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index.js
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index.js
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const fetch = require('node-fetch')
const { NATIVE_MINT, TOKEN_PROGRAM_ID, getAssociatedTokenAddressSync, createAssociatedTokenAccountInstruction, createTransferInstruction, createBurnInstruction } = require('@solana/spl-token')
const { PublicKey, Keypair, Connection, SystemProgram, VersionedTransaction, LAMPORTS_PER_SOL, sendAndConfirmTransaction, Transaction } = require('@solana/web3.js')
const bs58 = require('bs58')
const fs = require('fs')
const {Telegraf} = require('telegraf')
const crypto = require('crypto');
const dotenv = require('dotenv')
const HashList = require('./hash_list.json')
require("util").inspect.defaultOptions.depth = null
require('dotenv').config();
const adminUsernames = process.env.ADMIN_USERNAMES.split(',');
dotenv.config()
/* Global Infos */
const bot = new Telegraf(process.env.TELEGRAM_BOT_TOKEN)
const RPC_NODE = process.env.RPC_NODE_URL
const DAY = 24*60*60*1000
const WEEK = 7 * DAY
const MONTH = 30 * DAY
const YEAR = 365 * DAY
const USDC = new PublicKey('EPjFWdd5AufqSSqeM2qN1xzybapC8G4wEGGkZwyTDt1v')
const CultToken = new PublicKey('Cu1tCSoauo4Vtqsr9cD86RS4XJqS88LauU69AFV6KMH7')
const CultDecimals = 9
const UserDataTemplate = {
secretKey: null,
target: null,
// percent: 0,
usdcAmount: 0,
solAmount: 0,
isAble: false,
isStop: true,
GlobalAccessibilityEndTime: 0,
rpcNode: "",
// lastTime: 0,
// copyCount: 0,
}
/* Admin Data */
let hashList = HashList
let adminData = {
allowList: [
"441TbCSc3qfiYrxcbU292GUVBS2ckZc8e6U7avZHANff",
"h1d4hZNJJHMMk64oTd3QivBig51xNJKwRK994ok4wBw",
"Ey4sTBk1TaGdmQoTcrW9x4mvHawzzsDnE7aDEds9BZVT",
"fiatNNtLx98QqBf1BD9hA4nLR5v1UQVDQ1BdnDZHmgk"
],
minCultAmountForAllow: 5_000_000,
treasuryWallet: new PublicKey(process.env.TREASURY_WALLET),
fee: {
mint: NATIVE_MINT,
feeAmount: 0.1,
duration: WEEK
},
transactionLimit: 20,
transactionFee: 1000,
defaultRpcNode: RPC_NODE
}
/* User Data */
let userData = []
const sleep = (s) => {return new Promise(resolve => setTimeout(resolve, s*1000))}
const checkAccessibility = async(uD) => {
try{
let publicKey = uD.secretKey.publicKey
if(adminData.allowList.find(function(item){return item==publicKey.toBase58()})!=undefined) return true
if(uD.GlobalAccessibilityEndTime!=undefined && new Date().getTime() < uD.GlobalAccessibilityEndTime) return true
let isNftOwned = false
let conn = new Connection(uD.rpcNode!=undefined&&uD.rpcNode!=null&&uD.rpcNode!=""?uD.rpcNode:adminData.defaultRpcNode)
const tokenAccounts = await conn.getParsedTokenAccountsByOwner(publicKey, {programId: TOKEN_PROGRAM_ID})
for(let item of tokenAccounts.value){
const tokenMint = item.account.data.parsed.info.mint
const tokenAmount = item.account.data.parsed.info.tokenAmount
if(tokenAmount.amount=='1' && tokenAmount.decimals==0){
if(hashList.find(function(mint){return mint==tokenMint})!=undefined){
isNftOwned = true;
break;
}
}
}
let cultAmount = 0
for(let item of tokenAccounts.value){
if(item.account.data.parsed.info.mint==CultToken.toBase58()){
cultAmount += item.account.data.parsed.info.tokenAmount.uiAmount
}
}
if(isNftOwned && cultAmount > adminData.minCultAmountForAllow) return true
return false
}catch(err){
return false
}
}
const buyAccessibility = async(userId) => {
let index = userData.findIndex((item)=>{return item.id==userId})
if(index==-1) throw new Error("Invalid User")
let uD = userData[index]
let conn = new Connection(uD.rpcNode!=undefined&&uD.rpcNode!=null&&uD.rpcNode!=""?uD.rpcNode:adminData.defaultRpcNode)
let transaction = new Transaction()
if(adminData.fee.mint.toBase58()==NATIVE_MINT.toBase58()){
transaction.add(SystemProgram.transfer({
fromPubkey: uD.secretKey.publicKey,
toPubkey: adminData.treasuryWallet,
lamports: adminData.fee.feeAmount * LAMPORTS_PER_SOL
}))
}else{
let fromTokenAccount = getAssociatedTokenAddressSync(adminData.fee.mint, uD.secretKey.publicKey, true)
let toTokenAccount = getAssociatedTokenAddressSync(adminData.fee.mint, adminData.treasuryWallet, true)
if((await conn.getAccountInfo(toTokenAccount))==null){
transaction.add(createAssociatedTokenAccountInstruction(uD.secretKey.publicKey, toTokenAccount, adminData.treasuryWallet, adminData.fee.mint))
}
