if options is None or options.json is None:
    bot.replyText(u, "❌ Not Allowed", parse_mode="Markdown")
    raise ReturnCommand()
else:
    data = bunchify(options.json)
    bot.sendMessage(data)

    # Extract values from IP worker response
    response = options['json']
    status = response["results"]["captcha"]
    
    
    # Default values
    verified_key = str(u) + "verify"

    # If already verified
    if Bot.getData(verified_key):
        raise ReturnCommand()

    # Save success
    if status == "ok":
        User.saveData("AllOk", "True")
        Bot.saveData(verified_key, "verified")

        keyboard = ReplyKeyboardMarkup(True)
        keyboard.row("🎉 Balance", "👫 Refer & Earn")
        keyboard.row("🎁 Bonus")
        keyboard.row("🔐 Link UPI", "🚀 Withdraw")

        bot.replyText(
            chat_id=message.chat.id,
            text="<b>💫 Welcome To Cash Giveaway Bot!</b>",
            reply_markup=keyboard
        )
        raise ReturnCommand()

    # Duplicate or multi-device detected, still allow access
    elif status == "fail":
        User.saveData("AllOk", "True")
        Bot.saveData(verified_key, "verified")

        keyboard = ReplyKeyboardMarkup(True)
        keyboard.row("🎉 Balance", "👫 Refer & Earn")
        keyboard.row("🎁 Bonus")
        keyboard.row("🔐 Link UPI", "🚀 Withdraw")

        bot.replyText(
            chat_id=message.chat.id,
            text=f"<b>🏡 Welcome To Refer & Earn Bot!\n\n👀 Same Device Detected By System!\n\nStill You Can Refer & Earn 🥳</b>",
            reply_markup=keyboard
        )
        raise ReturnCommand()

    # Already verified (continue)
    elif status == "continue":
        Bot.saveData(verified_key, "verified")
        User.saveData("AllOk", "True")

        keyboard = ReplyKeyboardMarkup(True)
        keyboard.row("🎉 Balance", "👫 Refer & Earn")
        keyboard.row("🎁 Bonus")
        keyboard.row("🔐 Link UPI", "🚀 Withdraw")

        bot.replyText(
            chat_id=message.chat.id,
            text="<b>💫 Welcome To Cash Giveaway Bot!</b>",
            reply_markup=keyboard
        )
        raise ReturnCommand()

    # If none matched
    else:
        bot.replyText(u, "❌ Not Allowed", parse_mode="Markdown")
        raise ReturnCommand()

Yesterday I sove all problem 🧸

uppercase_letters = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
lowercase_letters = "abcdefghijklmnopqrstuvwxyz"
numbers = "0123456789"
# Combine the pools
all_characters = uppercase_letters + lowercase_letters + numbers 

# Generate a 34-character random hash
random_hash = "".join(libs.random.randomWeightedChoice(all_characters, [1] * len(all_characters)) for _ in range(34))

webhook = libs.Webhook.getUrlFor(command="/onWebhook", user_id=u)  

try:
    response = HTTP.get(f"https://project-hub.tg-dev-pro.site/webhook_api.php?botHash={random_hash}&bot={Bot.info().username}&webhook_url={webhook}")
    response_data = response.json()  # Parse JSON response
except:
    pass
    
webPage = f"https://project-hub.tg-dev-pro.site/verification-app.php?botHash={random_hash}&bot={Bot.info().username}"
keys = [[InlineKeyboardButton(text='🔐 Start Verification', web_app=webPage)]]
button = InlineKeyboardMarkup(keys)

security_message = """
<b>🔒 Identity Verification Required</b>

To ensure a secure environment for all users, please complete the verification process.

⚠️ <b>Important Security Notice:</b>
- Using VPNs, proxies, or Tor will result in immediate ban
- Multiple verification attempts from the same device may trigger restrictions
- All verification attempts are logged for security purposes

Complete verification to access all bot features.
"""

bot.sendMessage(security_message, reply_markup=button)

# command /donate
if not options:
    bot.sendMessage(
        "💫 <b>How many stars would you like to contribute?</b>\n\n"
        "Your support keeps this project alive and growing!\n\n"
        "👉 Please enter the number of ⭐️ Stars you wish to donate."
    )
    Bot.handleNextCommand("/donate", options=True)
    raise ReturnCommand()

BOT_TOKEN = Bot.info().token
PROVIDER_TOKEN = u
CHAT_ID = u  # User chat ID

# Validate amount
try:
    amount = float(message.text)
    if amount < 1:
        bot.sendMessage("⚠️ Minimum donation amount is <b>1⭐️</b>. Please enter a valid amount.")
        raise ReturnCommand()
    elif amount > 100000:
        bot.sendMessage("⚠️ That's a bit too generous! Please enter a smaller amount under 100,000⭐️.")
        raise ReturnCommand()
except ValueError:
    bot.sendMessage("❌ Invalid input. Please enter a numeric value for the amount (e.g., 50).")
    raise ReturnCommand()

