lamassu-server/packages/server/lib/plugins.js
2025-06-03 13:33:09 +01:00

1071 lines
30 KiB
JavaScript

const _ = require('lodash/fp')
const crypto = require('crypto')
const pgp = require('pg-promise')()
const { getTimezoneOffset } = require('date-fns-tz')
const { millisecondsToMinutes } = require('date-fns/fp')
const { skip2fa } = require('./environment-helper')
const BN = require('./bn')
const dbm = require('./postgresql_interface')
const db = require('./db')
const logger = require('./logger')
const logs = require('./logs')
const T = require('./time')
const configManager = require('./new-config-manager')
const settingsLoader = require('./new-settings-loader')
const ticker = require('./ticker')
const wallet = require('./wallet')
const walletScoring = require('./wallet-scoring')
const exchange = require('./exchange')
const sms = require('./sms')
const email = require('./email')
const cashOutHelper = require('./cash-out/cash-out-helper')
const machineLoader = require('./machine-loader')
const commissionMath = require('./commission-math')
const loyalty = require('./loyalty')
const transactionBatching = require('./tx-batching')
const {
CASH_OUT_DISPENSE_READY,
CASH_OUT_MAXIMUM_AMOUNT_OF_CASSETTES,
CASH_OUT_MAXIMUM_AMOUNT_OF_RECYCLERS,
CASH_UNIT_CAPACITY,
CONFIRMATION_CODE,
} = require('./constants')
const notifier = require('./notifier')
const { utils: coinUtils } = require('@lamassu/coins')
const mapValuesWithKey = _.mapValues.convert({
cap: false,
})
const TRADE_TTL = 2 * T.minutes
const STALE_TICKER = 3 * T.minutes
const STALE_BALANCE = 3 * T.minutes
const tradesQueues = {}
function plugins(settings, deviceId) {
function internalBuildRates(tickers, withCommission = true) {
const localeConfig = configManager.getLocale(deviceId, settings.config)
const cryptoCodes = localeConfig.cryptoCurrencies
const rates = {}
cryptoCodes.forEach((cryptoCode, i) => {
const rateRec = tickers[i]
const commissions = configManager.getCommissions(
cryptoCode,
deviceId,
settings.config,
)
if (!rateRec) return
const cashInCommission = new BN(1).plus(
new BN(commissions.cashIn).div(100),
)
const cashOutCommission = _.isNil(commissions.cashOut)
? undefined
: new BN(1).plus(new BN(commissions.cashOut).div(100))
if (Date.now() - rateRec.timestamp > STALE_TICKER)
return logger.warn('Stale rate for ' + cryptoCode)
const rate = rateRec.rates
withCommission
? (rates[cryptoCode] = {
cashIn: rate.ask.times(cashInCommission).decimalPlaces(5),
cashOut:
cashOutCommission &&
rate.bid.div(cashOutCommission).decimalPlaces(5),
})
: (rates[cryptoCode] = {
cashIn: rate.ask.decimalPlaces(5),
cashOut: rate.bid.decimalPlaces(5),
})
})
return rates
}
function buildRatesNoCommission(tickers) {
return internalBuildRates(tickers, false)
}
function buildRates(tickers) {
return internalBuildRates(tickers, true)
}
function getNotificationConfig() {
return configManager.getGlobalNotifications(settings.config)
}
function buildBalances(balanceRecs) {
const localeConfig = configManager.getLocale(deviceId, settings.config)
const cryptoCodes = localeConfig.cryptoCurrencies
const balances = {}
cryptoCodes.forEach((cryptoCode, i) => {
const balanceRec = balanceRecs[i]
if (!balanceRec)
return logger.warn('No balance for ' + cryptoCode + ' yet')
if (Date.now() - balanceRec.timestamp > STALE_BALANCE)
return logger.warn('Stale balance for ' + cryptoCode)
balances[cryptoCode] = balanceRec.balance
