switch());
}
const claimedOfferAmountBought = new _bignumber.default(
// amountBought is a js-xdr hyper
offerClaimed.amountBought().toString());
const claimedOfferAmountSold = new _bignumber.default(
// amountBought is a js-xdr hyper
offerClaimed.amountSold().toString());
// This is an offer that was filled by the one just submitted.
// So this offer has an _opposite_ bought/sold frame of ref
// than from what we just submitted!
// So add this claimed offer's bought to the SOLD count and vice v
amountBought = amountBought.plus(claimedOfferAmountSold);
amountSold = amountSold.plus(claimedOfferAmountBought);
const sold = _stellarBase.Asset.fromOperation(offerClaimed.assetSold());
const bought = _stellarBase.Asset.fromOperation(offerClaimed.assetBought());
const assetSold = {
type: sold.getAssetType(),
assetCode: sold.getCode(),
issuer: sold.getIssuer()
};
const assetBought = {
type: bought.getAssetType(),
assetCode: bought.getCode(),
issuer: bought.getIssuer()
};
return {
sellerId,
offerId: offerClaimed.offerId().toString(),
assetSold,
amountSold: _getAmountInLumens(claimedOfferAmountSold),
assetBought,
amountBought: _getAmountInLumens(claimedOfferAmountBought)
};
});
const effect = offerSuccess.offer().switch().name;
let currentOffer;
if (typeof offerSuccess.offer().value === "function" && offerSuccess.offer().value()) {
const offerXDR = offerSuccess.offer().value();
currentOffer = {
offerId: offerXDR.offerId().toString(),
selling: {},
buying: {},
amount: _getAmountInLumens(offerXDR.amount().toString()),
price: {
n: offerXDR.price().n(),
d: offerXDR.price().d()
}
};
const selling = _stellarBase.Asset.fromOperation(offerXDR.selling());
currentOffer.selling = {
type: selling.getAssetType(),
assetCode: selling.getCode(),
issuer: selling.getIssuer()
};
const buying = _stellarBase.Asset.fromOperation(offerXDR.buying());
currentOffer.buying = {
type: buying.getAssetType(),
assetCode: buying.getCode(),
issuer: buying.getIssuer()
};
}
return {
offersClaimed,
effect,
operationIndex: i,
currentOffer,
// this value is in stroops so divide it out
amountBought: _getAmountInLumens(amountBought),
amountSold: _getAmountInLumens(amountSold),
isFullyOpen: !offersClaimed.length && effect !== "manageOfferDeleted",
wasPartiallyFilled: !!offersClaimed.length && effect !== "manageOfferDeleted",
wasImmediatelyFilled: !!offersClaimed.length && effect === "manageOfferDeleted",
wasImmediatelyDeleted: !offersClaimed.length && effect === "manageOfferDeleted"
};
})
// TODO: fix stellar-base types.
.filter(result => !!result);
}
return Object.assign({}, response.data, {
offerResults: hasManageOffer ? offerResults : undefined
});
}).catch(response => {
if (response instanceof Error) {
return Promise.reject(response);
}
return Promise.reject(new _errors.BadResponseError(`Transaction submission failed. Server responded: ${response.status} ${response.statusText}`, response.data));
});
}
/**
* @returns {AccountCallBuilder} New {@link AccountCallBuilder} object configured by a current Horizon server configuration.
*/
accounts() {
return new _account_call_builder.AccountCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {ClaimableBalanceCallBuilder} New {@link ClaimableBalanceCallBuilder} object configured by a current Horizon server configuration.
*/
claimableBalances() {
return new _claimable_balances_call_builder.ClaimableBalanceCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {LedgerCallBuilder} New {@link LedgerCallBuilder} object configured by a current Horizon server configuration.
*/
ledgers() {
return new _ledger_call_builder.LedgerCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {TransactionCallBuilder} New {@link TransactionCallBuilder} object configured by a current Horizon server configuration.