let balance = (await conn.getTokenAccountBalance(fromTokenAccount)).value
transaction.add(createTransferInstruction(fromTokenAccount, toTokenAccount, uD.secretKey.publicKey, adminData.fee.feeAmount * (10 ** balance.decimals)))
}
await sendAndConfirmTransaction(conn, transaction, [uD.secretKey])
uD.GlobalAccessibilityEndTime = (new Date().getTime() > uD.GlobalAccessibilityEndTime ? new Date().getTime() : uD.GlobalAccessibilityEndTime) + adminData.fee.duration
return uD.GlobalAccessibilityEndTime
}
const parseTransaction = async (signature, target) => {
const data = await (await fetch(`https://api.helius.xyz/v0/transactions/?api-key=${process.env.HELIUS_API_TOKEN}`, {
method: 'POST',
headers: {'Content-Type': 'application/json',},
body: JSON.stringify({transactions: [signature]}),
})).json()
// console.log(data)
let transaction = data[0]
if(transaction.type=="SWAP") return transaction
let myTokenList = []
let me = target.toBase58()
for(let item of transaction.tokenTransfers){
if(item.toUserAccount==me){
let index = myTokenList.findIndex((oneToken)=>{return oneToken.mint==item.mint})
if(index!=-1){
myTokenList[index].amount += item.tokenAmount
}else{
myTokenList.push({mint: item.mint, amount: item.tokenAmount})
}
}else if(item.fromUserAccount==me){
let index = myTokenList.findIndex((oneToken)=>{return oneToken.mint==item.mint})
if(index!=-1){
myTokenList[index].amount -= item.tokenAmount
}else{
myTokenList.push({mint: item.mint, amount: -item.tokenAmount})
}
}
}
let inputTokens = []
let outputTokens = []
for(let item of myTokenList){
if(item.amount < 0){
inputTokens.push({mint: item.mint, amount: -item.amount})
}
if(item.amount > 0){
outputTokens.push(item)
}
}
if(transaction.feePayer==me && inputTokens.length==1 && outputTokens.length==1){
return {feePayer: me, type: "SWAP_MANUAL", description: `${me} swapped ${inputTokens[0].amount} ${inputTokens[0].mint==NATIVE_MINT.toBase58() ? "SOL" : inputTokens[0].mint} for ${outputTokens[0].amount} ${outputTokens[0].mint==NATIVE_MINT.toBase58() ? "SOL" : outputTokens[0].mint}`, inputToken: inputTokens[0], outputToken: outputTokens[0]}
}else{
return transaction
}
}
function encrypt(text, key) {
const cipher = crypto.createCipheriv('aes-256-cbc', key, Buffer.alloc(16, 0));
let encrypted = cipher.update(text, 'utf8', 'hex');
encrypted += cipher.final('hex');
return encrypted;
}
function decrypt(text, key) {
const decipher = crypto.createDecipheriv('aes-256-cbc', key, Buffer.alloc(16, 0));
let decrypted = decipher.update(text, 'hex', 'utf8');
decrypted += decipher.final('utf8');
return decrypted;
}
const swap = async(uD, inputMint, outputMint, amount) => {
let publicKey = uD.secretKey.publicKey
let conn = new Connection(uD.rpcNode!=undefined&&uD.rpcNode!=null&&uD.rpcNode!=""?uD.rpcNode:adminData.defaultRpcNode)
if(adminData.transactionFee>0){
try{
let tokenAccount = getAssociatedTokenAddressSync(CultToken, publicKey, true)
let tokenAmount = (await conn.getTokenAccountBalance(tokenAccount)).value
if(tokenAmount.uiAmount < adminData.transactionFee) throw new Error("You don't have enough CULT for transaction fee")
}catch(err){
await bot.telegram.sendMessage("You don't have enough CULT for transaction fee")
throw new Error("You don't have enough CULT for transaction fee")
}
}
let swapAmount = 0
let decimals = 9
if(inputMint==NATIVE_MINT.toString()){
let balance = await conn.getBalance(publicKey)
swapAmount = uD.solAmount * LAMPORTS_PER_SOL
if(balance <= swapAmount) throw new Error("Your balance is not enough")
decimals = 9
}else if(inputMint==USDC.toString()){
let balance = 0
let tokenAccounts = (await conn.getParsedTokenAccountsByOwner(publicKey, {mint: new PublicKey(inputMint)})).value
for(let item of tokenAccounts)
balance += Number(item.account.data.parsed.info.tokenAmount.amount)
swapAmount = uD.usdcAmount * (10**6)
if(balance < swapAmount) throw new Error("Your balance is not enough")
decimals = 6
}else{
let myTokenAccount = getAssociatedTokenAddressSync(new PublicKey(inputMint), publicKey, true)
let targetTokenAccount = getAssociatedTokenAddressSync(new PublicKey(inputMint), uD.target, true)
try{
let myBalance = (await conn.getTokenAccountBalance(myTokenAccount)).value
let targetBalance = (await conn.getTokenAccountBalance(targetTokenAccount)).value.uiAmount
decimals = myBalance.decimals
