def iphistory(target):
for t in target:
site = t.name.replace('http://', '').replace('https://', '')
try:
web0 = site.split('/')[-1]
print(' [!] Making the request...')
html = requests.get('https://viewdns.info/iphistory/?domain=' +
web0).text
print(' [*] Parsing raw-data...')
soup = BeautifulSoup(html, 'lxml')
print(soup)
print(' [!] Setting parameters...')
table = soup.findAll('table', attrs={'border': '1'})[0]
print(' [!] Finding IP history instances...')
trs = table.findAll('tr')
trs.pop(0)
print('\n [+] Following instances were found...')
for tr in trs:
td = tr.findAll('td')
info = {
'ip': td[0].text,
'owner': td[2].text.rstrip(),
'last': td[3].text
}
print(
color.green(' [+] Instance : ') + color.blue(info['ip']) +
color.white(' => ' + info['owner']) +
color.blue(' - (' + info['last'] + ')'))
except:
print(color.red(' [-] No instances of IP History found...'))
pass
def revdns(target):
for t in target:
site = t.name.replace('http://', '').replace('https://', '')
print('[!] Looking Up for Reverse DNS Info...')
print(' [~] Result: \n')
text = requests.get('http://api.hackertarget.com/reversedns/?q=' +
site)
result = text.text.split(' ')
if 'error' not in result and 'no' != result[0]:
#res = result.splitlines()
#for r in result:
print(
color.blue(' [+] Received : ') + color.yellow(result[0]) +
color.white(' => ') +
color.blue('(' + result[1].strip() + ')'))
#p = 'tmp/logs/'+web+'-logs/'+web+'-reverse-dns.lst'
#open(p,'w+')
#print(B+' [!] Saving links...')
# for m in links:
# print(m)
# m = m + '\n'
# ile = open(p,"a")
# ile.write(m)
# ile.close()
# pa = os.getcwd()
# print(G+' [+] Links saved under '+pa+'/'+p+'!')
# print('')
else:
print(color.red(' [-] No result found!'))
def build_banner(banner):
size = len(banner) * 2 + 4
padding = "".join("=" for i in range(size))
letters = "| "
for letter in banner:
letters = letters + color.yellow(letter.upper()) + " "
letters = letters + color.blue(" |")
print("\n")
print(color.blue(padding))
print(color.blue(letters))
print(color.blue(padding))
print("\n")
def creditcards(target):
from core.build_menu import buildmenu
for host in target:
host.lvl2 = inspect.stack()[0][3]
host.lvl3 = ''
credit0x00(host)
try:
input(
color.blue(' [#] Press') + color.red(' Enter ') +
color.blue('to continue... \n'))
buildmenu(target, target[0].main_menu, 'Main Menu', '')
except EOFError as e:
buildmenu(target, target[0].main_menu, 'Main Menu', '')
return
def google_it(dork):
clear_cookie()
try:
for title in gsearch(dork):
print(color.blue(' [!] Profile Found :> ' +
color.white(title)))
except Exception as e:
pass
def check0x00(content, url):
for pattern in patterns:
print(color.blue(' [!] Finding ') + pattern + ' ...')
time.sleep(0.005)
if search(pattern, content):
print(color.green(' [!] Possible error at ') + color.yellow(url))
print(color.green(" [+] Found : \"%s\" at %s" % (pattern, url)))
found = 0x01
def build_db_menu(a_list, b_list, selection, target):
from core.build_menu import buildmenu
if selection == "None":
build_banner("Access Data")
else:
build_banner(query_list[-1])
while True:
ctr = 0
while ctr < len(a_list):
if "Data" in selection.values():
print(
color.green(' [' + str(ctr + 1) + '] ') +
color.blue(str(a_list[ctr])))
elif b_list != "None":
print(
color.green(' [' + str(ctr + 1) + '] ') +
color.blue(b_list[ctr]))
else:
print(
color.green(' [' + str(ctr + 1) + '] ') +
color.blue(a_list[ctr]))
ctr += 1
if selection != "None":
print(higher_menu_exit_message)
print(main_exit_message)
cmd = input(input_cursor)
if cmd.lower() == "m":
found = True
buildmenu(target, target[0].main_menu, 'Main Menu', '')
elif cmd == "0":
del query_list[-1]
return cmd
elif int(cmd) <= len(a_list):
query_list.append(a_list[int(cmd) - 1])
if selection == "None":
return a_list[int(cmd) - 1]
elif selection[a_list[int(cmd) - 1]] == "Data":
query_db(query_list)
del query_list[-1]
else:
return a_list[int(cmd) - 1]
else:
print(error_message)
def create_edit_menu(menu, passed_target):
global description_boolean
index = 0
for index, order_header in enumerate(preferred_order):
for each_menu in menu_objects:
if (each_menu["header"].find(order_header) != -1):
string_index = str(index + 1)
menu[string_index] = each_menu
# --------------------- Lower Menu -----------------------------
menu[" "] = {"header" : False}
menu[the_all_off_button.upper()] = {"header" : "Turn off all options"}
menu[the_all_on_button.upper()] = {"header" : "Turn on all options"}
menu[description_button.upper()] = {"header" : "Description Toggle"}
menu[exit_button.upper()] = {"header" : ">>> Exit"}
cmd2num_associator(cmd_list, menu)
### --- Shortcut variable to avoid repeated typing of ~[0]["nmap"] --- ###
# nmap_obj = default_target[0]["nmap"]
nmap_obj = passed_target[0].cmd_options
##########################################################################
# DYNAMIC TOGGLE UPDATING OF MENU ICONS using {cmd2num} as template to access {menu} values
for key in cmd2num:
node = menu[cmd2num[key]]
header = color.blue(node["header_template"])
# If target obj has a relevant param set to true, show in menu as on. Otherwise show as turned off
if(key in nmap_obj and nmap_obj[key] == True):
nmap_obj[key] = True
node["header"] = color.yellow(node["on"]) + header
elif(key in nmap_obj and nmap_obj[key] == True):
nmap_obj[key] = False
node["header"] = color.red(node["off"]) + header
else:
nmap_obj[key] = False
node["header"] = color.red(node["off"]) + header
# Display Menu on screen
for menu_number in menu:
each_menu = menu[menu_number]
single_digit_buffer = ''
if(menu_number.isdigit() and int(menu_number) < 10):
single_digit_buffer = ' '
else:
single_digit_buffer = ''
if(each_menu["header"] == False):
print(' ')
elif(description_boolean and "description" in each_menu):
print(color.green(" [") +color.green(menu_number)+color.green("]"), single_digit_buffer, color.blue(each_menu["header"]), color.dark_grey(each_menu["description"]))
else:
print(color.green(" [") +color.green(menu_number)+color.green("]"), single_digit_buffer, color.blue(each_menu["header"]))
def hashes(target):
from core.build_menu import buildmenu
for host in target:
host.lvl2 = inspect.stack()[0][3]
host.lvl3 = ''
try:
message = input('\n [#] Enter the string to hash:> ')
print(color.green(' [+] Generating hashes...'))
