revert multi currency support better logging
This commit is contained in:
root 2025-05-11 16:01:50 +00:00
parent 52496288dc
commit f7694d6594
12 changed files with 0 additions and 5938 deletions

5
.gitignore vendored
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node_modules
.env
npm-debug.log
yarn-error.log
.DS_Store

268
index.js
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const { ToadScheduler, SimpleIntervalJob, AsyncTask } = require('toad-scheduler');
const {
settings,
transferProfit,
saveProfit,
getAllClosedOrders,
getAllOpenOrders,
getOpenOrder,
monitorOrderComplete,
calculateAdaptiveTargets,
sleep,
placeSellOrder,
placeBuyOrder,
evaluateMarketConditions,
getAvailableUSDBalance,
getHistoricalData,
readJsonFile,
writeJsonFile,
settingsFile,
getCurrencyInfo,
openTradesFile,
closedTradesFile,
setTradingCurrency,
setCurrencyInfo,
manageStaleOrders,
shuffle,
syncSettings
} = require("./utils")
async function monitorAndPlace(currencyData, usdAllocatedBalance, currency) {
let CURRENCY_INFO = currencyData;
// const settings = readJsonFile(settingsFile);
// console.log(tradingCurrency + 'USD', CURRENCY_INFO)
let openTrades = readJsonFile(openTradesFile);
if (!settings) return {openTrades, removedIds: []};
let closedTrades = await getAllClosedOrders();
// console.log("closedTrades", JSON.stringify(closedTrades, null, 4))
// return
const pair = currency.tradingCurrency + 'USD';
let candleQuant = 16;
const marketCondition = await evaluateMarketConditions(pair);
const averageLow = (await getHistoricalData(pair, 15)).slice(-candleQuant).reduce((acc, candle) => acc + parseFloat(candle[3]), 0) / candleQuant;
const availableUSD = usdAllocatedBalance;
let removedIds = [];
if(availableUSD <= 0){
console.log("Insufficient / error reaching funds")
return {openTrades, removedIds: []}
}
const balance = availableUSD * settings.maximumOrderSize;
let oTrades = await getAllOpenOrders(false);
for(let x = 0; x < Object.keys(oTrades).length; x++){
let id = Object.keys(oTrades)[x];
let sellid = null;
let trade = oTrades[id];
//make sure we are only working with orders for this pair
if(!(trade.descr.pair === pair || trade.descr.pair === currency?.compPair)){
continue;
}
if(trade.descr.type === 'sell'){
//find original buying order
sellid = id;
console.log("id ", id);
let buyingOrder = Object.entries(openTrades).find(itemArr => itemArr[1].sellid === id)
if(!buyingOrder){
console.log("Unable to find local trade")
continue;
}
id = buyingOrder[1].id;
console.log(buyingOrder)
openTrades[id].sellid = sellid;
}
let localTrade = openTrades[id];
if(!localTrade){
openTrades[id] = {
...openTrades[id],
id: id,
userref: trade.userref,
pair: pair,
starttimestamp: new Date().toISOString(),
type: trade.descr.type,
status: trade.status,
ordertype: trade.descr.ordertype,
volume: trade.vol,
}
console.log(typeof trade.descr.price)
if(trade.descr.type === 'sell'){
openTrades[id].sellprice = Number(trade.descr.price).toFixed(CURRENCY_INFO.pair_decimals);
}else {
openTrades[id].price = Number(trade.descr.price).toFixed(CURRENCY_INFO.pair_decimals);
}
// writeJsonFile(openTradesFile, openTrades);
}
}
let allIds = Object.keys(openTrades);
for(let x = 0; x < allIds.length; x++){
let id = allIds[x];
console.log(id);
let trade = oTrades[id];
let localTrade = openTrades[id];
let closedTrade = closedTrades[id];
// console.log("trade", localTrade)
if(!(localTrade.pair === pair || localTrade.pair === currency?.compPair)){
continue;
}
await calculateAdaptiveTargets(pair, settings.profitTargetPercent, settings.stopLossPercentage, riskRewardRatio = 10)
if(localTrade.type === 'buy'){
if(['pending', 'open', 'closed'].includes(closedTrade?.status) || ['pending', 'open', 'closed'].includes(localTrade.status)){
