chore: use monorepo organization

This commit is contained in:
Rafael Taranto 2025-05-12 10:52:54 +01:00
parent deaf7d6ecc
commit a687827f7e
1099 changed files with 8184 additions and 11535 deletions

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const _ = require('lodash/fp')
const pgp = require('pg-promise')()
const db = require('../../db')
const getBills = filters => {
const deviceStatement = !_.isNil(filters.deviceId) ? `WHERE device_id = ${pgp.as.text(filters.deviceId)}` : ``
const batchStatement = filter => {
switch (filter) {
case 'none':
return `WHERE b.cashbox_batch_id IS NULL`
case 'any':
return `WHERE b.cashbox_batch_id IS NOT NULL`
default:
return _.isNil(filter) ? `` : `WHERE b.cashbox_batch_id = ${pgp.as.text(filter)}`
}
}
const sql = `SELECT b.id, b.fiat, b.fiat_code, b.created, b.cashbox_batch_id, cit.device_id AS device_id FROM bills b LEFT OUTER JOIN (
SELECT id, device_id FROM cash_in_txs ${deviceStatement}
) AS cit ON cit.id = b.cash_in_txs_id ${batchStatement(filters.batch)} ${_.isNil(batchStatement(filters.batch)) ? `WHERE` : `AND`} b.destination_unit = 'cashbox'`
const sql2 = `SELECT b.id, b.fiat, b.fiat_code, b.created, b.cashbox_batch_id, b.device_id FROM empty_unit_bills b ${deviceStatement} ${!_.isNil(filters.deviceId) && !_.isNil(filters.batch) ? `AND ${_.replace('WHERE', '', batchStatement(filters.batch))}` : `${batchStatement(filters.batch)}`}`
return Promise.all([db.any(sql), db.any(sql2)])
.then(([bills, operationalBills]) => _.map(_.mapKeys(_.camelCase), _.concat(bills, operationalBills)))
}
module.exports = {
getBills
}

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const db = require('../../db')
const uuid = require('uuid')
const _ = require('lodash/fp')
const pgp = require('pg-promise')()
const { loadLatestConfigOrNone, saveConfig } = require('../../../lib/new-settings-loader')
const getCustomInfoRequests = (onlyEnabled = false) => {
const sql = onlyEnabled
? `SELECT * FROM custom_info_requests WHERE enabled = true ORDER BY custom_request->>'name'`
: `SELECT * FROM custom_info_requests ORDER BY custom_request->>'name'`
return db.any(sql).then(res => {
return res.map(item => ({
id: item.id,
enabled: item.enabled,
customRequest: item.custom_request
}))
})
}
const addCustomInfoRequest = (customRequest) => {
const sql = 'INSERT INTO custom_info_requests (id, custom_request) VALUES ($1, $2)'
const id = uuid.v4()
return db.none(sql, [id, customRequest]).then(() => ({ id }))
}
const removeCustomInfoRequest = (id) => {
return loadLatestConfigOrNone()
.then(cfg => saveConfig({triggers: _.remove(x => x.customInfoRequestId === id, cfg.triggers ?? [])}))
.then(() => db.none('UPDATE custom_info_requests SET enabled = false WHERE id = $1', [id]))
.then(() => ({ id }));
}
const editCustomInfoRequest = (id, customRequest) => {
return db.none('UPDATE custom_info_requests SET custom_request = $1 WHERE id=$2', [customRequest, id]).then(() => ({ id, customRequest }))
}
const getAllCustomInfoRequestsForCustomer = (customerId) => {
const sql = `SELECT * FROM customers_custom_info_requests WHERE customer_id = $1`
return db.any(sql, [customerId]).then(res => res.map(item => ({
customerId: item.customer_id,
infoRequestId: item.info_request_id,
customerData: item.customer_data,
override: item.override,
overrideAt: item.override_at,
overrideBy: item.override_by
})))
}
const getCustomInfoRequestForCustomer = (customerId, infoRequestId) => {
