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x-crawler.py
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# making a more secure password maker (advance)
## Help PWDs == Root Key - anonymous_root
# anonymous_Key - anonymous_encrypt, anonymous_decryption
from colorama import Fore, Back, Style
words_lst_high = (('q', '0^1'), ('w','0~1'), ('e','130'), ('r','1*0'), ('t', '0:1'), ('y', '0%1'),
('u', '1_0'), ('i', '1!0'), ('o', '001'), ('p', '091'), ('a', '1@0'), ('s', '1$0'),
('d', '0{1'), ('f', '0}1'), ('g', '1(0'), ('h', '1)0'), ('j', '0/1'), ('k', "0\."),
('l', '1|0'), ('z', '0#1'), ('x', '0?1'), ('c', '1=0'), ('v', '1.0'), ('b', '081'),
('n', '0+1'), ('m', '1-0'), ('Q', '0^1'), ('W','0~1'), ('E','130'), ('R','1*0'), ('T', '0:1'), ('Y', '0%1'),
('U', '1_0'), ('I', '1!0'), ('O', '001'), ('P', '091'), ('A', '1@0'), ('S', '1$0'),
('D', '0{1'), ('F', '0}1'), ('G', '1(0'), ('H', '1)0'), ('J', '0/1'), ('K', "0\."),
('L', '1|0'), ('Z', '0#1'), ('X', '0?1'), ('C', '1=0'), ('V', '1.0'), ('B', '081'),
('N', '0+1'), ('M', '1-0'), (' ', ';;'))
words_lst_med = (('q', '^'), ('w','~'), ('e','3'), ('r','*'), ('t', ':'), ('y', '%'),
('u', '_'), ('i', '!'), ('o', '0'), ('p', '9'), ('a', '@'), ('s', '$'),
('d', '{'), ('f', '}'), ('g', '('), ('h', ')'), ('j', '/'), ('k', "\."),
('l', '|'), ('z', '#'), ('x', '?'), ('c', '='), ('v', '.'), ('b', '8'),
('n', '+'), ('m', '-'))
words_lst_low = (('q', 'Q#'), ('w','W#'), ('e','3'), ('r','R#'), ('t', 'T#'), ('y', 'Y#'),
('u', '_'), ('i', '!'), ('o', '0'), ('p', '9'), ('a', '@'), ('s', '$'),
('d', 'D#'), ('f', 'F#'), ('g', 'G#'), ('h', 'H#'), ('j', 'J#'), ('k', "K#"),
('l', '&'), ('z', '1'), ('x', '?'), ('c', 'C#'), ('v', 'V#'), ('b', '8'),
('n', '+'), ('m', '-'), (' ', ';;'))
symbol_list = (('!', '1!'), ('@', '2@'), ('#','3#'),('$', '4$'), ('%', '5%'),
('^', '6^'), ('&', '7&'), ('*', '8*'),('(', '9('), (')' ,'0)'))
decryption_high_lst = (('0^1', 'q'), ('0~1','w'), ('130','e'), ('1*0','r'), ('0:1', 't'), ('0%1', 'y'),
('1_0', 'u'), ('1!0', 'i'), ('001', 'o'), ('091', 'p'), ('1@0', 'a'), ('1$0', 's'),
('0{1', 'd'), ('0}1', 'f'), ('1(0', 'g'), ('1)0', 'h'), ('0/1', 'j'), ('0\.', "k"),
('1|0', 'l'), ('0#1', 'z'), ('0?1', 'x'), ('0?1', 'c'), ('1.0', 'v'), ('081', 'b'),
('0+1', 'n'), ('1-0', 'm'), (';;', ' '))
decryption_medium_lst = (('^', 'q'), ('~','w'), ('e','3'), ('*','r'), (':', 't'), ('%', 'y'),
('_', 'u'), ('!', 'i'), ('0', 'o'), ('9', 'p'), ('@', 'a'), ('$', 's'),
