Merge commit 'cf2d2906701dda5f62c1fa87436788867ab0b003'

1 files changed, 2 insertions, 4518 deletions

diff --git a/contrib/splicex/src/splicex.py b/contrib/splicex/src/splicex.py
index 22c4f32..968e163 100755..100644
--- a/contrib/splicex/src/splicex.py
+++ b/contrib/splicex/src/splicex.py
@@ -1,4520 +1,4 @@
 #!PYTHON
-
-Red = '\033[1;31m'
-Green = '\033[1;32m'
-Yellow = '\033[1;33m'
-DefColour = '\033[0;0m'
-CLEAR_LINE = chr(27) + '[2K'
-SpliceX = Red + '[Splice' + Yellow + 'X' + Red + ']: ' + DefColour
-
-def HELP(): 
-    print('')
-    print(Red + '                __________        _ _         ' + Yellow + '__  __' + Red + '    ______  ' + DefColour)
-    print(Red + '               / / / / ___| _ __ | (_) ___ ___' + Yellow + '\ \/ /' + Red + '   / / / /  ' + DefColour)
-    print(Red + '              / / / /\___ \| \'_ \| | |/ __/ _ \\' + Yellow + '\\  /' + Red + '   / / / /' + DefColour)
-    print(Red + '             / / / /  ___) | |_) | | | (_|  __/' + Yellow + '/  \\' + Red + '  / / / /   ' + DefColour)
-    print(Red + '            /_/_/_/  |____/| .__/|_|_|\___\___' + Yellow + '/_/\_\\' + Red + '/_/_/_/    ' + DefColour)
-    print(Red + '                           |_|                                                           ' + DefColour)
-    print('                                                                                               ' + DefColour)
-    print('                                                                                               ' + DefColour)
-    print('                                                                                               ' + DefColour)
-    print(Yellow + '                 .:Brute Force Utilities For GNU/Linux:.                              ' + DefColour)
-    print('')
-    print('')
-    print('')
-    print('   SpliceX is free software: you can redistribute it and/or modify it under ')
-    print('   the terms of the GNU General Public License as published by the Free     ')
-    print('   Software Foundation, either version 3 of the License, or (at your option)')
-    print('   any later version.                                                       ')
-    print('')
-    print('   SpliceX is distributed in the hope that it will be useful, but WITHOUT   ')
-    print('   ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or    ')
-    print('   FITNESS FOR A PARTICULAR PURPOSE.  See the GNU General Public License    ')
-    print('   for more details. <http://www.gnu.org/licenses/>                         ')
-    print('')
-    print('')
-    print('')
-    print(Red + '   --help                ' + DefColour + 'Show help display and exit')
-    print('')
-    print(Red + '   --command             ' + DefColour + 'Parse passwords to this command')
-    print('                         '       + Yellow +    'splicex --command=\'<command> PASSWORD\'' + DefColour)
-    print('')
-    print(Red + '   --dictionary          ' + DefColour + 'Path to custom dictionary(wordlist)')
-    print('                         '       + Yellow +    'splicex --dictionary=\'WordList.txt\'' + DefColour)
-    print('')
-    print(Red + '   --rtfm                ' + DefColour + 'Show manual page and exit')
-    print('')
-    print(Red + '   --restore             ' + DefColour + 'Path to restore file')
-    print('                         '       + Yellow +    'splicex --restore=\'splicex.save\'' + DefColour)
-    print('')
-    print(Red + '   --save                ' + DefColour + 'Directory path to create save file')
-    print('                         '       + Yellow +    'splicex --save=/home/$USER/' + DefColour)
-    print('')