const sql = `SELECT * FROM customers_custom_info_requests WHERE customer_id = $1 AND info_request_id = $2`
return db.one(sql, [customerId, infoRequestId]).then(item => {
return {
customerId: item.customer_id,
infoRequestId: item.info_request_id,
customerData: item.customer_data,
override: item.override,
overrideAt: item.override_at,
overrideBy: item.override_by
}
})
}
const batchGetAllCustomInfoRequestsForCustomer = (customerIds) => {
const sql = `SELECT * FROM customers_custom_info_requests WHERE customer_id IN ($1^)`
return db.any(sql, [_.map(pgp.as.text, customerIds).join(',')]).then(res => {
const map = _.groupBy('customer_id', res)
return customerIds.map(id => {
const items = map[id] || []
return items.map(item => ({
customerId: item.customer_id,
infoRequestId: item.info_request_id,
customerData: item.customer_data,
override: item.override,
overrideAt: item.override_at,
overrideBy: item.override_by
}))
})
})
}
const getCustomInfoRequest = (infoRequestId) => {
const sql = `SELECT * FROM custom_info_requests WHERE id = $1`
return db.one(sql, [infoRequestId]).then(item => ({
id: item.id,
enabled: item.enabled,
customRequest: item.custom_request
}))
}
const batchGetCustomInfoRequest = (infoRequestIds) => {
if (infoRequestIds.length === 0) return Promise.resolve([])
const sql = `SELECT * FROM custom_info_requests WHERE id IN ($1^)`
return db.any(sql, [_.map(pgp.as.text, infoRequestIds).join(',')]).then(res => {
const map = _.groupBy('id', res)
return infoRequestIds.map(id => {
const item = map[id][0] // since id is primary key the array always has 1 element
return {
id: item.id,
enabled: item.enabled,
customRequest: item.custom_request
}
})
})
}
const setAuthorizedCustomRequest = (customerId, infoRequestId, override, token) => {
const sql = `UPDATE customers_custom_info_requests SET override = $1, override_by = $2, override_at = now() WHERE customer_id = $3 AND info_request_id = $4`
return db.none(sql, [override, token, customerId, infoRequestId]).then(() => true)
}
const setCustomerData = (customerId, infoRequestId, data) => {
const sql = `
INSERT INTO customers_custom_info_requests (customer_id, info_request_id, customer_data)
VALUES ($1, $2, $3)
ON CONFLICT (customer_id, info_request_id)
DO UPDATE SET customer_data = $3`
return db.none(sql, [customerId, infoRequestId, data])
}
const setCustomerDataViaMachine = (customerId, infoRequestId, data) => {
const sql = `
INSERT INTO customers_custom_info_requests (customer_id, info_request_id, customer_data)
VALUES ($1, $2, $3)
ON CONFLICT (customer_id, info_request_id)
DO UPDATE SET customer_data = $3, override = $4, override_by = $5, override_at = now()`
return db.none(sql, [customerId, infoRequestId, data, 'automatic', null])
}
module.exports = {
getCustomInfoRequests,
addCustomInfoRequest,
removeCustomInfoRequest,
editCustomInfoRequest,
getAllCustomInfoRequestsForCustomer,
getCustomInfoRequestForCustomer,
batchGetAllCustomInfoRequestsForCustomer,
getCustomInfoRequest,
batchGetCustomInfoRequest,
setAuthorizedCustomRequest,
setCustomerData,
setCustomerDataViaMachine
}

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const _ = require('lodash/fp')
const BN = require('../../bn')
const settingsLoader = require('../../new-settings-loader')
const configManager = require('../../new-config-manager')
const wallet = require('../../wallet')