('{', 'd'), ('}', 'f'), ('(', 'g'), (')', 'h'), ('/', 'j'), ('\.', "k"),
('|', 'l'), ('#', 'z'), ('?', 'x'), ('=', 'c'), ('.', 'v'), ('8', 'b'),
('+', 'n'), ('-', 'm'))
decryption_low_lst = (('Q#', 'q'), ('W#','w'), ('3','e'), ('R#','r'), ('T#', 't'), ('Y#', 'y'),
('_', 'u'), ('!', 'i'), ('0', 'o'), ('9', 'p'), ('@', 'a'), ('$', 's'),
('D#', 'd'), ('F#', 'f'), ('G#', 'g'), ('H#', 'h'), ('J#', 'j'), ('K#', "k"),
('&', 'l'), ('1', 'z'), ('?', 'x'), ('C#', 'c'), ('V#', 'v'), ('8', 'b'),
('+', 'n'), ('-', 'm'), (';;', ' '))
decryption_symbols_lst = (('1!', '!'), ('2@', '@'), ('3#','#'),('4$', '$'), ('5%', '%'),
('6^', '^'), ('7&', '&'), ('8*', '*'),('9(', '('), ('0)' ,')'))
def number_lst():
number_lst = (('1', '1!q'), ('2', '2@w'), ('3', '3#e'), ('4', '4$r'), ('5', '5%t'), ('6', '6^y'),
('7', '7&u'), ('8', '*i'), ('9', '9(0'), ('0', '0)P'), (' ', ';;'))
def encryption_of_numbers(usr_pass5):
for a, b in number_lst:
usr_pass5 = usr_pass5.replace(a, b)
return usr_pass5
def number():
import time
# request 4
for hacker12 in range(1, 2):
print('{+} Processing your request...1 for Numbers')
time.sleep(0.3)
print('{+} Processing your request...2 for Numbers')
time.sleep(0.3)
print('{+} Processing your request...3 for Numbers')
time.sleep(0.3)
print('{+} Processing your request...4 for Numbers')
time.sleep(0.3)
print('{+} Processing your request...5 for Numbers')
time.sleep(2)
print('Starting the PWD Encryting System....')
time.sleep(1)
print('-------------------+ Numbers_Encryptions +----------------------')
print('Started!!')
time.sleep(0.1)
print('Enter your password to encrypt-')
usr_pass5 = input('')
old_len5 = len(usr_pass5)
old_type5 = type(usr_pass5)
print(f'The OLD pwd length is:{old_len5}')
print(f'The OLD pwd type is:{old_type5}')
usr_pass5 = encryption_of_numbers(usr_pass5)
print('-------------------------------------------------')
new_len5 = len(usr_pass5)
print(f'The NEW pwd length is:{new_len5}')
print('The NEW secure password is {}'.format(usr_pass5))
def pass4():
print('Note: File will be saved as encrypted_numbers.txt')
destination = input('Do you want to save the encrypted PWD in a file?[1/0]\n')
if (destination == '1'):
try:
filename_numbers = 'encrypted_numbers.txt'
opening = open(filename_numbers, 'w')
opening.write(usr_pass5)
opening.close()
except IOError:
print('There is No File such as ' + filename_numbers)
for hack in range(1, 2):
print('Saving.....')
import time
import os
time.sleep(1)
print('-----------------------------')
print('Done!!')