if(closedTrade?.status === 'closed' || localTrade.status === 'closed'){
console.log('Buy order completed:', localTrade);
const sellPrice = parseFloat(localTrade.price) * (1 + settings.profitTargetPercent);
const stopLoss = parseFloat(localTrade.price) * (1 - settings.stopLossPercentage);
const sellOrder = await placeSellOrder(pair, localTrade.volume, sellPrice, stopLoss, localTrade.userref, localTrade.id, localTrade);
if(sellOrder){
openTrades[localTrade.id] = sellOrder;
console.log('Sell order placed:', sellOrder);
}
// writeJsonFile(openTradesFile, openTrades);
}
}else {
console.log("Buy order expired or cancelled, clearing from local list")
//order expired or cancelled, whipe from list
delete openTrades[id];
removedIds.push(id)
// writeJsonFile(openTradesFile, openTrades);
}
}else{
localTrade = openTrades[id]; //originalBuyTrade
trade = oTrades[localTrade.sellid]; //openselltrade
closedTrade = closedTrades[localTrade.sellid]; //potentially closed sell trade
if(['pending', 'open', 'closed'].includes(closedTrade?.status) || ['pending', 'open', 'closed'].includes(trade.status)){
if(closedTrade?.status === 'closed' || trade.status === 'closed'){
let sellOrder = {...openTrades[localTrade.id]};
console.log('Sell order completed:', sellOrder);
delete openTrades[sellOrder.id];
removedIds.push(sellOrder.id)
// writeJsonFile(openTradesFile, openTrades);
const sellPrice = parseFloat(localTrade.sellprice)
const closedTrades = readJsonFile(closedTradesFile);
const buyTotal = parseFloat(localTrade.price) * localTrade.volume;
const sellTotal = sellPrice * localTrade.volume;
const transactionFees = (settings.transactionFeePercent) * (buyTotal + sellTotal);
const profit = sellTotal - buyTotal - transactionFees;
console.log('Sell order Profit:', profit);
if (settings.profitWallet && settings.profitSavePercent) {
const profitSaveAmount = profit * (settings.profitSavePercent);
console.log('Saving Profit:', profitSaveAmount);
await saveProfit(profitSaveAmount, profit);
}
closedTrades[sellOrder.id] = {
...sellOrder,
sellPrice,
volume: localTrade.volume,
profit,
timestamp: new Date().toISOString(),
};
writeJsonFile(closedTradesFile, closedTrades);
//transfer profits and write to closedTrades.json
}
}else {
//order expired or cancelled, whipe from list
console.log("Sell order expired or cancelled, clearing from local list")
console.log("trade", trade)
console.log("localTrade", localTrade)
console.log("closedTrade", closedTrade)
console.log("closedTrades", JSON.stringify(closedTrades, null, 4))
delete openTrades[id];
removedIds.push(id)
// writeJsonFile(openTradesFile, openTrades);
}
}
}
oTrades = await getAllOpenOrders(false);
let openTradeIds = Object.keys(oTrades);
let priceRangeExclusion = settings.priceRangeExclusion;
let excludeBasedOnPrevOrder = [];
for(let x = 0; x < openTradeIds.length; x++){
let id = openTradeIds[x];
let trade = oTrades[id];
if(!(trade.descr.pair === pair || trade.descr.pair === currency?.compPair)){
continue;
}
let price = parseFloat(trade.descr.price);
let diffPer = Math.abs(price - averageLow) / averageLow;
// console.log(`DIff Percentage ${diffPer} ${price} ${averageLow}`)
if(diffPer < priceRangeExclusion){
excludeBasedOnPrevOrder.push(id);
}
if(excludeBasedOnPrevOrder.length >= settings.priceRangeExclusionMaxOpen){
break;
}
}
if(excludeBasedOnPrevOrder.length >= settings.priceRangeExclusionMaxOpen){
console.log('Excluding based on open orders: ', excludeBasedOnPrevOrder.join(", "))
return {openTrades, removedIds}
}
console.log(` Attempting to place buy order for ${balance} USD worth of ${currency.tradingCurrency} at ${averageLow} USD = ${balance / averageLow} ${currency.tradingCurrency}`);
if (marketCondition) {