})
return balances
}
function isZeroConf(tx) {
const walletSettings = configManager.getWalletSettings(
tx.cryptoCode,
settings.config,
)
const zeroConfLimit = walletSettings.zeroConfLimit || 0
return tx.fiat.lte(zeroConfLimit)
}
const accountProvisioned = (cashUnitType, cashUnits, redeemableTxs) => {
const kons = (cashUnits, tx) => {
// cash-out-helper sends 0 as fallback value, need to filter it out as there are no '0' denominations
const cashUnitsBills = _.flow(
_.get(['bills']),
_.filter(
it => _.includes(cashUnitType, it.name) && it.denomination > 0,
),
_.zip(cashUnits),
)(tx)
const sameDenominations = ([cashUnit, bill]) =>
cashUnit?.denomination === bill?.denomination
if (!_.every(sameDenominations, cashUnitsBills))
throw new Error(
`Denominations don't add up, ${cashUnitType}s were changed.`,
)
return _.map(
([cashUnit, { provisioned }]) =>
_.set('count', cashUnit.count - provisioned, cashUnit),
cashUnitsBills,
)
}
return _.reduce(kons, cashUnits, redeemableTxs)
}
function computeAvailableCassettes(cassettes, redeemableTxs) {
if (_.isEmpty(redeemableTxs)) return cassettes
cassettes = accountProvisioned('cassette', cassettes, redeemableTxs)
if (_.some(({ count }) => count < 0, cassettes))
throw new Error(
`Negative note count detected: ${JSON.stringify(cassettes)}`,
)
return cassettes
}
function computeAvailableRecyclers(recyclers, redeemableTxs) {
if (_.isEmpty(redeemableTxs)) return recyclers
recyclers = accountProvisioned('recycler', recyclers, redeemableTxs)
if (_.some(({ count }) => count < 0, recyclers))
throw new Error(
`Negative note count detected: ${JSON.stringify(recyclers)}`,
)
return recyclers
}
function buildAvailableCassettes(excludeTxId) {
const cashOutConfig = configManager.getCashOut(deviceId, settings.config)
if (!cashOutConfig.active) return Promise.resolve()
return Promise.all([
dbm.cassetteCounts(deviceId),
cashOutHelper.redeemableTxs(deviceId, excludeTxId),
]).then(([{ counts, numberOfCassettes }, redeemableTxs]) => {
redeemableTxs = _.reject(
_.matchesProperty('id', excludeTxId),
redeemableTxs,
)
const denominations = _.map(
it => cashOutConfig[`cassette${it}`],
_.range(1, numberOfCassettes + 1),
)
if (counts.length !== denominations.length)
throw new Error('Denominations and respective counts do not match!')
const cassettes = _.map(
it => ({
name: `cassette${it + 1}`,
denomination: parseInt(denominations[it], 10),
count: parseInt(counts[it], 10),
}),
_.range(0, numberOfCassettes),
)
const virtualCassettes = denominations.length
? [Math.max(...denominations) * 2]
: []
try {
return {
cassettes: computeAvailableCassettes(cassettes, redeemableTxs),
virtualCassettes,
}
} catch (err) {
logger.error(err)
return {
cassettes,
virtualCassettes,
}
}
})
}
function buildAvailableRecyclers(excludeTxId) {
const cashOutConfig = configManager.getCashOut(deviceId, settings.config)
if (!cashOutConfig.active) return Promise.resolve()
return Promise.all([
dbm.recyclerCounts(deviceId),
cashOutHelper.redeemableTxs(deviceId, excludeTxId),
]).then(([{ counts, numberOfRecyclers }, redeemableTxs]) => {
redeemableTxs = _.reject(
_.matchesProperty('id', excludeTxId),
redeemableTxs,
)
const denominations = _.map(
it => cashOutConfig[`recycler${it}`],
_.range(1, numberOfRecyclers + 1),
)
if (counts.length !== denominations.length)
throw new Error('Denominations and respective counts do not match!')