get = os.getcwd()
print('Saved Path ==> ' + get)
elif (destination == '0'):
main()
else:
restart10()
pass4()
def restart10():
restart10 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart10 == '1'):
main()
elif (restart10 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
restart10()
number()
def encryption_of_passwords(usr_pass):
for a, b in words_lst_high:
usr_pass = usr_pass.replace(a,b)
return usr_pass
def encryption_of_passwords2(usr_pass2):
for a,b in words_lst_med:
usr_pass2 = usr_pass2.replace(a,b)
return usr_pass2
def encryption_of_passwords3(usr_pass3):
for a, b in words_lst_low:
usr_pass3 = usr_pass3.replace(a, b)
return usr_pass3
def encryption_of_symbol(usr_pass4):
for a,b in symbol_list:
usr_pass4 = usr_pass4.replace(a, b)
return usr_pass4
def decryption_high(usr_pass51):
for a, b in decryption_high_lst:
usr_pass51 = usr_pass51.replace(a, b)
return usr_pass51
def decryption_medium(usr_pass52):
for a, b in decryption_medium_lst:
usr_pass52 = usr_pass52.replace(a, b)
return usr_pass52
def decryption_low(usr_pass53):
for a, b in decryption_low_lst:
usr_pass53 = usr_pass53.replace(a, b)
return usr_pass53
def decryption_symbols(usr_pass54):
for a, b in decryption_symbols_lst:
usr_pass54 = usr_pass54.replace(a, b)
return usr_pass54
def decryption_number_lst():
number_lst = (('1!q', '1'), ('2@w', '2'), ('3#e', '3'), ('4$r', '4'), ('5%t', '5'), ('6^y', '6'),
('7&u', '7'), ('*i', '8'), ('9(0', '9'), ('0)P', '0'), (';;', ' '))
def decryption_of_numbers(usr_pass55):
for a, b in number_lst:
usr_pass55 = usr_pass55.replace(a, b)
return usr_pass55
def decryption_number():
print('Enter your encrypted PWD-')
usr_pass55 = input('')
old_len55 = len(usr_pass55)
old_type55 = type(usr_pass55)
print(f'The OLD pwd length is:{old_len55}')
print(f'The OLD pwd type is:{old_type55}')
usr_pass55 = decryption_of_numbers(usr_pass55)
print('-------------------------------------------------')
new_len55 = len(usr_pass55)
print(f'The NEW pwd length is:{new_len55}')
print('The NEW secure password is {}'.format(usr_pass55))
restart11 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart11 == '1'):
main()
elif (restart11 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
decryption_number()
def main():
import time
if __name__ == '__main__':
print('\033[33m ++++ Welcome To The\033[00m'+' \033[41m X-Crawler!!\033[00m'+ '\033[33m ++++\033[00m')
time.sleep(0.1)
print(' \033[33m {{--Coded By:\033[00m'+' Kamaldeep Singh'+'\033[33m--}}\n\033[00m')
from time import sleep
print(' .------\ /------.')
print(' | - |')
print(' | |')
print(' _______________________')
print(' ===========.===========')
print(' ./ ~~~~~ ~~~~ \.')
print('\033[31m | ./| 0 | 0 |\. | ---> I SEE YOU! <--\033[00m')
sleep(0.5)
print("\033[35m | -- / \ -- | ----> Do you wanna use Network Scanner?[1/0]\033[00m")
sleep(0.2)
print('\033[35m \. |o o| ./ ----> For Anonymous_Web_mailer {111}\033[00m')
sleep(0.2)
print('\033[35m | | ----> For YouTube Bot {222}\033[00m')
sleep(0.2)
print('\033[35m \ ######### / ----> For Facebook Auto_liker {333}\033[00m')
print(' \ ## ----- ## / ')
print(' \## __ ##/')
sleep(0.9)
ask2 = input('\033[31m \___________/--> Pls Enter Here ==>\033[00m ')
if (ask2 == '1'):
print('--------------------------+ Welcome to the Network Scanner! +--------------------------')
import scapy.all as scapy
request = scapy.ARP()
print('Note: By Default is 192.168.1.1/24')
print('Do you wanna enter the Network Range Manually?[Y/N]')
inp = input('==> ')
if (inp == 'y' or inp == 'Y' or inp == '1'):
res = input('Enter the Network Range:\n')
request.pdst = res
broadcast = scapy.Ether()
broadcast.dst = 'ff:ff:ff:ff:ff:ff'
broadcast_request = broadcast / request
responses = scapy.srp(broadcast_request, timeout=1)[0]
print('Network had been scanned Successfully!')
sleep(0.5)
print('Following are the Results:')
sleep(1)
for element in responses:
print(element[1].psrc + ' ' + element[1].hwsrc)
exit()
elif (inp == 'n' or inp == 'N' or inp == '0'):
request = scapy.ARP() # creating arp packet
request.pdst = '192.168.1.1/24' # pdst is the target protocol address
broadcast = scapy.Ether() # creating MAC address packet
broadcast.dst = 'ff:ff:ff:ff:ff:ff' # dst is the target hardware address
broadcast_request = broadcast / request # combining
responses = scapy.srp(broadcast_request, timeout=1)[0] # srp is used to send & recieve packets
print('Network had been scanned Successfully!')