-    print(Red + '   --test                ' + DefColour + 'Test output of command')
-    print('                         '       + Yellow +    'splicex --test=\'Password Ok\'' + DefColour)
-    print('')
-    print(Red + '   --time                ' + DefColour + 'Manipulate timed iterations')
-    print('                         '       + Yellow +    'splicex --time=\'12, 3\'' + DefColour)
-    print('')
-    print(Red + '   --usernames           ' + DefColour + 'Path to username list')
-    print('                         '       + Yellow +    'splicex --usernames=\'UserList.txt\'' + DefColour)
-    print('')
-    print(Red + '   --exh-l               ' + DefColour + 'Use an exhaustive attack with letters only')
-    print('')
-    print(Red + '   --exh-n               ' + DefColour + 'Use an exhaustive attack with numbers only')
-    print('')
-    print(Red + '   --exh-s               ' + DefColour + 'Use an exhaustive attack with special characters only')
-    print('')
-    print(Red + '   --exh-ln              ' + DefColour + 'Use an exhaustive attack with letters and numbers only')
-    print('')
-    print(Red + '   --exh-ls              ' + DefColour + 'Use an exhaustive attack with letters and special')
-    print('                         characters only')
-    print('')
-    print(Red + '   --exh-ns              ' + DefColour + 'Use an exhaustive attack with numbers and special')
-    print('                         characters only')
-    print('')
-    print(Red + '   --exh-all             ' + DefColour + 'Use an exhaustive attack with all characters')
-    print('')
-    print(Red + '   --exh-custom          ' + DefColour + 'Use an exhaustive attack with custom characters')
-    print('                         '       + Yellow +    'splicex --exh-custom=\'CharsList.txt\'' + DefColour)
-    print('')
-    print(Red + '   --stdout              ' + DefColour + 'Print only passwords to stdout')
-    print('')
-    print(Red + '   -A                    ' + DefColour + 'Use alphabetical mixing module')
-    print('')
-    print(Red + '   -B                    ' + DefColour + 'Use backwords module')
-    print('')
-    print(Red + '   -C                    ' + DefColour + 'Use alternating caps module')
-    print('')
-    print(Red + '   -L                    ' + DefColour + 'Use "L337" speak module')
-    print('')
-    print(Red + '   -M                    ' + DefColour + 'Use MD5 module')
-    print('')
-    print(Red + '   -N                    ' + DefColour + 'Use numerical mixing module')
-    print('')
-    print(Red + '   -R                    ' + DefColour + 'Use regular words module')
-    print('')
-    print(Red + '   -S                    ' + DefColour + 'Use special mixing module')
-    print('')
-    print(Red + '   --mix-custom          ' + DefColour + 'Use custom mixing module')
-    print('                         '       + Yellow +    'splicex --mix-custom=\'CharsList.txt\'' + DefColour)
-    print('')
-    print(Red + '   --wep-5               ' + DefColour + 'Use 5 character WEP module')
-    print('')
-    print(Red + '   --wep-13              ' + DefColour + 'Use 13 character WEP module')
-    print('')
-    print(Red + '   --wep-*               ' + DefColour + 'Use 5 and 13 character WEP module')
-    print('')
-    print(Red + '   --letters             ' + DefColour + 'Use letter characters')
-    print('')
-    print(Red + '   --numbers             ' + DefColour + 'Use number characters')
-    print('')
-    print(Red + '   --specials            ' + DefColour + 'Use special characters')
-    print('')
-    print(Red + '   --char-all            ' + DefColour + 'Use all characters')