const recyclers = _.map(
it => ({
number: it + 1,
name: `recycler${it + 1}`,
denomination: parseInt(denominations[it], 10),
count: parseInt(counts[it], 10),
}),
_.range(0, numberOfRecyclers),
)
const virtualRecyclers = denominations.length
? [Math.max(..._.flatten(denominations)) * 2]
: []
try {
return {
recyclers: computeAvailableRecyclers(recyclers, redeemableTxs),
virtualRecyclers,
}
} catch (err) {
logger.error(err)
return {
recyclers,
virtualRecyclers,
}
}
})
}
function buildAvailableUnits(excludeTxId) {
return Promise.all([
buildAvailableCassettes(excludeTxId),
buildAvailableRecyclers(excludeTxId),
]).then(([cassettes, recyclers]) => ({
cassettes: cassettes.cassettes,
recyclers: recyclers.recyclers,
}))
}
function mapCoinSettings(coinParams) {
const [cryptoCode, cryptoNetwork] = coinParams
const commissions = configManager.getCommissions(
cryptoCode,
deviceId,
settings.config,
)
const minimumTx = new BN(commissions.minimumTx)
const cashInFee = new BN(commissions.fixedFee)
const cashOutFee = new BN(commissions.cashOutFixedFee)
const cashInCommission = new BN(commissions.cashIn)
const cashOutCommission = _.isNumber(commissions.cashOut)
? new BN(commissions.cashOut)
: null
const cryptoRec = coinUtils.getCryptoCurrency(cryptoCode)
const cryptoUnits = configManager.getCryptoUnits(
cryptoCode,
settings.config,
)
return {
cryptoCode,
cryptoCodeDisplay: cryptoRec.cryptoCodeDisplay ?? cryptoCode,
display: cryptoRec.display,
isCashInOnly: Boolean(cryptoRec.isCashinOnly),
minimumTx: BN.max(minimumTx, cashInFee),
cashInFee,
cashOutFee,
cashInCommission,
cashOutCommission,
cryptoNetwork,
cryptoUnits,
}
}
function getTickerRates(fiatCode, cryptoCode) {
return ticker.getRates(settings, fiatCode, cryptoCode)
}
function pollQueries() {
const localeConfig = configManager.getLocale(deviceId, settings.config)
const fiatCode = localeConfig.fiatCurrency
const cryptoCodes = localeConfig.cryptoCurrencies
const machineScreenOpts = configManager.getAllMachineScreenOpts(
settings.config,
)
const tickerPromises = cryptoCodes.map(c => getTickerRates(fiatCode, c))
const balancePromises = cryptoCodes.map(c => fiatBalance(fiatCode, c))
const networkPromises = cryptoCodes.map(c =>
wallet.cryptoNetwork(settings, c),
)
const supportsBatchingPromise = cryptoCodes.map(c =>
wallet.supportsBatching(settings, c),
)
return Promise.all([
buildAvailableCassettes(),
buildAvailableRecyclers(),
settingsLoader.fetchCurrentConfigVersion(),
millisecondsToMinutes(getTimezoneOffset(localeConfig.timezone)),
loyalty.getNumberOfAvailablePromoCodes(),
Promise.all(supportsBatchingPromise),
Promise.all(tickerPromises),
Promise.all(balancePromises),
Promise.all(networkPromises),
]).then(
([
cassettes,
recyclers,
configVersion,
timezone,
numberOfAvailablePromoCodes,
batchableCoins,
tickers,
balances,
networks,
]) => {
const coinsWithoutRate = _.flow(
_.zip(cryptoCodes),
_.map(mapCoinSettings),
)(networks)
const coins = _.flow(
_.map(it => ({ batchable: it })),
_.zipWith(_.assign, _.zipWith(_.assign, coinsWithoutRate, tickers)),
)(batchableCoins)
return {
cassettes,
recyclers: recyclers,
rates: buildRates(tickers),
balances: buildBalances(balances),
coins,
configVersion,
areThereAvailablePromoCodes: numberOfAvailablePromoCodes > 0,
timezone,
screenOptions: machineScreenOpts,
}
},
)
}
function sendCoins(tx) {
return wallet
.supportsBatching(settings, tx.cryptoCode)
.then(supportsBatching => {
if (supportsBatching) {
return transactionBatching.addTransactionToBatch(tx).then(() => ({
batched: true,
sendPending: false,
error: null,
errorCode: null,
}))
}
return wallet.sendCoins(settings, tx)
})
}
function pruneMachinesHeartbeat() {
const sql = `DELETE
FROM machine_network_heartbeat h