sleep(0.5)
print('Following are the Results:')
sleep(1)
for element in responses:
print(element[1].psrc + ' ' + element[1].hwsrc)
exit()
else:
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
elif (ask2 == '333'):
facebook()
elif (ask2== '111'):
anony_mailer()
elif (ask2 == '222'):
youtube()
elif (ask2 == '0'):
sleep(0.8)
print('\033[32m {-} Exiting.....\033[00m')
sleep(1)
else:
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
import requests
# <Response [200]>
import time
import requests
from time import sleep
print('------------------------------------------\n')
print(' / \ ')
print('\033[31m \ \ ,, / / ----> Do you wanna Run URL info Dumper?[1/0]\033[00m')
print(" '-.`\()/`.-' ")
print(" .--_'( )'_-. ")
print(' / /` /`""`\ `\ \.')
print(' | | >< | | ')
print(' \ \ / / ')
submission = input("\033[31m '.__.' --> Pls Enter Here ==>\033[00m ")
if (submission == '1'):
print('\033[33mWelcome to the URL Dumper!\033[00m')
print('Note: By Default is "1"')
define = input('\033[31mPress 1 for https and 0 for http URL:\n\033[00m')
if (define == '1'):
def url1():
try:
print('Note: https is selected!')
https = ('https://')
print('Enter the URL/Site to dump:')
res = input('')
full = (https + res)
response = requests.get(https + res)
sleep(0.5)
print('{+} Sending the request Packets to ' + res)
sleep(0.5)
print('\033[93m{+} Send1.....\033[00m')
sleep(0.3)
print('\033[93m{+} Send2.....\033[00m')
sleep(0.3)
print('\033[93m{+} Send3.....\033[00m')
print('-----------------------------------------')
sleep(1)
print('{-} Fetching the response! from ' + res)
sleep(0.5)
print('\033[35m{++} Done!!!\033[00m')
sleep(0.3)
print('\033[93m* Status of the URL is:\033[00m')
print(response.status_code)
print('\033[31m!Error: \033[00m')
print(response.raise_for_status)
sleep(0.5)
print('\033[31m* Time Elapsed: \033[00m')
print(response.elapsed)
sleep(0.5)
print("\033[93m* Header's info: \033[00m")
print(response.headers)
sleep(0.5)
print('\033[93m# Type of Encoding used: \033[00m' + response.encoding)
sleep(0.5)
print('\033[93m* Info in the form of Bytes: \033[00m')
print(response.content)
sleep(0.5)
print('\033[93m* History of the URL: \033[00m')
print(response.history)
sleep(0.5)
print('\033[31m* True & False Responses:-\033[00m')
sleep(1)
print('--------------------------------------')
sleep(0.8)
print('\033[93m* Site is Responsive?\033[00m')
sleep(0.3)
print(response.ok)
sleep(0.5)
print('\033[93m* Response is Permanent?\033[00m')
sleep(0.3)
print(response.is_permanent_redirect)
sleep(0.5)
print('\033[93m* Responses are Redirected?\033[00m')
sleep(0.3)
print(response.is_redirect)
sleep(0.5)
print('\033[93m* Does it contains a JavaScript(JS) Element?\033[00m')
sleep(0.3)
print(response.json)
sleep(1)
print('\033[31m----------------------++ Closing the Connection! ++----------------------\033[00m')
print('\033[34mFor Restart Press 777 OR To Quit Press 0: \033[00m')
ask = input('==> ')
if (ask == '777'):
url1()
elif (ask == '0'):
for hacker3 in range(1, 5):
print('\033[93m{-} Closing......\033[00m')
sleep(2)
print('\033[32m{-} Exiting....\033[00m')
exit()
else:
print("you didn't read earlier..")