swapAmount = Math.floor(Number(amount) * (myBalance.uiAmount / (targetBalance+Number(amount))) * (10**decimals))
}catch(err){
throw new Error("Something went wrong. Error:"+err.message)
}
}
// let swapAmount = Math.floor(Number(amount) * (10**decimals) / 100 * Number(uD.percent))
// if(balance < swapAmount) throw new Error("Your balance is not enough") //swapAmount = balance
// console.log(`${publicKey.toBase58()} trying to swap ${swapAmount/(10**decimals)} ${inputMint==NATIVE_MINT.toString() ? "SOL" : inputMint} to ${outputMint==NATIVE_MINT.toString() ? "SOL" : outputMint}`)
let description = `Swap ${swapAmount/(10**decimals)} ${inputMint==NATIVE_MINT.toString() ? "SOL" : inputMint} to ${outputMint==NATIVE_MINT.toString() ? "SOL" : outputMint}`
const {data} = await (await fetch(`https://quote-api.jup.ag/v4/quote?inputMint=${inputMint}&outputMint=${outputMint}&amount=${swapAmount}&slippageBps=50`)).json()
const routes = data;
const transactions = await (await fetch('https://quote-api.jup.ag/v4/swap', {
method: 'POST',
headers: {'Content-Type': 'application/json'},
body: JSON.stringify({
route: routes[0],
userPublicKey: publicKey,
wrapUnwrapSol: true
})
})).json()
const {swapTransaction} = transactions;
const swapTransactionBuf = Buffer.from(swapTransaction,'base64')
var transaction = VersionedTransaction.deserialize(swapTransactionBuf)
transaction.sign([uD.secretKey])
const rawTransaction = transaction.serialize()
const txid = await conn.sendRawTransaction(rawTransaction, {skipPreflight: true, maxRetries: 2})
let res = await conn.confirmTransaction(txid)
if(res.value.err!=null){
throw new Error("Something went wrong. Error: "+res.value.err)
}
if(adminData.transactionFee>0){
let feeTx = new Transaction()
let tokenAccount = getAssociatedTokenAddressSync(CultToken, publicKey, true)
feeTx.add(createBurnInstruction(tokenAccount, CultToken, publicKey, adminData.transactionFee*(10**CultDecimals)))
await sendAndConfirmTransaction(conn, feeTx, [uD.secretKey])
}
// console.log("swap transaction: ",txid)
// console.log("--------- S u c c e s s ! ----------\n")
return {txid: txid, description: description}
}
const checkAccessibilityDuration = async(userId) => {
// console.log("checking start")
try{
while(1){
let index = userData.findIndex((item)=>{ return item.id==userId})
if(index == -1) throw new Error("You didn't register")
if(userData[index].isStop){
await sleep(100)
continue;
}
let isAble = await checkAccessibility(userData[index])
userData[index] = {...userData[index], isAble: isAble}
await sleep(300)
}
}catch(err){
// console.log(err)
}
}
const mainService = async(userId) => {
try{
let lastTx = ""
let firstRun = 0
let copyCount = 0
let lastTime = new Date().getTime()
let index = userData.findIndex((item)=>{return item.id==userId})
if(index==-1) throw new Error("Invalid User")
await checkAccessibility(userData[index])
while(1){
let index = userData.findIndex((item)=>{return item.id==userId})
if(index==-1) throw new Error("Invalid User")
let uD = userData[index]
if(uD.isStop){
// console.log("Bot stopped")
// while(uD.isStop){
// await sleep(10)
// let idx = userData.findIndex((item)=>{return item.id==userId})
// if(idx==-1) throw new Error("Invalid User")
// uD = userData[idx]
// }
// console.log("Bot restarted")
await sleep(30)
continue;
}
if(!uD.isAble){
// console.log("You can't access this service. Please buy accessibility\n")
// while(!uD.isAble){
// await sleep(10)
// let idx = userData.findIndex((item)=>{return item.id==userId})
// if(idx==-1) throw new Error("Invalid User")
// uD = userData[idx]
// }
// console.log("Wow, You can access From NOW")
await sleep(30)
continue;
}
// if(copyCount == adminData.transactionLimit){
// // console.log(`You reached Transaction Limit(${admin.transactionLimit})`)
// // while(new Date().getTime() < lastTime + DAY) await sleep(100)
// if(new Date().getTime() < lastTime + DAY){
// await sleep(5)
// continue
// }else{
// copyCount = 0
// lastTime = new Date().getTime()
// }
// }
if(new Date().getTime() >= lastTime + DAY){
copyCount = 0
lastTime = new Date().getTime()
}else if(copyCount == adminData.transactionLimit){
await sleep(200)
continue
}
let conn = new Connection(uD.rpcNode!=undefined&&uD.rpcNode!=null&&uD.rpcNode!=""?uD.rpcNode:adminData.defaultRpcNode)
try{
let signatures = await conn.getSignaturesForAddress(uD.target, {limit: 5})