-    print('')
-    print(Red + '   --no-char             ' + DefColour + 'Override character usage')
-    print('')
-    print(Red + '   --char-length         ' + DefColour + 'Start and end with set character lengths')
-    print('')
-    print(Red + '   --custom              ' + DefColour + 'Use custom characters')
-    print('                         '       + Yellow +    'splicex --custom=\'CharsList.txt\'' + DefColour)
-    print('')
-    print(Red + '   --deshadow            ' + DefColour + 'Crack shadow hash sums')
-    print('')
-    print(Red + '   --get-shadow          ' + DefColour + 'Get the shadow info for a user')
-    print('                         '       + Yellow +    'splicex --get-shadow=$USER' + DefColour)
-    print('')
-    print(Red + '   --set-shadow          ' + DefColour + 'Use the shadow info from a file')
-    print('                         '       + Yellow +    'splicex --set-shadow=\'UserShadow.txt\'' + DefColour)
-    print('')
-    print(Red + '   --se-module           ' + DefColour + 'Use the social engineering module')
-    print('')
-    print(Red + '   --create              ' + DefColour + 'Create a dictionary')
-    print('')
-    print(Red + '   --debug               ' + DefColour + 'Enable debugging')
-
-import os
-import re
 import sys
-import spwd
-import getpass
-import os.path
-import getopt
-import time
-from hashlib import md5
-
-cmd = None
-dictionary = None
-save = None
-restore = None
-test = None
-TIME = None
-LENGTH = None
-usernames = None
-MixCustom = None
-ExhCustom = None
-Custom = None
-GetShadow = None
-SetShadow = None
-ExhL = False
-ExhN = False
-ExhS = False
-ExhLN = False
-ExhLS = False
-ExhNS = False
-ExhALL = False
-StdoutSwitch = False
-AlphaSwitch = False
-BWSwitch = False
-CapsSwitch = False
-L337Switch = False
-MD5Switch = False
-NumberSwitch = False
-RegularSwitch = False
-SpecialSwitch = False
-wep5 = False
-wep13 = False
-NoChar = False
-Letters = False
-Numbers = False
-Specials = False
-DeShadow = False
-SESwitch = False
-Create = False
-DebugSwitch = False
-
-for arg in sys.argv:
- if '--command=' in arg:
-  cmd = arg.replace('--command=', '', 1)
- elif '--dictionary=' in arg:
-  dictionary = arg.replace('--dictionary=', '', 1)
- elif '--save=' in arg:
-  save = arg.replace('--save=', '', 1)
- elif '--restore=' in arg:
-  restore = arg.replace('--restore=', '', 1)
- elif '--test=' in arg:
-  test = arg.replace('--test=', '', 1)
- elif '--time=' in arg:
-  TIME = arg.replace('--time=', '', 1)
- elif '--char-length=' in arg:
-  LENGTH = arg.replace('--char-length=', '', 1)
- elif '--usernames=' in arg:
-  usernames = arg.replace('--usernames=', '', 1)
- elif '--mix-custom=' in arg:
-  MixCustom = arg.replace('--mix-custom=', '', 1)
- elif '--exh-custom=' in arg:
-  ExhCustom = arg.replace('--exh-custom=', '', 1)
- elif '--custom=' in arg:
-  Custom = arg.replace('--custom=', '', 1)
- elif '--get-shadow=' in arg:
-  GetShadow = arg.replace('--get-shadow=', '', 1)
- elif '--set-shadow=' in arg:
-  SetShadow = arg.replace('--set-shadow=', '', 1)
- elif '--rtfm' in arg:
-  os.system("man /etc/splicex/splicex.1.gz")
-  sys.exit(0)
- elif '--exh-l' in arg:
-  ExhL = True
- elif '--exh-n' in arg:
-  ExhN = True
- elif '--exh-s' in arg:
-  ExhS = True
- elif '--exh-ln' in arg:
-  ExhLN = True
- elif '--exh-ls' in arg:
-  ExhLS = True
- elif '--exh-ns' in arg:
-  ExhNS = True
- elif '--exh-all' in arg:
-  ExhALL = True
- elif '--stdout' in arg:
-  StdoutSwitch = True
- elif '-A' in arg:
-  AlphaSwitch = True
- elif '-B' in arg:
-  BWSwitch = True
- elif '-C' in arg:
-  CapsSwitch = True
- elif '-L' in arg:
-  L337Switch = True