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
except requests.ConnectionError:
print('Error in Requesting the URL: ' + full)
print('Reason: Error in requesting the site or invalid URL/Site')
print('To Try Again Enter "1":')
yes = input('==> ')
if (yes == '1'):
url1()
else:
exit()
url1()
elif (define == '0'):
def url2():
try:
print('Note: http is selected!')
https = ('http://')
print('Enter the URL/Site to dump:')
res = input('')
full = (https + res)
response = requests.get(https + res)
sleep(0.5)
print('{+} Sending the request Packets to ' + res)
sleep(0.5)
print('{+} Send1.....')
sleep(0.3)
print('{+} Send2.....')
sleep(0.3)
print('{+} Send3.....')
print('-----------------------------------------')
sleep(1)
print('{-} Fetching the response! from ' + res)
sleep(0.5)
print('{++} Done!!!')
sleep(0.3)
print('* Status of the URL is:')
print(response.status_code)
print('# Error: ')
print(response.raise_for_status)
sleep(0.5)
print('* Time Elapsed: ')
print(response.elapsed)
sleep(0.5)
print("* Header's info: ")
print(response.headers)
sleep(0.5)
print('* Type of Encoding used: ' + response.encoding)
sleep(0.5)
print('* Info in the form of Bytes: ')
print(response.content)
sleep(0.5)
print('* History of the URL: ')
print(response.history)
sleep(0.5)
print('* True & False Responses:-')
sleep(1)
print('--------------------------------------')
sleep(0.8)
print('* Site is Responsive?')
sleep(0.3)
print(response.ok)
sleep(0.5)
print('* Response is Permanent?')
sleep(0.3)
print(response.is_permanent_redirect)
sleep(0.5)
print('* Responses are Redirected?')
sleep(0.3)
print(response.is_redirect)
sleep(0.5)
print('* Does it contains a JavaScript(JS) Element?')
sleep(0.3)
print(response.json)
sleep(1)
print('----------------------++ Closing the Connection! ++----------------------')
print('For Restart Press 777 OR To Quit Press 0: ')
ask = input('==> ')
if (ask == '777'):
url2()
elif (ask == '0'):
for hacker3 in range(1, 5):
print('{-} Closing......\033[00m')
sleep(2)
print('\033[32m{-} Exiting....\033[00m')
exit()
else:
print("you didn't read earlier..")
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
except requests.ConnectionError:
print('Error in Requesting the URL: ' + full)
print('Reason: Error in requesting the site or invalid URL/Site')
print('To Try Again Enter "1":')
yes = input('==> ')
if (yes == '1'):
url2()
else:
exit()
url2()
else:
def url3():
try:
print('Note: By Default! https is now selected!')
https = ('https://')
print('Enter the URL/Site to dump:')
res = input('')
full = (https + res)
response = requests.get(https + res)
sleep(0.5)
print('{+} Sending the request Packets to ' + res)
sleep(0.5)
print('{+} Send1.....')
sleep(0.3)
print('{+} Send2.....')
sleep(0.3)
print('{+} Send3.....')
print('-----------------------------------------')
sleep(1)
print('{-} Fetching the response! from ' + res)
sleep(0.5)
print('{++} Done!!!')
sleep(0.3)
print('* Status of the URL is:')
print(response.status_code)
print('# Error: ')
print(response.raise_for_status)
sleep(0.5)
print('* Time Elapsed: ')
print(response.elapsed)
sleep(0.5)
print("* Header's info: ")
print(response.headers)
sleep(0.5)
print('* Type of Encoding used: ' + response.encoding)
sleep(0.5)
print('* Info in the form of Bytes: ')
print(response.content)
sleep(0.5)
print('* History of the URL: ')
print(response.history)
sleep(0.5)
print('* True & False Responses:-')
sleep(1)
print('--------------------------------------')
sleep(0.8)
print('* Site is Responsive?')
sleep(0.3)
print(response.ok)
sleep(0.5)
print('* Response is Permanent?')
sleep(0.3)
print(response.is_permanent_redirect)
sleep(0.5)
print('* Responses are Redirected?')
sleep(0.3)
print(response.is_redirect)
sleep(0.5)
print('* Does it contains a JavaScript(JS) Element?')
sleep(0.3)
print(response.json)
sleep(1)
print('----------------------++ Closing the Connection! ++----------------------')
print('For Restart Press 777 OR To Quit Press 0: ')
ask = input('==> ')
if (ask == '777'):
url3()
elif (ask == '0'):
for hacker3 in range(1, 5):
print('\033[32m{-} Closing......\033[00m')
sleep(2)
print('\033[32m{-} Exiting....\033[00m')
exit()
else:
print("you didn't read earlier..")