md5 = hashlib.md5()
md5.update(message.encode('utf-8'))
sha1 = hashlib.sha1()
sha1.update(message.encode('utf-8'))
sha224 = hashlib.sha224()
sha224.update(message.encode('utf-8'))
sha256 = hashlib.sha256()
sha256.update(message.encode('utf-8'))
sha384 = hashlib.sha384()
sha384.update(message.encode('utf-8'))
sha512 = hashlib.sha512()
sha512.update(message.encode('utf-8'))
print(color.green(" [+] MD5 Hash : ") + color.yellow(md5.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(md5.hexdigest()))
print(
color.green(" [+] SHA1 Hash : ") + color.yellow(sha1.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(sha1.hexdigest()))
print(
color.green(" [+] SHA224 Hash : ") +
color.yellow(sha224.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(sha224.hexdigest()))
print(
color.green(" [+] SHA256 Hash : ") +
color.yellow(sha256.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(sha256.hexdigest()))
print(
color.green(" [+] SHA384 Hash : ") +
color.yellow(sha384.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(sha384.hexdigest()))
print(
color.green(" [+] SHA512 Hash : ") +
color.yellow(sha512.hexdigest()))
save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3,
host.name, str(sha512.hexdigest()))
except EOFError as e:
#os.system('clear')
print(e)
st = input(
color.blue(' [#] Press') + color.red(' Enter ') +
color.blue('to continue... '))
buildmenu(target, target[0].main_menu, 'Main Menu', '')
def encodeall(info):
from core.build_menu import buildmenu
try:
st = input(
color.yellow(' [-] Enter a string to be encoded/decoded :> '))
m64 = base64.b64encode(st.encode())
data = m64.decode()
print(
color.green(' [+] Base64 Encoded String : ') + color.yellow(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
pass
try:
m32 = base64.b32encode(st.encode())
data = m32.decode()
print(
color.green(' [+] Base32 Encoded String : ') + color.yellow(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
pass
try:
m16 = base64.b16encode(st.encode())
data = m16.decode()
print(
color.green(' [+] Base16/Hex Encoded String : ') +
color.yellow(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
print(color.red(" [-] Caught Exception : " + str(e)))
try:
m64d = base64.b64decode(st.encode())
data = m64d.decode()
print(color.red(' [+] Base64 Decoded String : ') + color.white(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
pass
try:
m32d = base64.b32decode(st.encode())
data = m32d.decode()
print(color.red(' [+] Base32 Decoded String : ') + color.white(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
pass
try:
m16d = base64.b16decode(st.encode())
data = m16d.decode()
print(
color.red(' [+] Base16/Hex Decoded String : ') + color.white(data))
#save_data(host.database, host.module, host.lvl1, host.lvl2, host.lvl3, host.name, str(data))
except Exception as e:
pass
try:
data = urllib.parse.quote(st, safe='')
print(color.green(' [+] URL Encoded String : ') + color.yellow(data))
data = urllib.parse.quote_plus(st, safe='')
print(
color.green(' [+] URL plus Encoded String : ') +
color.yellow(data))
except Exception as e:
pass
try:
data = urllib.parse.unquote(st)
print(color.green(' [+] URL Decoded String : ') + color.yellow(data))
data = urllib.parse.unquote_plus(st)
print(
color.green(' [+] URL plus Decoded String : ') +
color.yellow(data))
except Exception as e:
pass
# more types of encoding still need added
# encod = ''
# stri = list(st)
# for i in stri:
# encod = encod + escape(i)
# print(color.green(' [+] Encoded String : ')+color.yellow(encod))
# m = st.encode('base64', 'strict')
# print(color.green(' [+] Encoded String : ')+color.yellow(m))
# m = st.encode('hex', 'strict')
# print(color.green(' [+] Encoded String : ')+color.yellow(m))
# result = []
# for char in st:
# result.append('\%o' % ord(char))
# print(color.green(' [+] Octal Encoded String : ')+color.yellow(str(''.join(result))))
# m = ''.join(format(ord(x),'b') for x in st)
# print(color.green(' [+] Encoded String : ')+color.yellow(m))
# m = st.encode('zlib','strict')
# print(color.green(' [+] Encoded String : ')+color.yellow(m))
st = input(
color.blue(' [#] Press') + color.red(' Enter ') +
color.blue('to continue... '))
buildmenu(info, info.main_menu, 'Main Menu', '')