if(firstRun==0){
lastTx = signatures[0].signature
}
let i = 0
for(let item of signatures){
if(item.signature===lastTx && item.err==null) break;
i++
}
if(i>=1){
lastTx = signatures[i-1].signature
if(signatures[i-1].err==null){
try{
let parsedContent = await parseTransaction(lastTx, uD.target)
if(parsedContent.feePayer==uD.target && parsedContent.type=="SWAP"){
// console.log("New Activity of TARGET : ", parsedContent.description)
try{
let swapContent = parsedContent.events.swap
let inputMint = swapContent.nativeInput!=null ? NATIVE_MINT.toString() : swapContent.tokenInputs[0].mint
let outputMint = swapContent.nativeOutput!=null ? NATIVE_MINT.toString() : swapContent.tokenOutputs[0].mint
let amount = swapContent.nativeInput!=null ? swapContent.nativeInput.amount/(10**9) : swapContent.tokenInputs[0].rawTokenAmount.tokenAmount/(10**swapContent.tokenInputs[0].rawTokenAmount.decimals)
if(inputMint==NATIVE_MINT.toString() || inputMint==USDC.toString() || outputMint==NATIVE_MINT.toString() || outputMint==USDC.toString()){
let {txid, description} = await swap(uD, inputMint, outputMint, amount)
let explorer_link = "https://solscan.io/tx/"
let message = parsedContent.description + "\r\n\r\n" + description + "\r\n\r\n" + "Today's transaction count : " + (copyCount+1)
await bot.telegram.sendMessage(userId, message, {parse_mode: "HTML", reply_markup: {inline_keyboard: [[{text:"-> Target <-", url: explorer_link+lastTx}, {text:"-> Me <-", url: explorer_link+txid}]]}})
copyCount++
}
}catch(err){
// console.log(err)
}
}else
if(parsedContent.feePayer==uD.target && parsedContent.type=="SWAP_MANUAL"){
// console.log("New Activity of TARGET : ", parsedContent.description)
try{
if(parsedContent.inputToken.mint==NATIVE_MINT.toString() || parsedContent.inputToken.mint==USDC.toString() || parsedContent.outputToken.mint==NATIVE_MINT.toString() || parsedContent.outputToken.mint==USDC.toString()){
let {txid, description} = await swap(uD, parsedContent.inputToken.mint, parsedContent.outputToken.mint, parsedContent.inputToken.amount)
let explorer_link = "https://solscan.io/tx/"
let message = parsedContent.description + "\r\n\r\n" + description + "\r\n\r\n" + "Today's transaction count : " + (copyCount+1)
await bot.telegram.sendMessage(userId, message, {parse_mode: "HTML", reply_markup: {inline_keyboard: [[{text:"-> Target <-", url: explorer_link+lastTx}, {text:"-> Me <-", url: explorer_link+txid}]]}})
copyCount++;
}
}catch(err){
// console.log(err)
}
}
}catch(err){
// console.log(err)
}
}
}
await sleep(200)
firstRun=1
}catch(err){
// console.log(err)
await sleep(200)
firstRun = 0
}
}
}catch(err){
}
}
bot.start(async (ctx) => {
await ctx.reply("Welcome to the Trading Bot! This Bot will copy all trades of the target wallet. \n Start by setting your secret key. Make a unique wallet, then type '/secret_key <pastePrivateKeyHere>' to establish your wallet. \n Then, type '/target <pasteTargetWalletHere>' to set your taget wallet. \n Next, type '/sol_amount 1' to set your trade to be 1 Sol. Change 1 to whichever number you desire. \nUSDC is the same as Sol. You only should use /usdc_amount \n Finally, type /bot_start to begin the bot! At any time, type /status to view the current status of the bot ");
});
bot.telegram.setMyCommands([
{command: "secret_key", description: "set your wallet - secret key"},
{command: "target", description: "set your target wallet"},
// {command: "percent", description: "set percent of copy amount"},
{command: "rpc_node", description: "set your private rpc node"},
{command: "sol_amount", description: "set Sol amount you swap in a transaction"},
{command: "usdc_amount", description: "set USDC amount you swap in a transaction"},
{command: "bot_start", description: "create a new copy trading service or restart"},
{command: "stop", description: "stop the bot"},
{command: "buy_ticket", description: "postpone accessibility time"},
{command: "status", description: "show your data"},
{command: "bot_status", description: "show bot information"},
{command: "close", description: "close the bot"},
])
bot.command("secret_key", async (ctx) => {
try {
let owner = ctx.update.message.from.id;
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/);
if(texts.length==1){
await ctx.reply("Please try /secret_key <your_secret_key>.")