const ticker = require('../../ticker')
const txBatching = require('../../tx-batching')
const { utils: coinUtils } = require('@lamassu/coins')
function computeCrypto (cryptoCode, _balance) {
const cryptoRec = coinUtils.getCryptoCurrency(cryptoCode)
const unitScale = cryptoRec.unitScale
return new BN(_balance).shiftedBy(-unitScale).decimalPlaces(5)
}
function computeFiat (rate, cryptoCode, _balance) {
const cryptoRec = coinUtils.getCryptoCurrency(cryptoCode)
const unitScale = cryptoRec.unitScale
return new BN(_balance).shiftedBy(-unitScale).times(rate).decimalPlaces(5)
}
function getSingleCoinFunding (settings, fiatCode, cryptoCode) {
const promises = [
wallet.newFunding(settings, cryptoCode),
ticker.getRates(settings, fiatCode, cryptoCode),
txBatching.getOpenBatchCryptoValue(cryptoCode)
]
return Promise.all(promises)
.then(([fundingRec, ratesRec, batchRec]) => {
const rates = ratesRec.rates
const rate = (rates.ask.plus(rates.bid)).div(2)
const fundingConfirmedBalance = fundingRec.fundingConfirmedBalance
const fiatConfirmedBalance = computeFiat(rate, cryptoCode, fundingConfirmedBalance)
const pending = fundingRec.fundingPendingBalance.minus(batchRec)
const fiatPending = computeFiat(rate, cryptoCode, pending)
const fundingAddress = fundingRec.fundingAddress
const fundingAddressUrl = coinUtils.buildUrl(cryptoCode, fundingAddress)
return {
cryptoCode,
fundingAddress,
fundingAddressUrl,
confirmedBalance: computeCrypto(cryptoCode, fundingConfirmedBalance).toFormat(5),
pending: computeCrypto(cryptoCode, pending).toFormat(5),
fiatConfirmedBalance: fiatConfirmedBalance,
fiatPending: fiatPending,
fiatCode
}
})
}
// Promise.allSettled not running on current version of node
const reflect = p => p.then(value => ({ value, status: 'fulfilled' }), error => ({ error: error.toString(), status: 'rejected' }))
function getFunding () {
return settingsLoader.loadLatest().then(settings => {
const cryptoCodes = configManager.getAllCryptoCurrencies(settings.config)
const fiatCode = configManager.getGlobalLocale(settings.config).fiatCurrency
const pareCoins = c => _.includes(c.cryptoCode, cryptoCodes)
const cryptoCurrencies = coinUtils.cryptoCurrencies()
const cryptoDisplays = _.filter(pareCoins, cryptoCurrencies)
const promises = cryptoDisplays.map(it => getSingleCoinFunding(settings, fiatCode, it.cryptoCode))
return Promise.all(promises.map(reflect))
.then((response) => {
const mapped = response.map(it => _.merge({ errorMsg: it.error }, it.value))
return _.toArray(_.merge(mapped, cryptoDisplays))
})
})
}
module.exports = { getFunding }

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const db = require('../../db')
function validateUser (username, password) {
return db.tx(t => {
const q1 = t.one('SELECT * FROM users WHERE username=$1 AND password=$2', [username, password])
const q2 = t.none('UPDATE users SET last_accessed = now() WHERE username=$1', [username])
return t.batch([q1, q2])
.then(([user]) => user)
.catch(() => false)
})
}
module.exports = {
validateUser
}

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const machineLoader = require('../../machine-loader')
const { UserInputError } = require('../graphql/errors')
function getMachine (machineId) {
return machineLoader.getMachines()
.then(machines => machines.find(({ deviceId }) => deviceId === machineId))
}
function machineAction ({ deviceId, action, cashUnits, newName }, context) {