const buyOrder = await placeBuyOrder(pair, balance / averageLow, averageLow);
if (buyOrder) {
console.log('Buy order placed:', buyOrder);
openTrades[buyOrder.id] = {...buyOrder};
// writeJsonFile(openTradesFile, openTrades);
}
}
return {openTrades, removedIds}
}
async function cycleCurrencies(){
let builtCurriencies = [];
let settings = syncSettings();
for(let x = 0; x < settings.tradingCurrencies.length; x++){
let currency = settings.tradingCurrencies[x];
let CURRENCY_INFO = await getCurrencyInfo(currency.tradingCurrency);
const availableUSD = await getAvailableUSDBalance(currency.allocation)
builtCurriencies.push({CURRENCY_INFO, availableUSD, currency});
}
shuffle(builtCurriencies);
let trades = readJsonFile(openTradesFile);
for(let x = 0; x < builtCurriencies.length; x++){
console.log("*********************************************")
console.log("*********************************************")
console.log("***************TRADING***********************")
console.log("*********************************************")
console.log(`*****************${builtCurriencies[x].currency.tradingCurrency}*************************`)
console.log("*********************************************")
console.log("*********************************************")
console.log("*********************************************")
setTradingCurrency(builtCurriencies[x].currency.tradingCurrency);
setCurrencyInfo(builtCurriencies[x].CURRENCY_INFO);
let {openTrades, removedIds} = await monitorAndPlace(builtCurriencies[x].CURRENCY_INFO, builtCurriencies[x].availableUSD, builtCurriencies[x].currency);
trades = {...trades, ...openTrades};
for(let i = 0; i < removedIds.length; i++){
delete trades[removedIds[i]]
}
writeJsonFile(openTradesFile, trades);
}
await manageStaleOrders();
}
const scheduler = new ToadScheduler();
const task = new AsyncTask('monitor and place orders', cycleCurrencies, (err) => {
console.error('Error in scheduled task:', err);
});
cycleCurrencies();
const job = new SimpleIntervalJob({ [settings.tradingIntervalType]: settings.tradingInterval }, task);
scheduler.addSimpleIntervalJob(job);
console.log('Trading bot is running.');

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1264
package-lock.json generated

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{
"name": "simpletrader",
"version": "1.0.0",
"description": "A trading bot for Nano cryptocurrency on Kraken Pro.",
"main": "index.js",
"scripts": {
"start": "node index.js"
},
"dependencies": {
"axios": "^1.3.0",
"dotenv": "^16.0.0",
"ffish-es6": "^0.7.7",
"node-kraken-api": "^2.2.2",
"toad-scheduler": "^1.0.0",
"ts-kraken": "^4.0.4",
"uuid": "^9.0.0",
"ws": "^8.0.0"
},
"author": "Me",
"license": "ISC"
}

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{
"OUD5CV-CD7M5-PC42DT": {
"id": "OUD5CV-CD7M5-PC42DT",
"userref": 1746939220,
"pair": "NANOUSD",
"type": "sell",
"ordertype": "limit",
"price": "1.045188",
"starttimestamp": "2025-05-11T04:53:41.774Z",
"volume": 4.78382722,
"sellid": "OJFWEU-72CFF-5KPE4D",
"sellprice": "1.060866",
"stopprice": 0.8884098,
"startselltimestamp": "2025-05-11T14:13:52.788Z"
},
"ORP4HY-R5NKT-2F66F5": {
"id": "ORP4HY-R5NKT-2F66F5",
"userref": 1746939223,
"pair": "GIGAUSD",
"type": "sell",
"ordertype": "limit",
"price": "0.028026",
"starttimestamp": "2025-05-11T04:53:44.554Z",
"volume": 178.40895,
"sellid": "OFMP67-Z236I-DZOGIP",
"sellprice": "0.028446",
"stopprice": 0.0238221,
"startselltimestamp": "2025-05-11T05:24:25.528Z"
},
"OUA6VO-RB6IM-QMMXMW": {
"id": "OUA6VO-RB6IM-QMMXMW",
"userref": 1746939226,
"status": "open",
"pair": "XDGUSD",
"type": "sell",
"ordertype": "limit",
"price": "0.2401872",
"starttimestamp": "2025-05-11T04:53:47.473Z",
"volume": 20.81709816,