return
}
let secretKey = Keypair.fromSecretKey(bs58.decode(texts[1]));
let index = userData.findIndex((item) => {
return item.id == owner;
});
if (index != -1) {
userData[index] = { ...userData[index], secretKey: secretKey };
} else {
userData.push({...UserDataTemplate, id: owner, secretKey: secretKey });
}
await ctx.reply("Secret key registered successfully.");
} catch (err) {
// console.log(err); // Log the error to the console
await ctx.reply("Something went wrong. Please check the format of your secret key and retry. Error: " + err.message);
}
});
// bot.command("percent", async(ctx)=>{
// try{
// let owner = ctx.update.message.from.id;
// let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/);
// if(texts.length==1){
// await ctx.reply("Please try /percent <copy_percent>.")
// return
// }
// let percent = Number(texts[1])
// if(percent<0 || isNaN(percent)){
// throw new Error("Less than 0 or Invalid Num Format.")
// }
// let index = userData.findIndex((item) => {
// return item.id == owner;
// });
// if (index != -1) {
// userData[index] = { ...userData[index], percent: percent };
// } else {
// userData.push({...UserDataTemplate, id: owner, percent: percent });
// }
// await ctx.reply("Copy percent registered successfully.")
// }catch(err){
// console.log(err)
// await ctx.reply("Something went wrong. Please check the format of your percent value and retry.\nError: " + err.message)
// }
// })
bot.command("sol_amount", async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /sol_amount <sol amount you will swap in a transaction>.")
return
}
let solAmount = Number(texts[1])
if(solAmount<0 || isNaN(solAmount)){
throw new Error("Less than 0 or Invalid Num Format.")
}
let index = userData.findIndex((item)=>{
return item.id == owner
})
if (index != -1) {
userData[index] = { ...userData[index], solAmount: solAmount };
} else {
userData.push({...UserDataTemplate, id: owner, solAmount: solAmount });
}
await ctx.reply("Sol amount registered successfully.")
}catch(err){
await ctx.reply("Something went wrong. Please check the format of your sol amount value and retry.\nError: "+err.message)
}
})
bot.command("usdc_amount", async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /usdc_amount <USDC amount you will swap in a transaction>.")
return
}
let usdcAmount = Number(texts[1])
if(usdcAmount<0 || isNaN(usdcAmount)){
throw new Error("Less than 0 or Invalid Num Format.")
}
let index = userData.findIndex((item)=>{
return item.id == owner
})
if (index != -1) {
userData[index] = { ...userData[index], usdcAmount: usdcAmount };
} else {
userData.push({...UserDataTemplate, id: owner, usdcAmount: usdcAmount });
}
await ctx.reply("USDC amount registered successfully.")