*/
transactions() {
return new _transaction_call_builder.TransactionCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* People on the Stellar network can make offers to buy or sell assets. This endpoint represents all the offers on the DEX.
*
* You can query all offers for account using the function `.accountId`:
*
* ```
* server.offers()
* .forAccount(accountId).call()
* .then(function(offers) {
* console.log(offers);
* });
* ```
* @returns {OfferCallBuilder} New {@link OfferCallBuilder} object
*/
offers() {
return new _offer_call_builder.OfferCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @param {Asset} selling Asset being sold
* @param {Asset} buying Asset being bought
* @returns {OrderbookCallBuilder} New {@link OrderbookCallBuilder} object configured by a current Horizon server configuration.
*/
orderbook(selling, buying) {
return new _orderbook_call_builder.OrderbookCallBuilder((0, _urijs.default)(this.serverURL), selling, buying);
}
/**
* Returns
* @returns {TradesCallBuilder} New {@link TradesCallBuilder} object configured by a current Horizon server configuration.
*/
trades() {
return new _trades_call_builder.TradesCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {OperationCallBuilder} New {@link OperationCallBuilder} object configured by a current Horizon server configuration.
*/
operations() {
return new _operation_call_builder.OperationCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {LiquidityPoolCallBuilder} New {@link LiquidityPoolCallBuilder}
* object configured to the current Horizon server settings.
*/
liquidityPools() {
return new _liquidity_pool_call_builder.LiquidityPoolCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* The Stellar Network allows payments to be made between assets through path
* payments. A strict receive path payment specifies a series of assets to
* route a payment through, from source asset (the asset debited from the
* payer) to destination asset (the asset credited to the payee).
*
* A strict receive path search is specified using:
*
* * The destination address.
* * The source address or source assets.
* * The asset and amount that the destination account should receive.
*
* As part of the search, horizon will load a list of assets available to the
* source address and will find any payment paths from those source assets to
* the desired destination asset. The search's amount parameter will be used
* to determine if there a given path can satisfy a payment of the desired
* amount.
*
* If a list of assets is passed as the source, horizon will find any payment
* paths from those source assets to the desired destination asset.
*
* @param {string|Asset[]} source The sender's account ID or a list of assets. Any returned path will use a source that the sender can hold.
* @param {Asset} destinationAsset The destination asset.
* @param {string} destinationAmount The amount, denominated in the destination asset, that any returned path should be able to satisfy.
* @returns {StrictReceivePathCallBuilder} New {@link StrictReceivePathCallBuilder} object configured with the current Horizon server configuration.
*/
strictReceivePaths(source, destinationAsset, destinationAmount) {
return new _strict_receive_path_call_builder.StrictReceivePathCallBuilder((0, _urijs.default)(this.serverURL), source, destinationAsset, destinationAmount);
}
/**
* The Stellar Network allows payments to be made between assets through path payments. A strict send path payment specifies a
* series of assets to route a payment through, from source asset (the asset debited from the payer) to destination
* asset (the asset credited to the payee).
*
* A strict send path search is specified using:
*
* The asset and amount that is being sent.
* The destination account or the destination assets.
*
* @param {Asset} sourceAsset The asset to be sent.
* @param {string} sourceAmount The amount, denominated in the source asset, that any returned path should be able to satisfy.
* @param {string|Asset[]} destination The destination account or the destination assets.
* @returns {StrictSendPathCallBuilder} New {@link StrictSendPathCallBuilder} object configured with the current Horizon server configuration.
*/
strictSendPaths(sourceAsset, sourceAmount, destination) {
return new _strict_send_path_call_builder.StrictSendPathCallBuilder((0, _urijs.default)(this.serverURL), sourceAsset, sourceAmount, destination);
}
/**
* @returns {PaymentCallBuilder} New {@link PaymentCallBuilder} instance configured with the current
* Horizon server configuration.