"sellid": "OVSIP6-4Z53V-RVMM6G",
"sellprice": "0.2437900",
"stopprice": 0.20415912,
"startselltimestamp": "2025-05-11T14:35:21.046Z"
},
"ORXKJ7-CJEAR-RF7KF5": {
"id": "ORXKJ7-CJEAR-RF7KF5",
"userref": 1746939230,
"status": "open",
"pair": "ATOMUSD",
"type": "sell",
"ordertype": "limit",
"price": "5.2943",
"starttimestamp": "2025-05-11T04:53:51.632Z",
"volume": 0.94441749,
"sellid": "O24ZUM-MUVP6-BIYWNN",
"sellprice": "5.3737",
"stopprice": 4.5001549999999995,
"startselltimestamp": "2025-05-11T05:44:25.854Z"
},
"OEJIUM-RU467-6QFNIV": {
"id": "OEJIUM-RU467-6QFNIV",
"userref": 1746939520,
"status": "open",
"pair": "ATOMUSD",
"type": "sell",
"ordertype": "limit",
"price": "5.2943",
"starttimestamp": "2025-05-11T04:58:42.133Z",
"volume": 0.76822504,
"sellid": "O3ZB54-272G7-J6EFN5",
"sellprice": "5.3737",
"stopprice": 4.5001549999999995,
"startselltimestamp": "2025-05-11T05:44:26.651Z"
},
"O4KLLD-RSN7V-UYM763": {
"id": "O4KLLD-RSN7V-UYM763",
"userref": 1746939525,
"status": "open",
"pair": "NANOUSD",
"type": "sell",
"ordertype": "limit",
"price": "1.045188",
"starttimestamp": "2025-05-11T04:58:46.149Z",
"volume": 3.89134667,
"sellid": "OUYZEZ-VCY47-FAVQEM",
"sellprice": "1.060866",
"stopprice": 0.8884098,
"startselltimestamp": "2025-05-11T14:13:53.615Z"
},
"OCBGVS-V4FWI-ZH7SP5": {
"id": "OCBGVS-V4FWI-ZH7SP5",
"userref": 1746939527,
"pair": "GIGAUSD",
"type": "sell",
"ordertype": "limit",
"price": "0.028026",
"starttimestamp": "2025-05-11T04:58:48.858Z",
"volume": 145.12461,
"sellid": "O3GAWS-OITFS-PMSZZR",
"status": "open",
"sellprice": "0.028446",
"stopprice": 0.0238221,
"startselltimestamp": "2025-05-11T05:24:26.284Z"
}
}

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{
"stopLossPercentage": 0.15,
"profitSavePercent": 0.075,
"maximumOrderSize": 0.75,
"tradingInterval": 5,
"tradingIntervalType": "minutes",
"maximumOrderValUSD": 5,
"priceRangeExclusion": 0.015,
"priceRangeExclusionMaxOpen": 3,
"profitTargetPercent": 0.015,
"profitAggUSD": 0.4985724690877609,
"totalProfit": 6.647632921170934,
"transactionFeePercent": 0.004,
"tradingCurrencies": [
{
"tradingCurrency": "GIGA",
"allocation": 0.2
},
{
"tradingCurrency": "ATOM",
"allocation": 0.2
},
{
"tradingCurrency": "XXMRZ",
"allocation": 0.2,
"compPair": "XMRUSD"
},
{
"tradingCurrency": "XDG",
"allocation": 0.2
},
{
"tradingCurrency": "NANO",
"allocation": 0.2
}
],
"profitWallet": "nano_1cjnndcda5w9c3sx6jo8kgdkn86i7dsi1nd3tr1x3scdmxutu8i7eodk5b83"
}

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utils.js
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const fs = require('fs');
const { Kraken } = require('node-kraken-api');
const dotenv = require('dotenv');
dotenv.config();
const settingsFile = './src/LocalStore/Settings.json';
let settings = readJsonFile(settingsFile);
const API_KEY = process.env.KRAKEN_API_KEY;
const API_SECRET = process.env.KRAKEN_API_SECRET;
const kraken = new Kraken({ key: API_KEY, secret: API_SECRET });
let CURRENCY_INFO = null;
let tradingCurrency = null;
//XXMRZUSD
const openTradesFile = './src/LocalStore/OpenTrades.json';
const closedTradesFile = './src/LocalStore/ClosedTrades.json';
function readJsonFile(filePath) {
try {
const data = fs.readFileSync(filePath);
return JSON.parse(data);
} catch (error) {
console.error(`Error reading file ${filePath}:`, error);
return null;
}
}
function writeJsonFile(filePath, data) {
try {
fs.writeFileSync(filePath, JSON.stringify(data, null, 2));
} catch (error) {
console.error(`Error writing file ${filePath}:`, error);
}
}
async function getHistoricalData(pair, interval = 15) {
try {
const response = await kraken.ohlc( { pair: pair, interval: interval });
// console.log(response[pair])
return response[pair];
} catch (error) {