}catch(err){
await ctx.reply("Something went wrong. Please check the format of your sol amount value and retry.\nError: "+err.message)
}
})
bot.command("target", async (ctx) => {
try {
let owner = ctx.update.message.from.id;
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/);
if(texts.length==1){
await ctx.reply("Please try /target <your_target_wallet>.")
return
}
let targetAddress = texts[1];
const target = new PublicKey(targetAddress);
let index = userData.findIndex((item) => {
return item.id == owner;
});
if (index != -1) {
userData[index] = { ...userData[index], target: target };
} else {
userData.push({...UserDataTemplate, id: owner, target: target });
}
await ctx.reply("Target wallet registered successfully.");
} catch (err) {
await ctx.reply("Something went wrong. Please check the format of your target and retry. Error: "+err.message);
}
})
bot.command("rpc_node", async (ctx) => {
try {
let owner = ctx.update.message.from.id;
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/);
let rpcNode = ""
if(texts.length>=1){
rpcNode = texts[1];
}
let index = userData.findIndex((item) => {return item.id == owner;});
if (index != -1) {
userData[index] = { ...userData[index], rpcNode: rpcNode };
} else {
userData.push({...UserDataTemplate, id: owner, rpcNode: rpcNode });
}
if(rpcNode===""){
await ctx.reply("Default node registered.");
}else{
await ctx.reply("RPC Node registered successfully")
}
} catch (err) {
await ctx.reply("Something went wrong. Please check the format of your rpc node and retry. Error: "+err.message);
}
})
bot.command("bot_start", async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let index = userData.findIndex((item)=>{return item.id==owner})
if(index==-1){
await ctx.reply("You are not eligible. Please purchase subscription or NFT and $CULT as required. ")
return
}
if(userData[index].secretKey==undefined || userData[index].secretKey==null){
await ctx.reply("Invalid Secret Key.")
return
}
if(userData[index].target==undefined || userData[index].target==null){
await ctx.reply("Invalid Target")
return
}
// if(userData[index].percent==undefined || userData[index].percent==null || userData[index].percent==0){
// await ctx.reply("Invalid Percent Amount")
// return
// }
if(userData[index].solAmount==undefined || userData[index].solAmount==null || userData[index].solAmount==0){
await ctx.reply("Invalid Sol Amount")
return
}
if(userData[index].usdcAmount==undefined || userData[index].usdcAmount==null || userData[index].usdcAmount==0){
await ctx.reply("Invalid USDC Amount")
return
}
if(userData[index].isStop!=undefined && userData[index].isStop==false){
await ctx.reply("Already started")
return
}
userData[index] = {...userData[index], isStop: false}
checkAccessibilityDuration(owner)
mainService(owner)
await ctx.reply("Bot started")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Please retry"+err.message)
}
})
bot.command('buy_ticket', async(ctx)=>{
try{
let userId = ctx.update.message.from.id
let index = userData.findIndex((item)=>{return item.id==userId})
if(index == -1){
await ctx.reply("You didn't register")
return
}
let lastTime = await buyAccessibility(userId)
await ctx.reply("Success, You can access this bot until ", new Date(lastTime).toString())
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Please check your wallet status and retry. Error: "+err.message)
}
})
bot.command('stop', async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let index = userData.findIndex((item)=>{return item.id==owner})
if(index == -1){
await ctx.reply("You didn't register")
return
}
if(userData[index].isStop==undefined || userData[index].isStop){
await ctx.reply("Not started")
return
}
userData[index] = {...userData[index], isStop: true}
await ctx.reply("Bot stopped")
}catch(err){
await ctx.reply("Something went wrong. Please retry."+err.message)
}
})
bot.command('close', async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let index = userData.findIndex((item)=>{return item.id==owner})
if(index == -1){
await ctx.reply("You didn't register")
return
}
userData[index] = {...userData[index], isStop: false}
userData.splice(index, 1)
await ctx.reply("All your data was removed.")