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
except requests.ConnectionError:
print('Error in Requesting the URL: ' + full)
print('Reason: Error in requesting the site or invalid URL/Site')
print('To Try Again Enter "1":')
yes = input('==> ')
if (yes == '1'):
url3()
else:
exit()
url3()
elif (submission == '0'):
print('\033[32m{-} Leaving.........\033[00m')
sleep(1)
print('\033[31m{+} Entering to Self PWD Program!\033[00m')
sleep(0.5)
print('-----------------------------------')
sleep(0.3)
else:
print("you didn't read earlier..")
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
def main4():
print(' .\.\.\.\.')
print(' |^ ^|')
print(' |O O|')
print('\033[31m | ~ * ---> Do you want to check your Internet Access?[1/0]\033[00m')
print(' \ O /')
input1 = input('\033[31m | |--> Pls Enter Here ==>\033[00m ')
if (input1 == '1'):
try:
request = requests.get('https://www.google.com')
if request:
print('---------Active!---------')
time.sleep(0.3)
print('{+} Starting the Program........')
time.sleep(0.3)
print('{++} Started!')
time.sleep(0.3)
print('-----------------------------------------')
time.sleep(0.4)
except requests.ConnectionError:
print('No Internet Access!')
time.sleep(0.5)
print('{+} Starting offline Program.......')
time.sleep(1)
elif (input1 == '0'):
time.sleep(0.2)
print('{+} Starting Program Without IA Startup....')
time.sleep(0.2)
print('---------------------------------')
time.sleep(0.7)
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
def main3():
print("\033[35m ____\033[00m")
print("\033[35m ,' `. --- Welcome to the self PWD Encrypter & Decrypter(root)\033[00m")
print("\033[35m / \. -- Use Anonymous Key to meet US\033[00m")
print("\033[35m \ () () / - We Are Anonymous!\033[00m")
print("\033[35m `. /\ ,' -We Are Legion\033[00m")
print("\033[35m 8====| "" |====8\033[00m")
print("\033[35m ('`LLLU`')\033[00m")
print('\033[31mDo you have Root Privileges Key?[1/0]\033[00m')
ask = input('==> ')
if (ask == '1'):
print('Enter the Root Key:')
password = input('==> ')
if (password == 'anonymous_root'):
name = input('Enter your name to interact with Chat Bot:\n')
from time import sleep
for hacker in range(1, 2):
print('Initializing..../')
sleep(2)
for hacker in range(1, 2):
print('{+} Checking for Root Privileges....// for ' + name)
sleep(2)
print('{+} Reading Databases....//')
sleep(1)
print('{+} Creating a session for ' + name + ' .....//')
sleep(1)
print('{-} Accessing.1')
sleep(1)
print('{+} Done!')
sleep(1)
print('{-} Accessing.2')
sleep(1)
print('{+} Done!')
sleep(1)
print('{-} Accessing.3')
sleep(4)
print('{+} Done!')
sleep(1)
print('\n')
print('Access Granted! ' + name)
print('Now ' + name + ' is root')
sleep(1)
print(' .-.')
print('\033[33m Boo! (o o) ---- Welcome ' + name + '!, i am your Bot\033[00m')
print('\033[33m \| O \. --- You are using a Root Access ' + name + '!!\033[00m')
print(' \ \.')
print(" `~~~'")
sleep(1)
do_agree = input('Do you agree?[1/0]')
sleep(1)
if (do_agree == '1'):
print(' .-.')