console.error('Error fetching historical data:', error);
return null;
}
}
async function getAvailableUSDBalance(allocation) {
try {
const settings = readJsonFile(settingsFile);
const response = await kraken.balance( );
let openTrades = await getAllOpenOrders(false);
let floatingTrades = 0;
let tradeIds = Object.keys(openTrades);
for(let x = 0; x < tradeIds.length; x++){
let key = tradeIds[x];
let trade = openTrades[key];
if(trade.descr.type !== 'buy')
continue
let total = parseFloat(trade.vol) * parseFloat(trade.descr.price)
floatingTrades += total;
}
console.log(`USD BALANCE: ${parseFloat(response.ZUSD)}`)
console.log(`USD FLOATING: ${floatingTrades}`)
console.log(`USD BALANCE AFTER TRADES: ${parseFloat(response.ZUSD) - floatingTrades}`)
return Math.max(parseFloat(response.ZUSD) - floatingTrades - settings.profitAggUSD, 0) * allocation;
} catch (error) {
console.error('Error fetching available USD balance:', error);
return 0;
}
}
async function evaluateMarketConditions(pair) {
console.log("evaluateMarketConditions")
return true
const data = await getHistoricalData(pair);
if (!data) return false;
const lastTwoDays = data.slice(-2);
// console.log(lastTwoDays)
const priceChange = (lastTwoDays[1][4] - lastTwoDays[0][1]) / lastTwoDays[0][1] * 100;
console.log((lastTwoDays[1][4] - lastTwoDays[0][4]), lastTwoDays[0][4], priceChange)
if (Math.abs(priceChange) >= 3.5) {
console.log('Volatility detected. Trading halted.');
return false;
}
return true;
}
function syncSettings(){
settings = readJsonFile(settingsFile);
return settings;
}
async function getCurrencyInfo(cur){
settings = readJsonFile(settingsFile);
console.log("Setting Currency", cur)
tradingCurrency = cur;
const pairData = await kraken.assetPairs( {
assets: tradingCurrency + "USD",
});
// console.log("pairData", pairData[tradingCurrency + "USD"]);
CURRENCY_INFO = pairData[tradingCurrency + "USD"];
CURRENCY_INFO.costmin = parseFloat(CURRENCY_INFO.costmin);
CURRENCY_INFO.ordermin = parseFloat( CURRENCY_INFO.ordermin);
return CURRENCY_INFO;
}
async function placeBuyOrder(pair, v, p) {
let volume = v;
let price = p;
if(volume * price >= settings.maximumOrderValUSD){
volume = settings.maximumOrderValUSD / price;
}
try {
let userref = Math.floor(Date.now() / 1000);
// console.log("CURRENCY_INFO", CURRENCY_INFO);
if(!CURRENCY_INFO){
const pairData = await kraken.assetPairs( {
assets: tradingCurrency + "USD",
});
// console.log("pairData", pairData[tradingCurrency + "USD"]);
CURRENCY_INFO = pairData[tradingCurrency + "USD"];
CURRENCY_INFO.costmin = parseFloat(CURRENCY_INFO.costmin);
CURRENCY_INFO.ordermin = parseFloat( CURRENCY_INFO.ordermin);
}
if(CURRENCY_INFO.ordermin * 1.02 > volume){
console.log("OrderPlacement is below minimum Volume required ", `${CURRENCY_INFO.ordermin * 1.02} > ${volume}`)
return null;
}
let usdBalance = await getAvailableUSDBalance();
console.log("CURRENCY_INFO", CURRENCY_INFO, )
console.log("usdBalance", usdBalance, )
console.log({
pair: pair,
type: 'buy',
ordertype: 'limit',
price: price.toFixed(CURRENCY_INFO.pair_decimals),
volume: CURRENCY_INFO.ordermin > volume ? CURRENCY_INFO.ordermin * 1.02 : volume,
userref: userref,
})
const response = await kraken.addOrder( {
pair: pair,
type: 'buy',
ordertype: 'limit',
price: price.toFixed(CURRENCY_INFO.pair_decimals),
volume: CURRENCY_INFO.ordermin > volume ? CURRENCY_INFO.ordermin * 1.02 : volume,
userref: userref,
});
let order = await getOpenOrder(response.txid[0])
console.log("placeBuyOrder", JSON.stringify(response, null ,4));
return {
id: response.txid[0],
userref: userref,
status: order.status,
pair: pair,
type: 'buy',
ordertype: 'limit',
price: price.toFixed(CURRENCY_INFO.pair_decimals),
starttimestamp: new Date().toISOString(),