const operatorId = context.res.locals.operatorId
return getMachine(deviceId)
.then(machine => {
if (!machine) throw new UserInputError(`machine:${deviceId} not found`, { deviceId })
return machine
})
.then(machineLoader.setMachine({ deviceId, action, cashUnits, newName }, operatorId))
.then(getMachine(deviceId))
}
module.exports = { machineAction }

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const fs = require('fs')
const pify = require('pify')
const readFile = pify(fs.readFile)
const crypto = require('crypto')
const baseX = require('base-x')
const { parse, NIL } = require('uuid')
const db = require('../../db')
const pairing = require('../../pairing')
const ALPHA_BASE = '0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ $%*+-./:'
const bsAlpha = baseX(ALPHA_BASE)
const CA_PATH = process.env.CA_PATH
const HOSTNAME = process.env.HOSTNAME
const unpair = pairing.unpair
function totem (name) {
return readFile(CA_PATH)
.then(data => {
const caHash = crypto.createHash('sha256').update(data).digest()
const token = crypto.randomBytes(32)
const hexToken = token.toString('hex')
const caHexToken = crypto.createHash('sha256').update(hexToken).digest('hex')
const buf = Buffer.concat([caHash, token, Buffer.from(HOSTNAME)])
const sql = 'insert into pairing_tokens (token, name) values ($1, $3), ($2, $3)'
return db.none(sql, [hexToken, caHexToken, name])
.then(() => bsAlpha.encode(buf))
})
}
module.exports = { totem, unpair }

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const _ = require('lodash/fp')
const uuid = require('uuid')
const db = require('../../db')
function getServerLogs (from = new Date(0).toISOString(), until = new Date().toISOString(), limit = null, offset = 0) {
const sql = `select id, log_level, timestamp, message from server_logs
where timestamp >= $1 and timestamp <= $2
order by timestamp desc
limit $3
offset $4`
return db.any(sql, [ from, until, limit, offset ])
.then(_.map(_.mapKeys(_.camelCase)))
}
module.exports = { getServerLogs }

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const xmlrpc = require('xmlrpc')
const logger = require('../../logger')
const { promisify } = require('util')
// TODO new-admin: add the following to supervisor config
// [inet_http_server]
// port = 127.0.0.1:9001
function getAllProcessInfo () {
const convertStates = (state) => {
// From http://supervisord.org/subprocess.html#process-states
switch (state) {
case 'STOPPED':
return 'STOPPED'
case 'STARTING':
return 'RUNNING'
case 'RUNNING':
return 'RUNNING'
case 'BACKOFF':
return 'FATAL'
case 'STOPPING':
return 'STOPPED'
case 'EXITED':
return 'STOPPED'
case 'UNKNOWN':
return 'FATAL'
default:
logger.error(`Supervisord returned an unsupported state: ${state}`)
return 'FATAL'
}
}
const client = xmlrpc.createClient({
host: 'localhost',
port: '9001',
path: '/RPC2'
})
client.methodCall[promisify.custom] = (method, params) => {
return new Promise((resolve, reject) => client.methodCall(method, params, (err, value) => {
if (err) reject(err)
else resolve(value)
}))
}
return promisify(client.methodCall)('supervisor.getAllProcessInfo', [])
.then((value) => {
return value.map(process => (
{
name: process.name,
state: convertStates(process.statename),
uptime: (process.statename === 'RUNNING') ? process.now - process.start : 0
}
))
})
.catch((error) => {
if (error.code === 'ECONNREFUSED') logger.error('Failed to connect to supervisord HTTP server.')
