def welcome():
h.print_title("WELCOME TO VMM VERSION 1.0")
print("Please select the input mode you would like to use")
print("1 for manual input mode, 2 for csv import mode")
text_in = ''
while (text_in != 'q'):
text_in = h.Raw_Input("Please enter the corresponding number: ")
try:
mode = int(text_in)
if (mode_dict.has_key(mode)):
return mode
print("Invalid mode entered")
except:
print("Invalid mode entered")
def check_substr():
clear()
print_title()
strx = input(
Fore.GREEN +
"Enter the sub-string you want to search in Password Database: " +
Fore.RED +
"\n(It is CASE SENSITIVE and SPACES will also be counted)\n\n" +
Fore.WHITE + "#" + Fore.BLUE + "")
i = 0
#(Found, File) = (False, None)
clear()
print_title()
print(Fore.GREEN + "\nSearching for " + Fore.RED + strx + Fore.GREEN +
" and its Sub-Strings in Password Database.\n")
print(Fore.WHITE +
"It may take Several Minutes. To interrupt, Press CTRL+C.\n\n")
hide_cursor()
num = 0
try:
total_pass = 0
for x in files:
total_pass = total_pass + file_len(data_path + '/' + x)
for x in files:
file = open(data_path + '/' + x, 'r', encoding='latin1')
(c, r) = get_terminal_size()
print(Back.CYAN + (c - 1) * ' ', end='\r')
for line in file:
line = line.strip()
#(c, r) = get_terminal_size()
#print (Back.BLUE + (c-1)*' ', end = '\r')
i = i + 1
zx = Back.CYAN + Fore.BLACK + "Checking " + Fore.MAGENTA + "{:>13}".format(
line[:13]
) + Fore.BLACK + " in file " + Fore.MAGENTA + "{:>25} ".format(
x[:25]) + Fore.RED + str((i * 100) // total_pass) + "%"
print(zx, end='\r')
l = line.find(strx)
if (l is not -1):
num = num + 1
#l = line.find (strx)
lenx = len(strx)
linex = Fore.BLUE + line[:l] + Fore.MAGENTA + line[
l:l + lenx] + Fore.BLUE + line[lenx:]
(c, r) = get_terminal_size()
print(Back.BLACK + (c - 1) * ' ', end='\r')
print(Fore.WHITE + "{:>6}: ".format(num) + " " + linex +
" " + Style.DIM + Fore.WHITE + " in " + Fore.BLUE +
x + Style.RESET_ALL)
(c, r) = get_terminal_size()
print(Back.CYAN + (c - 1) * ' ', end='\r')
file.close()
(c, r) = get_terminal_size()
print(Back.BLACK + (c - 1) * ' ', end='\r')
print(Fore.GREEN + "\n\n[+]" + Fore.WHITE +
" Script Succeded. Result was " + Fore.BLUE +
"{} result(s)".format(num) + Fore.WHITE)
except KeyboardInterrupt:
(c, r) = get_terminal_size()
print(Back.BLACK + (c - 1) * ' ', end='\r')
print(Fore.GREEN + "\n[+]" + Fore.WHITE +
" Script Succeded. Result was " + Fore.BLUE +
"Interrupted by User, {} results found.".format(num) +
Fore.WHITE)
show_cursor()
exit(0)
def check_file():
clear()
print_title()
print("This thing is under Development.")
def check_one():
clear()
#print ("in check 1")
print_title()
strx = input(
Fore.GREEN + "Enter the password you want to check: " + Fore.RED +
"\n(It is CASE SENSITIVE and SPACES will also be counted)\n\n" +
Fore.WHITE + "#" + Fore.BLUE + "")
i = 0
(Found, File) = (False, None)
clear()
print_title()
print(Fore.GREEN + "\nSearching for " + Fore.RED + strx + Fore.GREEN +
" in Password Database.\n")
print(Fore.WHITE +
"It may take Several Minutes. To interrupt, Press CTRL+C.\n\n")
hide_cursor()
try:
total_pass = 0
for x in files:
total_pass = total_pass + file_len(data_path + '/' + x)
for x in files:
if Found:
break
file = open(data_path + '/' + x, 'r', encoding='latin1')
(c, r) = get_terminal_size()
print(Back.CYAN + (c - 1) * ' ', end='\r')
for line in file:
line = line.strip()
#(c, r) = get_terminal_size()
#print (Back.BLUE + (c-1)*' ', end = '\r')
i = i + 1
zx = Back.CYAN + Fore.BLACK + "Checking " + Fore.MAGENTA + "{:>13}".format(
line[:13]
) + Fore.BLACK + " in file " + Fore.MAGENTA + "{:>25} ".format(
x[:25]) + Fore.RED + str((i * 100) // total_pass) + "%"
print(zx, end='\r')
if (line == strx):
(Found, File) = (True, x)
file.close()
break
file.close()
(c, r) = get_terminal_size()
print(Back.BLACK + (c - 1) * ' ', end='\r')
if Found:
print(
Fore.RED +
"Your password was available in the password database in file "
+ Fore.BLUE + File + Fore.RED +
". You should immediately change this password if u have used it somewhere."