USING (SELECT device_id, max(created) as lastEntry
FROM machine_network_heartbeat
GROUP BY device_id) d
WHERE d.device_id = h.device_id
AND h.created < d.lastEntry`
return db.none(sql)
}
function isHd(tx) {
return wallet.isHd(settings, tx)
}
function getStatus(tx) {
return wallet.getStatus(settings, tx)
}
function newAddress(tx) {
const info = {
cryptoCode: tx.cryptoCode,
label: 'TX ' + Date.now(),
account: 'deposit',
hdIndex: tx.hdIndex,
cryptoAtoms: tx.cryptoAtoms,
isLightning: tx.isLightning,
}
return wallet.newAddress(settings, info, tx)
}
function fiatBalance(fiatCode, cryptoCode) {
const commissions = configManager.getCommissions(
cryptoCode,
deviceId,
settings.config,
)
return Promise.all([
getTickerRates(fiatCode, cryptoCode),
wallet.balance(settings, cryptoCode),
]).then(([rates, balanceRec]) => {
if (!rates || !balanceRec) return null
const rawRate = rates.rates.ask
const cashInCommission = new BN(1).minus(
new BN(commissions.cashIn).div(100),
)
const balance = balanceRec.balance
if (!rawRate || !balance) return null
const rate = rawRate.div(cashInCommission)
const lowBalanceMargin = new BN(0.95)
const cryptoRec = coinUtils.getCryptoCurrency(cryptoCode)
const unitScale = cryptoRec.unitScale
const shiftedRate = rate.shiftedBy(-unitScale)
const fiatTransferBalance = balance
.times(shiftedRate)
.times(lowBalanceMargin)
return {
timestamp: balanceRec.timestamp,
balance: fiatTransferBalance.integerValue(BN.ROUND_DOWN).toString(),
}
})
}
function notifyConfirmation(tx) {
logger.debug('notifyConfirmation')
const phone = tx.phone
const timestamp = `${new Date().toISOString().substring(11, 19)} UTC`
return sms
.getSms(CASH_OUT_DISPENSE_READY, phone, { timestamp })
.then(smsObj => {
const rec = {
sms: smsObj,
}
return sms.sendMessage(settings, rec).then(() => {
const sql = 'UPDATE cash_out_txs SET notified=$1 WHERE id=$2'
const values = [true, tx.id]
return db.none(sql, values)
})
})
}
function notifyOperator(tx, rec) {
// notify operator about new transaction and add high volume txs to database
return notifier.transactionNotify(tx, rec)
}
function clearOldLogs() {
return logs.clearOldLogs().catch(logger.error)
}
/*
* Trader functions
*/
function toMarketString(fiatCode, cryptoCode) {
return [fiatCode, cryptoCode].join('-')
}
function fromMarketString(market) {
const [fiatCode, cryptoCode] = market.split('-')
return { fiatCode, cryptoCode }
}
function buy(rec, tx) {
return buyAndSell(rec, true, tx)
}
function sell(rec) {
return buyAndSell(rec, false)
}
function buyAndSell(rec, doBuy, tx) {
const cryptoCode = rec.cryptoCode
if (!exchange.active(settings, cryptoCode)) return
return exchange.fetchExchange(settings, cryptoCode).then(_exchange => {
const fiatCode = _exchange.account.currencyMarket
const cryptoAtoms = doBuy
? commissionMath.fiatToCrypto(tx, rec, deviceId, settings.config)
: rec.cryptoAtoms.negated()
const market = toMarketString(fiatCode, cryptoCode)
const direction = doBuy ? 'cashIn' : 'cashOut'
const internalTxId = tx ? tx.id : rec.id
logger.debug('[%s] Pushing trade: %d', market, cryptoAtoms)
if (!tradesQueues[market]) tradesQueues[market] = []
tradesQueues[market].push({
direction,
internalTxId,
fiatCode,
cryptoAtoms,
cryptoCode,
timestamp: Date.now(),
})
})
}
function consolidateTrades(cryptoCode, fiatCode) {
const market = toMarketString(fiatCode, cryptoCode)
const marketTradesQueues = tradesQueues[market]
if (!marketTradesQueues || marketTradesQueues.length === 0) return null
logger.debug(
'[%s] tradesQueues size: %d',
market,
marketTradesQueues.length,
)
logger.debug('[%s] tradesQueues head: %j', market, marketTradesQueues[0])
const t1 = Date.now()
const filtered = marketTradesQueues.filter(tradeEntry => {