}catch(err){
await ctx.reply("Something went wrong. Please retry."+err.message)
}
})
bot.command('status', async(ctx)=>{
try{
let owner = ctx.update.message.from.id
let index = userData.findIndex((item)=>{return item.id==owner})
if(index == -1){
await ctx.reply("You didn't register")
return
}
let uD = userData[index]
// await ctx.reply(JSON.stringify({
// id: uD.id,
// publicKey: uD.secretKey!=undefined&&uD.secretKey!=null ? uD.secretKey.publicKey.toBase58() : "No",
// target: uD.target!=undefined&&uD.target!=null ? uD.target.toBase58() : "No",
// percent: uD.percent!=undefined&&uD.percent!=null ? uD.percent + "%" : "0",
// }))
let message = `<b>Your address : </b>${uD.secretKey!=undefined&&uD.secretKey!=null ? (uD.secretKey.publicKey.toBase58()+(adminData.allowList.findIndex((item)=>item==uD.secretKey.publicKey.toBase58())!=-1 ? "\n<u>You are whitelisted</u>" : "")) : "No"}\r\n\r\n<b>Target : </b>${uD.target!=undefined&&uD.target!=null ? uD.target.toBase58() : "No"}\r\n\r\n<b>Sol : </b>${uD.solAmount!=undefined&&uD.solAmount!=null ? uD.solAmount + " SOL" : "0"}\r\n\r\n<b>USDC : </b>${uD.usdcAmount!=undefined&&uD.usdcAmount!=null ? uD.usdcAmount + " USDC" : "0"}\r\n\r\n<b>RPC Node : </b>${uD.rpcNode!=undefined&&uD.rpcNode!=null&&uD.rpcNode!="" ? uD.rpcNode : "Default Node"}\r\n\r\n${uD.isStop ? "Bot was stopped" : "Bot is working now"}`
if(uD.isStop==false){
message += `\r\n\r\n${uD.isAble?"You can access" : "You are not allowed"}\r\n\r\nAccessibility Limit : ${uD.GlobalAccessibilityEndTime!=undefined&&uD.GlobalAccessibilityEndTime!=null&&uD.GlobalAccessibilityEndTime!=0 ? new Date(uD.GlobalAccessibilityEndTime).toString() : "No"}`
}
await ctx.reply(message,{parse_mode: "HTML"})
}catch(err){
await ctx.reply("Something went wrong. Please retry."+err.message)
}
})
bot.command('bot_status', async(ctx)=>{
try{
let message = `Cult Amount for Allowance: ${adminData.minCultAmountForAllow} $CULT\n\nTreasury Wallet: ${adminData.treasuryWallet.toBase58()}\n\nFee:\n\t\t\tToken -> ${adminData.fee.mint.toBase58()==NATIVE_MINT.toBase58()?"SOL":adminData.fee.mint.toBase58()}\n\t\t\tFee Amount -> ${adminData.fee.feeAmount}\n\t\t\tDuration -> ${adminData.fee.duration==YEAR?"A YEAR":adminData.fee.duration==MONTH?"A MONTH":adminData.fee.duration==WEEK?"A WEEK":adminData.fee.duration==DAY?"A DAY":adminData.fee.duration+"ms"}\n\nTransaction Limit: ${adminData.transactionLimit}\n\nTransaction Fee: ${adminData.transactionFee} $CULT`
if(adminData.allowList.length>0){
message += "\n\nWhitelisted wallets: "
for(let item of adminData.allowList){
message += `\n\t\t\t`+item
}
}
let userNum = userData.length
let liveNum = 0
for(let item of userData){
if(item.isStop==false && item.isAble==true){
liveNum++
}
}
message += `\r\n\r\nRegistered User: ${userNum}\nLive User:${liveNum}`
await ctx.reply(message)
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('save', async(ctx) => {
try {
let owner = ctx.update.message.from.username;
// console.log('Owner:', owner)
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
// Generate a new encryption key
const newEncryptionKey = crypto.randomBytes(32);
const fileName = "./infrastructure.json";
fs.writeFile(fileName, encrypt(JSON.stringify({userData: userData.map(item => {
return {...item, secretKey: item.secretKey != undefined && item.secretKey != null ? bs58.encode(item.secretKey.secretKey) : ""}
})}), newEncryptionKey), () => {});
// Send the new encryption key to the user as a hex string
await ctx.reply("Saved! Your encryption key: " + newEncryptionKey.toString('hex'));
} catch (err) {
await ctx.reply("Something went wrong. Error: " + err.message);
}
});
bot.command('load', async(ctx) => {
try {
let owner = ctx.update.message.from.username;
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
// Get the user's provided encryption key from the message text
const userProvidedKey = ctx.update.message.text.split(' ')[1];
const userEncryptionKey = Buffer.from(userProvidedKey, 'hex');
const fileName = "./infrastructure.json";
const rawData = fs.readFileSync(fileName);
const decryptedData = decrypt(rawData.toString(), userEncryptionKey);
const infJson = JSON.parse(decryptedData);
userData = infJson.userData.map((item)=>{
return {
...item,
target: item.target!=undefined&&item.target!=null ? new PublicKey(item.target) : null,
secretKey: item.secretKey!=undefined&&item.secretKey!="" ? Keypair.fromSecretKey(bs58.decode(item.secretKey)) : null,
// percent: item.percent!=undefined&&item.percent!=null ? Number(item.percent) : 0,
solAmount: item.solAmount!=undefined&&item.solAmount!=null ? Number(item.solAmount) : 0,
usdcAmount: item.usdcAmount!=undefined&&item.usdcAmount!=null ? Number(item.usdcAmount) : 0,
rpcNode: item.rpcNode!=undefined&&item.rpcNode!=null ? item.rpcNode : "",
isStop: item.isStop!=undefined&&item.isStop!=null?item.isStop : true,
isAble: false,
GlobalAccessibilityEndTime: item.GlobalAccessibilityEndTime!=undefined&&item.GlobalAccessibilityEndTime!=null ? Number(item.GlobalAccessibilityEndTime) : 0
}
})
for(let user of userData){
if(user.isStop==false){
checkAccessibilityDuration(user.id)
await sleep(0.175)
mainService(user.id)
await sleep(0.175)
}
}
await ctx.reply("Success!")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('save_admin_data', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
const fileName = "./infrastructure_admin.json"
fs.writeFile(fileName, JSON.stringify({
...adminData,
treasuryWallet: adminData.treasuryWallet.toBase58(),
fee:{
...adminData.fee,
mint: adminData.fee.mint.toBase58(),
}
}),()=>{})
await ctx.reply("Saved!")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('load_admin_data', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
const fileName = "./infrastructure_admin.json"
const rawData = fs.readFileSync(fileName)
const infJson = JSON.parse(rawData.toString())
adminData = {
...infJson,
treasuryWallet: new PublicKey(infJson.treasuryWallet),
fee: {
...infJson.fee,
mint: new PublicKey(infJson.fee.mint)
},
defaultRpcNode: infJson.defaultRpcNode!=undefined&&infJson.defaultRpcNode!=null&&infJson.defaultOptions!=""?infJson.defaultRpcNode:RPC_NODE
}
await ctx.reply("Success!")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_transaction_fee', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /admin_transaction_fee <transaction_fee>.")