volume: CURRENCY_INFO.ordermin > volume ? CURRENCY_INFO.ordermin * 1.02 : volume,
};
} catch (error) {
console.error('Error placing buy order:', error);
return null;
}
}
function convertAssetKeys(tradingSymbol){
const assetMap = {
'XXMRZ': 'XXMR',
'XXMR': 'XXMRZ',
'XDG': 'XXDG',
'XXDG': 'XDG',
};
return assetMap[tradingSymbol] || tradingSymbol;
}
async function placeSellOrder(pair, volume, price, stopLoss, userRef, id, buyOrder) {
try {
if(!CURRENCY_INFO){
const pairData = await kraken.assetPairs({
assets: tradingCurrency + "USD",
});
CURRENCY_INFO = pairData[tradingCurrency + "USD"];
CURRENCY_INFO.costmin = parseFloat(CURRENCY_INFO.costmin);
CURRENCY_INFO.ordermin = parseFloat(CURRENCY_INFO.ordermin);
}
// Get the actual available balance
const balanceResponse = await kraken.balance();
// const assetKey = tradingCurrency === 'XXMRZ' ? 'XXMR' : tradingCurrency;
const assetKey = convertAssetKeys(tradingCurrency);
const availableBalance = parseFloat(balanceResponse[assetKey] || 0);
// if(availableBalance < 1.0){
// console.log(JSON.stringify(balanceResponse, null, 4))
// console.log(assetKey, balanceResponse[assetKey])
// console.log(tradingCurrency)
// }
// Use the smaller of requested volume or available balance
// console.log("Sell Volume picker", volume, availableBalance)
const adjustedVolume = Math.min(volume, availableBalance);
// Round to appropriate decimal places based on lot_decimals
const roundedVolume = parseFloat(adjustedVolume.toFixed(CURRENCY_INFO.lot_decimals));
if(CURRENCY_INFO.ordermin * 1.02 > roundedVolume){
console.log("SellOrderPlacement is below minimum Volume required ", `${CURRENCY_INFO.ordermin * 1.02} > ${roundedVolume}`)
return null;
}
// console.log(`Available balance: ${availableBalance} ${tradingCurrency}`);
// console.log(`Adjusted volume: ${roundedVolume} ${tradingCurrency}`);
const response = await kraken.addOrder({
pair: pair,
type: 'sell',
ordertype: 'limit',
price: price.toFixed(CURRENCY_INFO.pair_decimals),
volume: roundedVolume,
userref: userRef,
});
let order = await getOpenOrder(response.txid[0])
console.log("placeSellOrder", response);
return {
...buyOrder,
id: id,
sellid: response.txid[0],
status: order.status,
pair: pair,
type: 'sell',
ordertype: 'limit',
sellprice: price.toFixed(CURRENCY_INFO.pair_decimals),
volume: roundedVolume,
userref: userRef,
stopprice: stopLoss,
startselltimestamp: new Date().toISOString(),
};
} catch (error) {
console.error('Error placing sell order:', error);
return null;
}
}
// need to randomize order of executed currencies to avoid all balances
// shifting to first currency in list over time as sells occur
// the resulting income is added to the general pool to be split across all currencies
// randomizing order should mean all currencies should keep their relative allocation
// regardless of profitability of that trading currency
function shuffle(array) {
let currentIndex = array.length;
while (currentIndex != 0) {
let randomIndex = Math.floor(Math.random() * currentIndex);
currentIndex--;
[array[currentIndex], array[randomIndex]] = [
array[randomIndex], array[currentIndex]];
}
}
function sleep(ms) {
console.log("Waiting " + ms)
return new Promise(resolve => setTimeout(resolve, ms));
}
async function monitorOrderComplete(id) {
try {
let response = await kraken.openOrders( );
console.log("monitorOrderComplete", JSON.stringify(response, null, 4))
while(response.open.hasOwnProperty(id)){
await sleep(60000);
response = await kraken.openOrders( );
}
return true;
} catch (error) {
console.error('Error monitoring order:', id, error);
return false;
}
}
async function getOpenOrder(id) {
try {
let response = await kraken.openOrders( );