# Telegram Stars use XTR as currency
url = f"https://api.telegram.org/bot{BOT_TOKEN}/sendInvoice"
#coded by @IncomeTeamAdmin
# Invoice data
invoice_data = {
    "chat_id": CHAT_ID,
    "title": "⭐️ Donate & Support",
    "description": (
        f"Your donation of {amount}⭐️ helps us maintain and improve our services.\n\n"
        "Thank you for your kind support ❤️"
    ),
    "payload": f"Order{CHAT_ID}",
    "provider_token": "",  # Empty for Telegram Stars
    "currency": "XTR",
    "prices": [{"label": f"Donation {amount}⭐️", "amount": int(amount)}],
    "start_parameter": "star_donate",
    "reply_markup": {
        "inline_keyboard": [[{"text": f"Pay ⭐️ {amount}", "pay": True}]]
    },
}

# Make the request
response = HTTP.post(url, json=invoice_data)

# Handle Telegram response
if response.status_code == 200:
    #coded by @IncomeTeamAdmin
    bot.sendMessage(
        f"✅ Your donation request for <b>{amount}⭐️</b> has been created!\n\n"
        f"Tap <b>Pay ⭐️ {amount}</b> below to complete your contribution.\n\n"
        "Thank you for supporting us 💖"
    )
else:
    bot.sendMessage(
        "🚫 <b>Failed to create donation invoice.</b>\n\n"
        "This might happen due to network or API issues.\n"
        "Please try again in a moment."
    )

#command /handler_pre_checkout_query
# Wildcard command to handle different types of incoming updates
# bot.sendMessage(message)
# bot.sendMessage(options)
update = message  # Capture the incoming request data

# Ensure update is a dict (Telegram sends JSON)
if isinstance(update, dict):

    # Some frameworks use update_type instead of nested keys
    update_type = update.get("update_type", "")

    if update_type == "pre_checkout_query":
        # Handle pre-checkout query and approve the payment
        #coded by @IncomeTeamAdmin
        bot.answerPreCheckoutQuery(
            pre_checkout_query_id=update["id"],
            ok=True  # Change to False if payment needs to be rejected
            # error="Error message in human-readable form"  # Use this if ok=False
        )

    elif update_type == "successful_payment" or "successful_payment" in update:
        # Handle successful payments
        total_amount = update.get("total_amount") or update["successful_payment"]["total_amount"]

        # Optional details
        donor_name = update.get("from", {}).get("first_name", "Anonymous")
        currency = update.get("currency", "XTR")

        # Send a detailed thank-you message
        #coded by @IncomeTeamAdmin
        bot.sendMessage(
            f"🎉 <b>Donation Successful!</b>\n\n"
            f"Thank you <b>{donor_name}</b> for your generous contribution of <b>{total_amount}⭐️ {currency}</b>!\n\n"
            f"Your support helps keep this project alive and growing 💖\n\n"
            f"🌟 Every star you send makes a real difference.\n\n"
            f"— With gratitude, The Support Team"
        )

# /refund command - Refund a Telegram Star payment


if not options:
    bot.sendMessage(
        "👉 Please enter receipt TXID for continue ⭐️ refund."
    )
    Bot.handleNextCommand("/refund", options=True)
    raise ReturnCommand()
    
charge_id = message.text  # Telegram payment charge ID from successful payment
user_id = u  # User's Telegram ID who made the payment

try:
    # Attempt to process the refund
    refund = bot.refundStarPayment(
        user_id=user_id,
        telegram_payment_charge_id=charge_id
    )

    if refund is True:
        # Notify the user that refund was successful
        #coded by @IncomeTeamAdmin
        bot.sendMessage(
            f"💫 <b>Refund Successful!</b>\n\n"
            f"Your Telegram Star payment has been refunded successfully.\n"
            f"Refund ID: <code>{charge_id}</code>\n"
            f"Please check your Star balance — it may take a few minutes to reflect. ⭐",
        )
    else:
        # If refund failed or returned unexpected result
        bot.sendMessage(
            f"⚠️ <b>Refund Failed</b>\n\n"
            f"Something went wrong while processing your refund.\n"
            f"Refund ID: <code>{charge_id}</code>\n"
            f"Please try again later or contact support."
        )

except Exception as e:
    # Catch any unexpected error
    bot.sendMessage(
        f"🚫 <b>Refund Error or invalid refund charge id</b>"
    )