print('\033[33m (o o) _---- Welcome To The Decryption World ' + name + '!!!\033[00m')
print('\033[33m \| O \./ --- Enter 777 PIN to start Decryptions!\033[00m')
print('\033[33m \ \. -- By 777 i will take ' + name + ' to Baby_decrypter\033[00m')
print(" `~~~'")
decry = input('PIN:\n')
if (decry == '777'):
print(' \033[95m ,=""=, --- i can Help You !!! \033[00m')
print(' \033[95m c , _,{ -- i am a Baby_decrypter!\033[00m')
print(' /\ @ ) __')
print(" / ^~~^\ <=.,__/ '}=")
print(' (_/ ,, ,,) \_ _>_/~')
print(" ~\_(/-\)'-,_,_,_,-'(_)-(_)")
print('\n')
sleep(1)
print('Select the decryption option:')
sleep(1)
print('high = 1, Medium = 2, Low = 3, symbols = 4, PIN = 5')
option = input('')
if (option == '1'):
for i in range(1, 2):
print('Processing Decryption Database....')
sleep(0.2)
print('Reading the Databases....')
sleep(0.2)
print('Extracting Decrytion Lst....')
sleep(0.2)
print('-----------------------------------')
sleep(1)
print('Welcome to the High decryption!')
usr_pass51 = input('Enter the encrypted PWD-\n')
old_len5 = len(usr_pass51)
print(f'The OLD encrypted pwd length is:{old_len5}')
old_type5 = type(usr_pass51)
print(f'The OLD encrypted pwd type is:{old_type5}')
print('-------------------------------------------------')
new_len5 = len(usr_pass51)
print(f'The NEW decrypted pwd length is:{new_len5}')
usr_pass51 = decryption_high(usr_pass51)
print('The decrypted PWD is: {}'.format(usr_pass51))
restart5 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart5 == '1'):
main()
elif (restart5 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
elif (option == '5'):
decryption_number_lst()
elif (option == '2'):
print('Welcome to the Medium decryption!')
usr_pass52 = input('Enter the encrypted PWD-\n')
old_len6 = len(usr_pass52)
print(f'The OLD encrypted pwd length is:{old_len6}')
old_type6 = type(usr_pass52)
print(f'The OLD encrypted pwd type is:{old_type6}')
print('-------------------------------------------------')
new_len6 = len(usr_pass52)
print(f'The NEW decrypted pwd length is:{new_len6}')
usr_pass52 = decryption_medium(usr_pass52)
print('The decrypted PWD is: {}'.format(usr_pass52))
restart6 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart6 == '1'):
main()
elif (restart6 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
elif (option == '3'):
print('Welcome to the Low decryption!')
usr_pass53 = input('Enter the encrypted PWD-\n')
old_len7 = len(usr_pass53)
print(f'The OLD encrypted pwd length is:{old_len7}')
old_type7 = type(usr_pass53)
print(f'The OLD encrypted pwd type is:{old_type7}')
print('-------------------------------------------------')
new_len7 = len(usr_pass53)
print(f'The NEW decrypted pwd length is:{new_len7}')
usr_pass53 = decryption_low(usr_pass53)
print('The decrypted PWD is: {}'.format(usr_pass53))
restart7 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart7 == '1'):
main()
elif (restart7 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
elif (option == '4'):
print('Welcome to the symbols decryption!')
usr_pass54 = input('Enter the encrypted PWD-\n')
old_len8 = len(usr_pass54)
print(f'The OLD encrypted pwd length is:{old_len8}')
old_type8 = type(usr_pass54)
print(f'The OLD encrypted pwd type is:{old_type8}')
print('-------------------------------------------------')
new_len8 = len(usr_pass54)
print(f'The NEW decrypted pwd length is:{new_len8}')
usr_pass54 = decryption_symbols(usr_pass54)
print('The decrypted PWD is: {}'.format(usr_pass54))
def restart8():
restart8 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart8 == '1'):
main()
elif (restart8 == '0'):
exit()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
restart8()
else:
print('Error')
print('Lol!')
print(' _ _')
print(' | | | |')
print(' | | ___ | |')
print(' | |/ _ \| |')
print(' | | (_) | |')
print(' |_|\___/|_|')
exit()
else:
print(' .-.')
print('\033[33m Trash (o o) _---- It seems You Entered Invalid syntax!\33[00m' + name)
print('\033[33m \| O \./ --- ??\033[00m')
print(' \ \.')
restart10 = input('Press 1 to RESTART or Press 0 to EXIT-\n')
if (restart10 == '1'):
main()
elif (restart10 == '0'):
exit()