return t1 - tradeEntry.timestamp < TRADE_TTL
})
const filteredCount = marketTradesQueues.length - filtered.length
if (filteredCount > 0) {
tradesQueues[market] = filtered
logger.debug('[%s] expired %d trades', market, filteredCount)
}
if (filtered.length === 0) return null
const partitionByDirection = _.partition(
({ direction }) => direction === 'cashIn',
)
const [cashInTxs, cashOutTxs] = _.compose(
partitionByDirection,
_.uniqBy('internalTxId'),
)(filtered)
const cryptoAtoms = filtered.reduce(
(prev, current) => prev.plus(current.cryptoAtoms),
new BN(0),
)
const timestamp = filtered
.map(r => r.timestamp)
.reduce((acc, r) => Math.max(acc, r), 0)
const consolidatedTrade = {
cashInTxs,
cashOutTxs,
fiatCode,
cryptoAtoms,
cryptoCode,
timestamp,
}
tradesQueues[market] = []
logger.debug('[%s] consolidated: %j', market, consolidatedTrade)
return consolidatedTrade
}
function executeTrades() {
const pairs = _.map(fromMarketString)(_.keys(tradesQueues))
pairs.forEach(({ fiatCode, cryptoCode }) => {
try {
executeTradesForMarket(settings, fiatCode, cryptoCode)
} catch (err) {
logger.error(err)
}
})
// Poller expects a promise
return Promise.resolve()
}
function executeTradesForMarket(settings, fiatCode, cryptoCode) {
if (!exchange.active(settings, cryptoCode)) return
const market = toMarketString(fiatCode, cryptoCode)
const tradeEntry = consolidateTrades(cryptoCode, fiatCode)
if (tradeEntry === null || tradeEntry.cryptoAtoms.eq(0)) return
return executeTradeForType(tradeEntry).catch(err => {
tradesQueues[market].push(tradeEntry)
if (err.name === 'orderTooSmall') return logger.debug(err.message)
logger.error(err)
})
}
function executeTradeForType(_tradeEntry) {
const expand = te =>
_.assign(te, {
cryptoAtoms: te.cryptoAtoms.abs(),
type: te.cryptoAtoms.gte(0) ? 'buy' : 'sell',
})
const tradeEntry = expand(_tradeEntry)
const execute = tradeEntry.type === 'buy' ? exchange.buy : exchange.sell
return recordTrade(tradeEntry).then(newEntry => {
tradeEntry.tradeId = newEntry.id
return execute(settings, tradeEntry).catch(err => {
updateTradeEntry(tradeEntry, newEntry, err).then(() => {
logger.error(err)
throw err
})
})
})
}
function updateTradeEntry(tradeEntry, newEntry, err) {
const data = mergeTradeEntryAndError(tradeEntry, err)
const sql =
pgp.helpers.update(data, ['error'], 'trades') +
` WHERE id = ${newEntry.id}`
return db.none(sql)
}
function recordTradeAndTx(tradeId, { cashInTxs, cashOutTxs }, dbTx) {
const columnSetCashIn = new pgp.helpers.ColumnSet(['tx_id', 'trade_id'], {
table: 'cashin_tx_trades',
})
const columnSetCashOut = new pgp.helpers.ColumnSet(['tx_id', 'trade_id'], {
table: 'cashout_tx_trades',
})
const mapToEntry = _.map(tx => ({
tx_id: tx.internalTxId,
trade_id: tradeId,
}))
const queries = []
if (!_.isEmpty(cashInTxs)) {
const query = pgp.helpers.insert(mapToEntry(cashInTxs), columnSetCashIn)
queries.push(dbTx.none(query))
}
if (!_.isEmpty(cashOutTxs)) {
const query = pgp.helpers.insert(mapToEntry(cashOutTxs), columnSetCashOut)
queries.push(dbTx.none(query))
}
return Promise.all(queries)
}
function convertBigNumFields(obj) {
const convert = (value, key) =>
_.includes(key, ['cryptoAtoms', 'fiat']) ? value.toString() : value
const convertKey = key =>
_.includes(key, ['cryptoAtoms', 'fiat']) ? key + '#' : key
return _.mapKeys(convertKey, mapValuesWithKey(convert, obj))
}
function mergeTradeEntryAndError(tradeEntry, error) {
if (error && error.message) {
return Object.assign({}, tradeEntry, {
error: error.message.slice(0, 200),
})
}
return tradeEntry
}
function recordTrade(_tradeEntry, error) {
const massage = _.flow(
mergeTradeEntryAndError,
_.pick(['cryptoCode', 'cryptoAtoms', 'fiatCode', 'type', 'error']),
convertBigNumFields,