else logger.error(error)
})
}
module.exports = { getAllProcessInfo }

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const _ = require('lodash/fp')
const pgp = require('pg-promise')()
const db = require('../../db')
const BN = require('../../bn')
const { utils: coinUtils } = require('@lamassu/coins')
const machineLoader = require('../../machine-loader')
const tx = require('../../tx')
const cashInTx = require('../../cash-in/cash-in-tx')
const { REDEEMABLE_AGE, CASH_OUT_TRANSACTION_STATES } = require('../../cash-out/cash-out-helper')
const NUM_RESULTS = 1000
function addProfits (txs) {
return _.map(it => {
const profit = getProfit(it).toString()
return _.set('profit', profit, it)
}, txs)
}
const camelize = _.mapKeys(_.camelCase)
const DEVICE_NAME_QUERY = `
CASE
WHEN ud.name IS NOT NULL THEN ud.name || ' (unpaired)'
WHEN d.name IS NOT NULL THEN d.name
ELSE 'Unpaired'
END AS machine_name
`
const DEVICE_NAME_JOINS = `
LEFT JOIN devices d ON txs.device_id = d.device_id
LEFT JOIN (
SELECT device_id, name, unpaired, paired
FROM unpaired_devices
) ud ON txs.device_id = ud.device_id
AND ud.unpaired >= txs.created
AND (txs.created >= ud.paired)
`
function batch (
from = new Date(0).toISOString(),
until = new Date().toISOString(),
limit = null,
offset = 0,
txClass = null,
deviceId = null,
customerName = null,
fiatCode = null,
cryptoCode = null,
toAddress = null,
status = null,
swept = null,
excludeTestingCustomers = false,
simplified
) {
const isCsvExport = _.isBoolean(simplified)
const packager = _.flow(
_.flatten,
_.orderBy(_.property('created'), ['desc']),
_.map(_.flow(
camelize,
_.mapKeys(k =>
k == 'cashInFee' ? 'fixedFee' :
k
)
)),
addProfits
)
const cashInSql = `SELECT 'cashIn' AS tx_class, txs.*,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
array_to_string(array[c.id_card_data::json->>'firstName', c.id_card_data::json->>'lastName'], ' ') AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
txs.tx_customer_photo_at AS tx_customer_photo_at,
txs.tx_customer_photo_path AS tx_customer_photo_path,
((NOT txs.send_confirmed) AND (txs.created <= now() - interval $1)) AS expired,
tb.error_message AS batch_error,
${DEVICE_NAME_QUERY}
FROM (SELECT *, ${cashInTx.TRANSACTION_STATES} AS txStatus FROM cash_in_txs) AS txs
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
LEFT OUTER JOIN transaction_batches tb ON txs.batch_id = tb.id
WHERE txs.created >= $2 AND txs.created <= $3
AND ($6 is null or $6 = 'Cash In')
AND ($7 is null or txs.device_id = $7)
AND ($8 is null or concat(c.id_card_data::json->>'firstName', ' ', c.id_card_data::json->>'lastName') = $8)
AND ($9 is null or txs.fiat_code = $9)
AND ($10 is null or txs.crypto_code = $10)
AND ($11 is null or txs.to_address = $11)
AND ($12 is null or txs.txStatus = $12)
${excludeTestingCustomers ? `AND c.is_test_customer is false` : ``}
${isCsvExport && !simplified ? '' : 'AND (error IS NOT null OR tb.error_message IS NOT null OR fiat > 0)'}
ORDER BY created DESC limit $4 offset $5`
const cashOutSql = `SELECT 'cashOut' AS tx_class,
txs.*,
actions.tx_hash,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
array_to_string(array[c.id_card_data::json->>'firstName', c.id_card_data::json->>'lastName'], ' ') AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
txs.tx_customer_photo_at AS tx_customer_photo_at,
txs.tx_customer_photo_path AS tx_customer_photo_path,