// console.log("getAllOrders", JSON.stringify(response, null, 4))
return response?.open[id] || {};
} catch (error) {
console.error('Error getOpenOrder order:', id, error);
return {};
}
}
async function getAllOpenOrders(log = false) {
try {
let response = await kraken.openOrders( );
if(log)
console.log("getAllOrders", JSON.stringify(response, null, 4))
return response?.open || {};
} catch (error) {
console.error('Error getAllOpenOrders order:', error);
return {};
}
}
async function getAllClosedOrders() {
try {
let response = await kraken.closedOrders( );
// console.log("getAllClosedOrders", JSON.stringify(response, null, 4))
return response?.closed || {};
} catch (error) {
console.error('Error getAllClosedOrders order:', error);
return {};
}
}
async function saveProfit(profitSaveAmount, tradeProfit) {
// not actually transferring to a different wallet just keeping track of profit which will be removed from usd balance so its not used for orders effectivly saving it
try {
const settings = readJsonFile(settingsFile);
let reduction = settings.profitAggUSD + profitSaveAmount;
settings.profitAggUSD = reduction;
settings.totalProfit = settings.totalProfit + tradeProfit;
writeJsonFile(settingsFile, settings)
console.log(`Saved ${profitSaveAmount} USD to profit Segment, current Total Profit: ${reduction}`);
return reduction;
} catch (error) {
console.error('Error transferring profit:', error);
}
}
async function transferProfit(profitAmount) {
try {
if(tradingCurrency !== "NANO"){
return false;
}
const settings = readJsonFile(settingsFile);
let reduction = settings.profitAggUSD - profitAmount;
if(reduction < 0)
reduction = 0;
settings.profitAggUSD = reduction;
const response = await kraken.withdraw({
asset: 'USD',
key: settings.profitWallet,
amount: profitAmount,
});
console.log(`Transferred: ${profitAmount} USD to profit wallet: ${settings.profitWallet}, current local Profit Save: ${settings.profitAggUSD}`);
return response;
} catch (error) {
console.error('Error transferring profit:', error);
}
}
async function calculateAdaptiveTargets(pair, baseTarget = 0.015, baseStopLoss = 0.15, riskRewardRatio = 10) {
try {
// Get recent price data (1-hour candles for the past 24 hours)
const recentCandles = await getHistoricalData(pair, 60);
if (!recentCandles || recentCandles.length < 24) {
console.log(`Insufficient historical data for ${pair}, using base values`);
return { profitTarget: baseTarget, stopLoss: baseStopLoss };
}
const last24Hours = recentCandles.slice(-24);
// volatility using ATR method
let atr = 0;
for (let i = 1; i < last24Hours.length; i++) {
const high = parseFloat(last24Hours[i][2]);
const low = parseFloat(last24Hours[i][3]);
const prevClose = parseFloat(last24Hours[i-1][4]);
const tr = Math.max(
high - low,
Math.abs(high - prevClose),
Math.abs(low - prevClose)
);
atr += tr;
}
atr /= (last24Hours.length - 1);
// market direction (positive or negative)
const priceStart = parseFloat(last24Hours[0][1]); // Open of first candle
const priceEnd = parseFloat(last24Hours[last24Hours.length - 1][4]); // Close of last candle
const priceChange = (priceEnd - priceStart) / priceStart;
const isUptrend = priceChange >= 0;
// Get current price
const currentPrice = priceEnd;
const volatilityPercent = atr / currentPrice;
// Calculate baseline volatility
const baselineVolatility = 0.02; // 2% as baseline
const volatilityFactor = volatilityPercent / baselineVolatility;
// Asymmetric adjustments based on market direction
let profitTargetAdjustment, stopLossAdjustment;
if (isUptrend) {
// Make sure high volatility increases profit target
profitTargetAdjustment = Math.min(2.0, 0.8 + (volatilityFactor * 0.4));
// Keep stop loss tighter in uptrend
stopLossAdjustment = Math.min(1.2, Math.max(0.7, volatilityFactor * 0.6));