_.mapKeys(_.snakeCase),
)
const tradeEntry = massage(_tradeEntry, error)
const sql = pgp.helpers.insert(tradeEntry, null, 'trades') + 'RETURNING *'
return db.tx(t => {
return t.oneOrNone(sql).then(newTrade => {
return recordTradeAndTx(newTrade.id, _tradeEntry, t).then(
() => newTrade,
)
})
})
}
function sendMessage(rec) {
const notifications = configManager.getGlobalNotifications(settings.config)
let promises = []
if (notifications.email.active && rec.email)
promises.push(email.sendMessage(settings, rec))
if (notifications.sms.active && rec.sms)
promises.push(sms.sendMessage(settings, rec))
return Promise.all(promises)
}
function checkDevicesCashBalances(fiatCode, devices) {
return _.map(device => checkDeviceCashBalances(fiatCode, device), devices)
}
function getCashUnitCapacity(model, device) {
if (!CASH_UNIT_CAPACITY[model]) {
return CASH_UNIT_CAPACITY.default[device]
}
return CASH_UNIT_CAPACITY[model][device]
}
function checkDeviceCashBalances(fiatCode, device) {
const deviceId = device.deviceId
const machineName = device.name
const notifications = configManager.getNotifications(
null,
deviceId,
settings.config,
)
const cashInAlerts =
device.cashUnits.cashbox > notifications.cashInAlertThreshold
? [
{
code: 'CASH_BOX_FULL',
machineName,
deviceId,
notes: device.cashUnits.cashbox,
},
]
: []
const cashOutConfig = configManager.getCashOut(deviceId, settings.config)
const cashOutEnabled = cashOutConfig.active
const isUnitLow = (have, max, limit) => (have / max) * 100 < limit
if (!cashOutEnabled) return cashInAlerts
const cassetteCapacity = getCashUnitCapacity(device.model, 'cassette')
const cassetteAlerts = Array(
Math.min(
device.numberOfCassettes ?? 0,
CASH_OUT_MAXIMUM_AMOUNT_OF_CASSETTES,
),
)
.fill(null)
.flatMap((_elem, idx) => {
const nth = idx + 1
const cassetteField = `cassette${nth}`
const notes = device.cashUnits[cassetteField]
const denomination = cashOutConfig[cassetteField]
const limit = notifications[`fillingPercentageCassette${nth}`]
return isUnitLow(notes, cassetteCapacity, limit)
? [
{
code: 'LOW_CASH_OUT',
cassette: nth,
machineName,
deviceId,
notes,
denomination,
fiatCode,
},
]
: []
})
const recyclerCapacity = getCashUnitCapacity(device.model, 'recycler')
const recyclerAlerts = Array(
Math.min(
device.numberOfRecyclers ?? 0,
CASH_OUT_MAXIMUM_AMOUNT_OF_RECYCLERS,
),
)
.fill(null)
.flatMap((_elem, idx) => {
const nth = idx + 1
const recyclerField = `recycler${nth}`
const notes = device.cashUnits[recyclerField]
const denomination = cashOutConfig[recyclerField]
const limit = notifications[`fillingPercentageRecycler${nth}`]
return isUnitLow(notes, recyclerCapacity, limit)
? [
{
code: 'LOW_RECYCLER_STACKER',
cassette: nth, // @see DETAIL_TEMPLATE in /lib/notifier/utils.js
machineName,
deviceId,
notes,
denomination,
fiatCode,
},
]
: []
})
return [].concat(cashInAlerts, cassetteAlerts, recyclerAlerts)
}
function checkCryptoBalances(fiatCode, devices) {
const fiatBalancePromises = cryptoCodes =>
_.map(c => fiatBalance(fiatCode, c), cryptoCodes)
const fetchCryptoCodes = _deviceId => {
const localeConfig = configManager.getLocale(_deviceId, settings.config)
return localeConfig.cryptoCurrencies
}
const union = _.flow(_.map(fetchCryptoCodes), _.flatten, _.uniq)
const cryptoCodes = union(devices)
const checkCryptoBalanceWithFiat = _.partial(checkCryptoBalance, [fiatCode])
return Promise.all(fiatBalancePromises(cryptoCodes)).then(balances =>
_.map(checkCryptoBalanceWithFiat, _.zip(cryptoCodes, balances)),
)
}
function checkCryptoBalance(fiatCode, rec) {
const [cryptoCode, fiatBalance] = rec
if (!fiatBalance) return null
const notifications = configManager.getNotifications(
cryptoCode,
null,
settings.config,
)