(NOT txs.dispense AND extract(epoch FROM (now() - greatest(txs.created, txs.confirmed_at))) >= $1) AS expired,
${DEVICE_NAME_QUERY}
FROM (SELECT *, ${CASH_OUT_TRANSACTION_STATES} AS txStatus FROM cash_out_txs) txs
INNER JOIN cash_out_actions actions ON txs.id = actions.tx_id
AND actions.action = 'provisionAddress'
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
WHERE txs.created >= $2 AND txs.created <= $3
AND ($6 is null or $6 = 'Cash Out')
AND ($7 is null or txs.device_id = $7)
AND ($8 is null or concat(c.id_card_data::json->>'firstName', ' ', c.id_card_data::json->>'lastName') = $8)
AND ($9 is null or txs.fiat_code = $9)
AND ($10 is null or txs.crypto_code = $10)
AND ($11 is null or txs.to_address = $11)
AND ($12 is null or txs.txStatus = $12)
AND ($13 is null or txs.swept = $13)
${excludeTestingCustomers ? `AND c.is_test_customer is false` : ``}
${isCsvExport ? '' : 'AND fiat > 0'}
ORDER BY created DESC limit $4 offset $5`
// The swept filter is cash-out only, so omit the cash-in query entirely
const hasCashInOnlyFilters = false
const hasCashOutOnlyFilters = !_.isNil(swept)
let promises
if (hasCashInOnlyFilters && hasCashOutOnlyFilters) {
throw new Error('Trying to filter transactions with mutually exclusive filters')
}
if (hasCashInOnlyFilters) {
promises = [db.any(cashInSql, [cashInTx.PENDING_INTERVAL, from, until, limit, offset, txClass, deviceId, customerName, fiatCode, cryptoCode, toAddress, status])]
} else if (hasCashOutOnlyFilters) {
promises = [db.any(cashOutSql, [REDEEMABLE_AGE, from, until, limit, offset, txClass, deviceId, customerName, fiatCode, cryptoCode, toAddress, status, swept])]
} else {
promises = [
db.any(cashInSql, [cashInTx.PENDING_INTERVAL, from, until, limit, offset, txClass, deviceId, customerName, fiatCode, cryptoCode, toAddress, status]),
db.any(cashOutSql, [REDEEMABLE_AGE, from, until, limit, offset, txClass, deviceId, customerName, fiatCode, cryptoCode, toAddress, status, swept])
]
}
return Promise.all(promises)
.then(packager)
.then(res =>
!isCsvExport ? res :
// GQL transactions and transactionsCsv both use this function and
// if we don't check for the correct simplified value, the Transactions page polling
// will continuously build a csv in the background
simplified ? simplifiedBatch(res) :
advancedBatch(res)
)
}
function advancedBatch (data) {
const fields = ['txClass', 'id', 'deviceId', 'toAddress', 'cryptoAtoms',
'cryptoCode', 'fiat', 'fiatCode', 'fee', 'status', 'fiatProfit', 'cryptoAmount',
'dispense', 'notified', 'redeem', 'phone', 'error', 'fixedFee',
'created', 'confirmedAt', 'hdIndex', 'swept', 'timedout',
'dispenseConfirmed', 'provisioned1', 'provisioned2', 'provisioned3', 'provisioned4',
'provisionedRecycler1', 'provisionedRecycler2', 'provisionedRecycler3', 'provisionedRecycler4', 'provisionedRecycler5', 'provisionedRecycler6',
'denomination1', 'denomination2', 'denomination3', 'denomination4',
'denominationRecycler1', 'denominationRecycler2', 'denominationRecycler3', 'denominationRecycler4', 'denominationRecycler5', 'denominationRecycler6',
'errorCode', 'customerId', 'txVersion', 'publishedAt', 'termsAccepted', 'layer2Address',
'commissionPercentage', 'rawTickerPrice', 'receivedCryptoAtoms',
'discount', 'txHash', 'customerPhone', 'customerEmail', 'customerIdCardDataNumber',
'customerIdCardDataExpiration', 'customerIdCardData', 'customerName', 'sendTime',