)
else:
print(
Fore.GREEN +
"Great! Your password is not available in any of the Password Database, and it should be secure enough."
)
print(Fore.GREEN + "\n\n[+]" + Fore.WHITE +
" Script Succeded. Result was " + Fore.BLUE +
("Unsecure Password" if Found else "Secure Password") +
Fore.WHITE)
except KeyboardInterrupt:
(c, r) = get_terminal_size()
print(Back.BLACK + (c - 1) * ' ', end='\r')
print(Fore.GREEN + "\n[+]" + Fore.WHITE +
" Script Succeded. Result was " + Fore.BLUE +
"Interrupted by User" + Fore.WHITE)
show_cursor()
exit(0)
" Script Succeded. Result was " + Fore.BLUE +
"Interrupted by User, {} results found.".format(num) +
Fore.WHITE)
show_cursor()
exit(0)
if len(files) is 0:
print(
Fore.RED + "[-]" + Fore.WHITE +
" Empty Database. Please add some password lists in '{}/' directory..."
.format(data_path))
show_cursor()
exit()
print_title()
print(Fore.GREEN + "\nCHOOSE YOUR SAFE-CHECK:\n")
print(
Fore.BLUE +
" 1. Check a Specific password in the database.\n 2. List Passwords containing a specified sub-string or word.\n 3. Check all Passwords present as list in a .txt file.\n\n\n"
)
while (True):
x = input(Fore.GREEN + "ENTER YOUR CHOICE (0 to exit): " + Fore.BLUE + "#")
choice = 0
try:
choice = int(x)
if (choice > 3) or (choice < 0):
raise Exception
break
except Exception as e:
def __init__(self, session_user_id, api_id, api_hash, proxy=None):
""""" Initializes the SmartTelegramClient
:param session_used_id: Name of the *.session file
:param api_id: Telegram's api_id acquired through my.telegram.org.
:param api_hash: Telegram's api_hash.
:param proxy: Optional proxy tuple/dictionary.
"""
print_title('Initialization')
# The first step is to initialize the TelegramClient, as we are
# subclassing it, we need to call super().__init__(). On a more
# normal case you would want 'client = TelegramClient(...)'
super().__init__(
session_user_id,
api_id,
api_hash,
connection=ConnectionTcpAbridged,
# If you're using a proxy, set it here.
proxy=proxy)
# Calling .connect() may raise a connection error False, so you need
# to except those before continuing. Otherwise you may want to retry
# as done here.
print('Connecting to Telegram servers...')
try:
loop.run_until_complete(self.connect())
print('Connected Successfully')
except IOError:
# We handle IOError and not ConnectionError because
# PySocks' errors do not subclass ConnectionError
# (so this will work with and without proxies).
print('Initial connection failed. Retrying...')
loop.run_until_complete(self.connect())
# If the user hasn't called .sign_in() or .sign_up() yet, they won't
# be authorized. The first thing you must do is authorize. Calling
# .sign_in() should only be done once as the information is saved on
# the *.session file so you don't need to enter the code every time.
if not loop.run_until_complete(self.is_user_authorized()):
print('First run. Sending code request...')
user_phone = input('Enter your phone: ')
loop.run_until_complete(self.sign_in(user_phone))
self_user = None
while self_user is None:
code = input('Enter the code you just received: ')
try:
self_user = loop.run_until_complete(
self.sign_in(code=code))
# Two-step verification may be enabled, and .sign_in will
# raise this error. If that's the case ask for the password.
# Note that getpass() may not work on PyCharm due to a bug,
# if that's the case simply change it for input().
except SessionPasswordNeededError:
pw = getpass('Two step verification is enabled. '
'Please enter your password: ')
self_user = loop.run_until_complete(
self.sign_in(password=pw))
self.chats = None
self.chat_entities = None
self.account = Account()