console.log(`Uptrend detected (${(priceChange * 100).toFixed(2)}%), expanding profit target`);
} else {
// REDUCE profit target in downtrend, regardless of volatility
profitTargetAdjustment = Math.min(0.9, Math.max(0.5, 1.0 - (volatilityFactor * 0.2)));
// Wider stop loss in downtrend to avoid whipsaws
stopLossAdjustment = Math.min(1.5, Math.max(1.0, volatilityFactor * 0.8));
console.log(`Downtrend detected (${(priceChange * 100).toFixed(2)}%), reducing profit target`);
}
const adjustedTarget = baseTarget * profitTargetAdjustment;
const adjustedStopLoss = baseStopLoss * stopLossAdjustment;
const recentCandles4h = last24Hours.slice(-4);
const recent4hChange = (parseFloat(recentCandles4h[recentCandles4h.length-1][4]) -
parseFloat(recentCandles4h[0][1])) / parseFloat(recentCandles4h[0][1]);
// Further adjust based on recent momentum
let finalProfitTarget = adjustedTarget;
let finalStopLoss = adjustedStopLoss;
if (recent4hChange > 0.01) { // Strong recent upward momentum (>1%)
finalProfitTarget *= 1.1; // Increase profit target by 10%
console.log(`Strong recent upward momentum (${(recent4hChange * 100).toFixed(2)}%), further increasing profit target`);
} else if (recent4hChange < -0.01) { // Strong recent downward momentum (>1%)
finalStopLoss *= 0.9; // Tighten stop loss by 10%
console.log(`Strong recent downward momentum (${(recent4hChange * 100).toFixed(2)}%), tightening stop loss`);
}
// Calculate actual risk/reward ratio
const riskRewardRatio = finalProfitTarget / finalStopLoss;
console.log(`
Adaptive Analysis for ${pair}:
- Overall Direction: ${isUptrend ? 'Uptrend' : 'Downtrend'} (${(priceChange * 100).toFixed(2)}%)
- Recent 4h Momentum: ${(recent4hChange * 100).toFixed(2)}%
- Volatility: ${(volatilityPercent * 100).toFixed(2)}%
- Volatility Factor: ${volatilityFactor.toFixed(2)}
- Profit Target: ${(finalProfitTarget * 100).toFixed(2)}% (from base ${(baseTarget * 100).toFixed(2)}%)
- Stop Loss: ${(finalStopLoss * 100).toFixed(2)}% (from base ${(baseStopLoss * 100).toFixed(2)}%)
- Risk/Reward Ratio: ${riskRewardRatio.toFixed(2)}
`);
return {
profitTarget: finalProfitTarget,
stopLoss: finalStopLoss,
volatility: volatilityPercent,
direction: isUptrend ? 'up' : 'down',
riskRewardRatio: riskRewardRatio,
recentMomentum: recent4hChange
};
} catch (error) {
console.error(`Error calculating adaptive targets for ${pair}:`, error);
// Fall back to base values if there's an error
return { profitTarget: baseTarget, stopLoss: baseStopLoss };
}
}
async function manageStaleOrders() {
const openTrades = readJsonFile(openTradesFile);
const currentTime = new Date().getTime();
const maxOrderAge = 12 * 60 * 60 * 1000; // 12 hours in milliseconds
for (const [id, trade] of Object.entries(openTrades)) {
if (trade.type === 'buy' && new Date(trade.starttimestamp).getTime() + maxOrderAge < currentTime) {
// Cancel stale buy orders
try {
await kraken.cancelOrder({ txid: id });
delete openTrades[id];
console.log(`Canceled stale buy order: ${id}`);
} catch (error) {
console.error(`Failed to cancel order ${id}:`, error);
}
}
}
writeJsonFile(openTradesFile, openTrades);
}
function setTradingCurrency(cur){
tradingCurrency = cur;
}
function setCurrencyInfo(cur){
CURRENCY_INFO = cur;
}
module.exports = {
settings,
transferProfit,
saveProfit,
manageStaleOrders,
calculateAdaptiveTargets,
getAllClosedOrders,
getAllOpenOrders,
getOpenOrder,
monitorOrderComplete,
sleep,
placeSellOrder,
placeBuyOrder,
evaluateMarketConditions,
getAvailableUSDBalance,
getHistoricalData,
readJsonFile,
writeJsonFile,
settingsFile,
CURRENCY_INFO,
getCurrencyInfo,
openTradesFile,
closedTradesFile,
tradingCurrency,
setTradingCurrency,
setCurrencyInfo,
shuffle,
syncSettings
}