'customerFrontCameraPath', 'customerIdCardPhotoPath', 'expired', 'machineName', 'walletScore']
const addAdvancedFields = _.map(it => ({
...it,
status: getStatus(it),
fiatProfit: getProfit(it).toString(),
cryptoAmount: getCryptoAmount(it).toString(),
fixedFee: it.fixedFee ?? null,
fee: it.fee ?? null,
}))
return _.compose(_.map(_.pick(fields)), addAdvancedFields)(data)
}
function simplifiedBatch (data) {
const fields = ['txClass', 'id', 'created', 'machineName', 'fee',
'cryptoCode', 'cryptoAtoms', 'fiat', 'fiatCode', 'phone', 'email', 'toAddress',
'txHash', 'dispense', 'error', 'status', 'fiatProfit', 'cryptoAmount']
const addSimplifiedFields = _.map(it => ({
...it,
status: getStatus(it),
fiatProfit: getProfit(it).toString(),
cryptoAmount: getCryptoAmount(it).toString()
}))
return _.compose(_.map(_.pick(fields)), addSimplifiedFields)(data)
}
const getCryptoAmount = it => coinUtils.toUnit(BN(it.cryptoAtoms), it.cryptoCode)
const getProfit = it => {
/* fiat - crypto*tickerPrice */
const calcCashInProfit = (fiat, crypto, tickerPrice) => fiat.minus(crypto.times(tickerPrice))
/* crypto*tickerPrice - fiat */
const calcCashOutProfit = (fiat, crypto, tickerPrice) => crypto.times(tickerPrice).minus(fiat)
const fiat = BN(it.fiat)
const crypto = getCryptoAmount(it)
const tickerPrice = BN(it.rawTickerPrice)
const isCashIn = it.txClass === 'cashIn'
return isCashIn
? calcCashInProfit(fiat, crypto, tickerPrice)
: calcCashOutProfit(fiat, crypto, tickerPrice)
}
const getCashOutStatus = it => {
if (it.hasError) return 'Error'
if (it.dispense) return 'Success'
if (it.expired) return 'Expired'
return 'Pending'
}
const getCashInStatus = it => {
if (it.operatorCompleted) return 'Cancelled'
if (it.hasError) return 'Error'
if (it.batchError) return 'Error'
if (it.sendConfirmed) return 'Sent'
if (it.expired) return 'Expired'
return 'Pending'
}
const getStatus = it => {
if (it.txClass === 'cashOut') {
return getCashOutStatus(it)
}
return getCashInStatus(it)
}
function getCustomerTransactionsBatch (ids) {
const packager = _.flow(it => {
return it
}, _.flatten, _.orderBy(_.property('created'), ['desc']), _.map(camelize))
const cashInSql = `SELECT 'cashIn' AS tx_class, txs.*,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
c.name AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
((NOT txs.send_confirmed) AND (txs.created <= now() - interval $2)) AS expired,
tb.error_message AS batch_error,
${DEVICE_NAME_QUERY}
FROM cash_in_txs AS txs
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
LEFT OUTER JOIN transaction_batches tb ON txs.batch_id = tb.id
WHERE c.id IN ($1^)
ORDER BY created DESC limit $3`
const cashOutSql = `SELECT 'cashOut' AS tx_class,
txs.*,
actions.tx_hash,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
c.name AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
(NOT txs.dispense AND extract(epoch FROM (now() - greatest(txs.created, txs.confirmed_at))) >= $3) AS expired,
${DEVICE_NAME_QUERY}
FROM cash_out_txs txs
INNER JOIN cash_out_actions actions ON txs.id = actions.tx_id
AND actions.action = 'provisionAddress'
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
WHERE c.id IN ($1^)
ORDER BY created DESC limit $2`
return Promise.all([
db.any(cashInSql, [_.map(pgp.as.text, ids).join(','), cashInTx.PENDING_INTERVAL, NUM_RESULTS]),
db.any(cashOutSql, [_.map(pgp.as.text, ids).join(','), NUM_RESULTS, REDEEMABLE_AGE])