const lowAlertThreshold = notifications.cryptoLowBalance
const highAlertThreshold = notifications.cryptoHighBalance
const req = {
cryptoCode,
fiatBalance,
fiatCode,
}
if (
_.isFinite(lowAlertThreshold) &&
new BN(fiatBalance.balance).lt(lowAlertThreshold)
) {
return _.set('code')('LOW_CRYPTO_BALANCE')(req)
}
if (
_.isFinite(highAlertThreshold) &&
new BN(fiatBalance.balance).gt(highAlertThreshold)
) {
return _.set('code')('HIGH_CRYPTO_BALANCE')(req)
}
return null
}
function checkBalances() {
const localeConfig = configManager.getGlobalLocale(settings.config)
const fiatCode = localeConfig.fiatCurrency
return machineLoader
.getMachines()
.then(devices =>
Promise.all([
checkCryptoBalances(fiatCode, devices),
checkDevicesCashBalances(fiatCode, devices),
]),
)
.then(_.flow(_.flattenDeep, _.compact))
}
function randomCode() {
return new BN(crypto.randomBytes(3).toString('hex'), 16)
.shiftedBy(-6)
.toFixed(6)
.slice(-6)
}
function getPhoneCode(phone) {
const code =
settings.config.notifications_thirdParty_sms === 'mock-sms'
? '123'
: randomCode()
const timestamp = `${new Date().toISOString().substring(11, 19)} UTC`
return sms
.getSms(CONFIRMATION_CODE, phone, { code, timestamp })
.then(smsObj => {
const rec = {
sms: smsObj,
}
if (skip2fa) return '123'
return sms.sendMessage(settings, rec).then(() => code)
})
}
function getEmailCode(toEmail) {
const code =
settings.config.notifications_thirdParty_email === 'mock-email'
? '123'
: randomCode()
const rec = {
email: {
toEmail,
subject: 'Your cryptomat code',
body: `Your cryptomat code: ${code}`,
},
}
return email.sendCustomerMessage(settings, rec).then(() => code)
}
function sweepHdRow(row) {
const txId = row.id
const cryptoCode = row.crypto_code
return wallet
.sweep(settings, txId, cryptoCode, row.hd_index)
.then(txHash => {
if (txHash) {
logger.debug('[%s] Swept address with tx: %s', cryptoCode, txHash)
const sql = `update cash_out_txs
set swept='t'
where id = $1`
return db.none(sql, row.id)
}
})
.catch(err =>
logger.error(
'[%s] [Session ID: %s] Sweep error: %s',
cryptoCode,
row.id,
err.message,
),
)
}
function sweepHd() {
const sql = `SELECT id, crypto_code, hd_index
FROM cash_out_txs
WHERE hd_index IS NOT NULL
AND NOT swept
AND status IN ('confirmed', 'instant')
AND created > now() - interval '1 week'`
return db
.any(sql)
.then(rows => Promise.all(rows.map(sweepHdRow)))
.catch(logger.error)
}
function getMachineNames() {
return machineLoader.getMachineNames(settings.config)
}
function getRawRates() {
const localeConfig = configManager.getGlobalLocale(settings.config)
const fiatCode = localeConfig.fiatCurrency
const cryptoCodes = configManager.getAllCryptoCurrencies(settings.config)
const tickerPromises = cryptoCodes.map(c => getTickerRates(fiatCode, c))
return Promise.all(tickerPromises)
}
function getRates() {
return getRawRates().then(buildRates)
}
function rateAddress(cryptoCode, address) {
return walletScoring.rateAddress(settings, cryptoCode, address)
}
function rateTransaction(cryptoCode, address) {
return walletScoring.rateTransaction(settings, cryptoCode, address)
}
function isWalletScoringEnabled(tx) {
return walletScoring.isWalletScoringEnabled(settings, tx.cryptoCode)
}
function probeLN(cryptoCode, address) {
return wallet.probeLN(settings, cryptoCode, address)
}
return {
getRates,
buildRates,
getRawRates,
buildRatesNoCommission,
pollQueries,
sendCoins,
newAddress,
isHd,
isZeroConf,
getStatus,
getPhoneCode,
getEmailCode,
executeTrades,
clearOldLogs,
notifyConfirmation,
sweepHd,
sendMessage,
checkBalances,
getMachineNames,
buy,
sell,
getNotificationConfig,
notifyOperator,
pruneMachinesHeartbeat,
rateAddress,
rateTransaction,
isWalletScoringEnabled,
probeLN,
buildAvailableUnits,
}
}
module.exports = plugins