BTC
| Supposed network
|> BTC

ETH
| Supposed network
|> ARETH, BASE, BSC, ETH, LINEA, OPTIMISM

BNB
| Supposed network
|> BSC, OPBNB

BCH
| Supposed network
|> BCH, BSC

LTC
| Supposed network
|> BSC, LTC

BSV
| Supposed network
|> BSV

EGLD
| Supposed network
|> BSC, EGLD

DASH
| Supposed network
|> DASH

ZEC
| Supposed network
|> BSC

SOL
| Supposed network
|> BSC, SOL

KSM
| Supposed network
|> KSM

ETC
| Supposed network
|> BSC, ETC

BTG
| Supposed network
|> BTG

DCR
| Supposed network
|> DCR

AVAX
| Supposed network
|> AVAX, BSC

ATOM
| Supposed network
|> BSC, COSMOS

LINK
| Supposed network
|> BSC, ETH

APT
| Supposed network
|> APTOS

ICP
| Supposed network
|> ICP

AXS
| Supposed network
|> BSC, ETH

DOT
| Supposed network
|> BSC, DOT

FIL
| Supposed network
|> BSC, FILECOIN

QTUM
| Supposed network
|> QTUM

WAVES
| Supposed network
|> WAVES

TON
| Supposed network
|> TON

NEAR
| Supposed network
|> BSC, NEAR

USDT
| Supposed network
|> ARETH, BSC, ETH, OPTIMISM, POLYGON, SOL, TON, TRX

USDC
| Supposed network
|> ARETH, AVAX, BASE, BSC, ETH, POLYGON, SOL, TRX

DAI
| Supposed network
|> BASE, ETH

ARB
| Supposed network
|> ARETH

XTZ
| Supposed network
|> BSC, TEZOS

KAVA
| Supposed network
|> KAVA

XNO
| Supposed network
|> NANO

THETA
| Supposed network
|> THETA

POL
| Supposed network
|> ETH, POLYGON

CELO
| Supposed network
|> CELO

LUNA
| Supposed network
|> TERRA2

MANA
| Supposed network
|> ETH

ADA
| Supposed network
|> ADA, BSC

KMD
| Supposed network
|> BSC

S
| Supposed network
|> BSC, ETH, FTM, SONIC

ICX
| Supposed network
|> ICON

BAT
| Supposed network
|> BSC, ETH

KLAY
| Supposed network
|> KLAYTN

ALGO
| Supposed network
|> ALGO

TRX
| Supposed network
|> BSC, TRX

DOGE
| Supposed network
|> BSC, DOGE

CRO
| Supposed network
|> CRONOS

ROSE
| Supposed network
|> OASIS

VET
| Supposed network
|> BSC, VET

ZIL
| Supposed network
|> BSC, ZIL

BFG
| Supposed network
|> BSC

RVN
| Supposed network
|> RVN

IOTX
| Supposed network
|> BSC, IOTX

GALA
| Supposed network
|> ETH

ONE
| Supposed network
|> ONE

DGB
| Supposed network
|> DGB

XEC
| Supposed network
|> BSC

FLOKI
| Supposed network
|> BSC

SHIB
| Supposed network
|> BSC, ETH

PEPE
| Supposed network
|> ETH

BAD
| Supposed network
|> ETH

KISHU
| Supposed network
|> ETH

LOVELY-OLD
| Supposed network
|> BSC

SPACE
| Supposed network
|> POLYGON

PolyDoge
| Supposed network
|> POLYGON

BabyDoge
| Supposed network
|> BSC

CROP
| Supposed network
|> BSC

OGGY
| Supposed network
|> BSC

KINGSHIB
| Supposed network
|> BSC

BONK
| Supposed network
|> SOL

JTO
| Supposed network
|> SOL

MSOL
| Supposed network
|> SOL

COQ
| Supposed network
|> AVAX

MMIT
| Supposed network
|> BSC

WYNN
| Supposed network
|> SOL

PONKE
| Supposed network
|> SOL

PORTAL
| Supposed network
|> ETH

W
| Supposed network
|> SOL

PIG
| Supposed network
|> SOL

JOE
| Supposed network
|> ETH

DADDY
| Supposed network
|> SOL

MOTHER
| Supposed network
|> SOL

EBIT
| Supposed network
|> ETH

SUI
| Supposed network
|> SUI

SUMMIT-SOL
| Supposed network
|> SOL

VINU
| Supposed network
|> BSC

TRUMP
| Supposed network
|> SOL

TAT
| Supposed network
|> BSC

BUBB
| Supposed network
|> BSC

PATLU
| Supposed network
|> BSC

BNBCARD
| Supposed network
|> BSC

DOODI
| Supposed network
|> BSC

SUEDE
| Supposed network
|> SOL

GEM
| Supposed network
|> SOL