])
.then(packager).then(transactions => {
const transactionMap = _.groupBy('customerId', transactions)
return ids.map(id => transactionMap[id])
})
}
function single (txId) {
const packager = _.flow(_.compact, _.map(camelize))
const cashInSql = `SELECT 'cashIn' AS tx_class, txs.*,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
c.name AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
((NOT txs.send_confirmed) AND (txs.created <= now() - interval $1)) AS expired,
tb.error_message AS batch_error,
${DEVICE_NAME_QUERY}
FROM cash_in_txs AS txs
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
LEFT OUTER JOIN transaction_batches tb ON txs.batch_id = tb.id
WHERE id=$2`
const cashOutSql = `SELECT 'cashOut' AS tx_class,
txs.*,
actions.tx_hash,
c.phone AS customer_phone,
c.email AS customer_email,
c.id_card_data_number AS customer_id_card_data_number,
c.id_card_data_expiration AS customer_id_card_data_expiration,
c.id_card_data AS customer_id_card_data,
c.name AS customer_name,
c.front_camera_path AS customer_front_camera_path,
c.id_card_photo_path AS customer_id_card_photo_path,
(NOT txs.dispense AND extract(epoch FROM (now() - greatest(txs.created, txs.confirmed_at))) >= $2) AS expired,
${DEVICE_NAME_QUERY}
FROM cash_out_txs txs
INNER JOIN cash_out_actions actions ON txs.id = actions.tx_id
AND actions.action = 'provisionAddress'
LEFT OUTER JOIN customers c ON txs.customer_id = c.id
${DEVICE_NAME_JOINS}
WHERE id=$1`
return Promise.all([
db.oneOrNone(cashInSql, [cashInTx.PENDING_INTERVAL, txId]),
db.oneOrNone(cashOutSql, [txId, REDEEMABLE_AGE])
])
.then(packager)
.then(_.head)
}
function cancel (txId) {
return tx.cancel(txId)
.then(() => single(txId))
}
function getTx (txId, txClass) {
const cashInSql = `select 'cashIn' as tx_class, txs.*,
((not txs.send_confirmed) and (txs.created <= now() - interval $1)) as expired
from cash_in_txs as txs
where txs.id=$2`
const cashOutSql = `select 'cashOut' as tx_class,
txs.*,
(extract(epoch from (now() - greatest(txs.created, txs.confirmed_at))) * 1000) >= $2 as expired
from cash_out_txs txs
where txs.id=$1`
return txClass === 'cashIn'
? db.oneOrNone(cashInSql, [cashInTx.PENDING_INTERVAL, txId])
: db.oneOrNone(cashOutSql, [txId, REDEEMABLE_AGE])
}
function getTxAssociatedData (txId, txClass) {
const billsSql = `select 'bills' as bills, b.* from bills b where cash_in_txs_id = $1`
const actionsSql = `select 'cash_out_actions' as cash_out_actions, actions.* from cash_out_actions actions where tx_id = $1`
return txClass === 'cashIn'
? db.manyOrNone(billsSql, [txId])
: db.manyOrNone(actionsSql, [txId])
}
function updateTxCustomerPhoto (customerId, txId, direction, data) {
const formattedData = _.mapKeys(_.snakeCase, data)
const cashInSql = 'UPDATE cash_in_txs SET tx_customer_photo_at = $1, tx_customer_photo_path = $2 WHERE customer_id=$3 AND id=$4'
const cashOutSql = 'UPDATE cash_out_txs SET tx_customer_photo_at = $1, tx_customer_photo_path = $2 WHERE customer_id=$3 AND id=$4'
return direction === 'cashIn'
? db.oneOrNone(cashInSql, [formattedData.tx_customer_photo_at, formattedData.tx_customer_photo_path, customerId, txId])
: db.oneOrNone(cashOutSql, [formattedData.tx_customer_photo_at, formattedData.tx_customer_photo_path, customerId, txId])
}
module.exports = {
batch,
single,
cancel,
getCustomerTransactionsBatch,
getTx,
getTxAssociatedData,
updateTxCustomerPhoto
}