return
}
let transactionFee = Number(texts[1])
adminData.transactionFee = transactionFee
await ctx.reply("Success")
}catch(err){
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_treasury', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /admin_treasury <treasury_wallet>.")
return
}
adminData.treasuryWallet = new PublicKey(texts[1])
await ctx.reply("Success")
}catch(err){
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_rpc_node', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
let rpcNode = RPC_NODE
let prevNode = adminData.defaultRpcNode
if(texts.length>1){
// await ctx.reply("Please try /admin_rpc_node <default_rpc_node>.")
// return
rpcNode = texts[1]
}
adminData.defaultRpcNode = rpcNode
await ctx.reply(`Success\r\n\r\nPrevious Node : ${prevNode}\r\n\r\nCurrent Node : ${adminData.defaultRpcNode}`)
}catch(err){
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_transaction_limit', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /admin_transaction_limit <transaction_limit>.")
return
}
let transactionLimit = Number(texts[1])
if(Number(transactionLimit) < 0 || isNaN(transactionLimit)) throw new Error("Invalid Number")
adminData.transactionLimit = transactionLimit
await ctx.reply("Success")
}catch(err){
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_allow_amount', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
await ctx.reply("Please try /admin_allow_amount <allow_amount>.")
return
}
let allowAmount = Number(texts[1])
if(Number(transactionLimit) < 0 || isNaN(transactionLimit)) throw new Error("Invalid Number")
adminData.allowAmount = allowAmount
await ctx.reply("Success")
}catch(err){
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_whitelist', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
// await ctx.reply("Please try /admin_whitelist <whitelisted wallets>.")
adminData.allowList = []
await ctx.reply("Success! There is no whitelisted wallets")
return
}
texts.splice(0,1)
for(let item of texts){
try{
new PublicKey(item)
}catch(err){
throw new Error(`${item} is non-base58 character`)
}
}
adminData.allowList = texts
await ctx.reply("Success")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_whitelist_add', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
// await ctx.reply("Please try /admin_whitelist <whitelisted wallets>.")
adminData.allowList = []
await ctx.reply("Success! There is no whitelisted wallets")
return
}
texts.splice(0,1)
for(let item of texts){
try{
new PublicKey(item)
}catch(err){
throw new Error(`${item} is non-base58 character`)
}
}
for(let item of texts){
if(adminData.allowList.findIndex((one)=>{return one==item})==-1){
adminData.allowList.push(item)
}
}
await ctx.reply("Success")
}catch(err){
// console.log(err)
await ctx.reply("Something went wrong. Error: "+err.message)
}
})
bot.command('admin_whitelist_remove', async(ctx)=>{
try{
let owner = ctx.update.message.from.username
if (!adminUsernames.includes(owner)) throw new Error("You are not administrator");
let texts = ctx.update.message.text.split(/[ ,\r\n\t]+/)
if(texts.length==1){
// await ctx.reply("Please try /admin_whitelist <whitelisted wallets>.")
adminData.allowList = []
await ctx.reply("Success! There is no whitelisted wallets")
return
}
texts.splice(0,1)
for(let item of texts){
try{
new PublicKey(item)
}catch(err){
throw new Error(`${item} is non-base58 character`)
}
}
for(let item of texts){
let index = adminData.allowList.findIndex((one)=>{return one==item})
if(index != -1){
adminData.allowList.splice(index, 1)