*/
payments() {
return new _payment_call_builder.PaymentCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @returns {EffectCallBuilder} New {@link EffectCallBuilder} instance configured with the current
* Horizon server configuration
*/
effects() {
return new _effect_call_builder.EffectCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* @param {string} address The Stellar ID that you want Friendbot to send lumens to
* @returns {FriendbotBuilder} New {@link FriendbotBuilder} instance configured with the current
* Horizon server configuration
* @private
*/
friendbot(address) {
return new _friendbot_builder.FriendbotBuilder((0, _urijs.default)(this.serverURL), address);
}
/**
* Get a new {@link AssetsCallBuilder} instance configured with the current
* Horizon server configuration.
* @returns {AssetsCallBuilder} New AssetsCallBuilder instance
*/
assets() {
return new _assets_call_builder.AssetsCallBuilder((0, _urijs.default)(this.serverURL));
}
/**
* Fetches an account's most current state in the ledger, then creates and
* returns an {@link AccountResponse} object.
*
* @param {string} accountId - The account to load.
*
* @returns {Promise} Returns a promise to the {@link AccountResponse} object
* with populated sequence number.
*/
async loadAccount(accountId) {
const res = await this.accounts().accountId(accountId).call();
return new _account_response.AccountResponse(res);
}
/**
*
* @param {Asset} base base asset
* @param {Asset} counter counter asset
* @param {long} start_time lower time boundary represented as millis since epoch
* @param {long} end_time upper time boundary represented as millis since epoch
* @param {long} resolution segment duration as millis since epoch. *Supported values are 5 minutes (300000), 15 minutes (900000), 1 hour (3600000), 1 day (86400000) and 1 week (604800000).
* @param {long} offset segments can be offset using this parameter. Expressed in milliseconds. *Can only be used if the resolution is greater than 1 hour. Value must be in whole hours, less than the provided resolution, and less than 24 hours.
* Returns new {@link TradeAggregationCallBuilder} object configured with the current Horizon server configuration.
* @returns {TradeAggregationCallBuilder} New TradeAggregationCallBuilder instance
*/
tradeAggregation(base, counter, start_time, end_time, resolution, offset) {
return new _trade_aggregation_call_builder.TradeAggregationCallBuilder((0, _urijs.default)(this.serverURL), base, counter, start_time, end_time, resolution, offset);
}
/**
* Check if any of the destination accounts requires a memo.
*
* This function implements a memo required check as defined in
* [SEP-29](https://stellar.org/protocol/sep-29). It will load each account
* which is the destination and check if it has the data field
* `config.memo_required` set to `"MQ=="`.
*
* Each account is checked sequentially instead of loading multiple accounts
* at the same time from Horizon.
*
* @see https://stellar.org/protocol/sep-29
* @param {Transaction} transaction - The transaction to check.
* @returns {Promise<void, Error>} - If any of the destination account
* requires a memo, the promise will throw {@link AccountRequiresMemoError}.
* @throws {AccountRequiresMemoError}
*/
async checkMemoRequired(transaction) {
if (transaction instanceof _stellarBase.FeeBumpTransaction) {
transaction = transaction.innerTransaction;
}
if (transaction.memo.type !== "none") {
return;
}
const destinations = new Set();
for (let i = 0; i < transaction.operations.length; i++) {
const operation = transaction.operations[i];
switch (operation.type) {
case "payment":
case "pathPaymentStrictReceive":
case "pathPaymentStrictSend":
case "accountMerge":
break;
default:
continue;
}
const destination = operation.destination;
if (destinations.has(destination)) {
continue;
}
destinations.add(destination);
// skip M account checks since it implies a memo
if (destination.startsWith("M")) {
continue;
}
try {
const account = await this.loadAccount(destination);
if (account.data_attr["config.memo_required"] === ACCOUNT_REQUIRES_MEMO) {
throw new _errors.AccountRequiresMemoError("account requires memo", destination, i);
}
} catch (e) {
if (e instanceof _errors.AccountRequiresMemoError) {
throw e;
}
// fail if the error is different to account not found
if (!(e instanceof _errors.NotFoundError)) {
throw e;
}
continue;
}
}
}
}
exports.Server = Server;