- elif '-M' in arg:
-  MD5Switch = True
- elif '-N' in arg:
-  NumberSwitch = True
- elif '-R' in arg:
-  RegularSwitch = True
- elif '-S' in arg:
-  SpecialSwitch = True
- elif '--wep-5' in arg:
-  wep5 = True
- elif '--no-13' in arg:
-  wep13 = True
- elif '--wep-*' in arg:
-  wep5 = True
-  wep13 = True
- elif '--no-char' in arg:
-  NoChar = True
- elif '--letters' in arg:
-  Letters = True
- elif '--numbers' in arg:
-  Numbers = True
- elif '--specials' in arg:
-  Specials = True
- elif '--char-all' in arg:
-  Letters = True
-  Numbers = True
-  Specials = True
- elif '--deshadow' in arg:
-  DeShadow = True
- elif '--se-module' in arg:
-  SESwitch = True
- elif '--create' in arg:
-  Create = True
- elif '--debug' in arg:
-  DebugSwitch = True
- elif '--help' in arg:
-  sys.exit(HELP())
-
-if DebugSwitch is False:
- sys.tracebacklimit = 0
-
-if ExhCustom is not None:
- dictionary = ExhCustom
- Custom = ExhCustom
-
-
-
-ExhSwitch = False
-if ExhL == True:
- dictionary = "/etc/splicex/splicex.L"
- Letters = True
- Numbers = False
- Specials = False
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhN == True:
- dictionary = "/etc/splicex/splicex.N"
- Letters = False
- Numbers = True
- Specials = False
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhS == True:
- dictionary = "/etc/splicex/splicex.S"
- Letters = False
- Numbers = False
- Specials = True
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhLN == True:
- dictionary = "/etc/splicex/splicex.LN"
- Letters = True
- Numbers = True
- Specials = False
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhLS == True:
- dictionary = "/etc/splicex/splicex.LS"
- Letters = True
- Numbers = False
- Specials = True
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhNS == True:
- dictionary = "/etc/splicex/splicex.NS"
- Letters = False
- Numbers = True
- Specials = True
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-if ExhALL == True:
- dictionary = "/etc/splicex/splicex.ALL"
- Letters = True
- Numbers = True
- Specials = True
- AlphaSwitch = False
- BWSwitch = False
- CapsSwitch = False
- L337Switch = False
- NumberSwitch = False
- MD5Switch = False
- RegularSwitch = True
- SpecialSwitch = False
- ExhSwitch = True
-
-if Custom is not None and dictionary is not None:
- if Custom == dictionary:
-  Letters = False
-  Numbers = True
-  Specials = True
-  AlphaSwitch = False
-  BWSwitch = False
-  CapsSwitch = False
-  L337Switch = False
-  NumberSwitch = False
-  MD5Switch = False
-  RegularSwitch = True
-  SpecialSwitch = False
-  ExhSwitch = True
-
-
-ShadowValue = []
-if DeShadow is True and SetShadow is None and GetShadow is None:
- sys.exit(SpliceX + "error: --deshadow requires --getshadow or --setshadow")
-if SetShadow is not None and GetShadow is not None:
- sys.exit(SpliceX + "error: --getshadow and --setshadow cannot be combined")
-elif not os.geteuid()==0 and GetShadow is not None:
- sys.exit(SpliceX + "error: --getshadow requires root privileges")
-elif os.geteuid()==0 and GetShadow is not None:
- try:
-     ShadowValue = spwd.getspnam(GetShadow)[1]
- except:
-     sys.exit(SpliceX + "error: --getshadow: invalid user entered")
-elif SetShadow is not None and os.path.exists(SetShadow):
- ShadowFile = open(SetShadow, 'r')
- for line in ShadowFile:
-  line = line.replace('\n', '')
-  ShadowValue = line
-if SetShadow is not None and not os.path.exists(SetShadow):
- sys.exit(SpliceX + "error: --setshadow: shadow file does not exist")
-elif SetShadow is not None or GetShadow is not None:
- ShadowSalt = ShadowValue.replace('$', '^1', 1)
- ShadowSalt = ShadowSalt.replace('$', '^2', 1)
- ShadowSalt = ShadowSalt.replace('$', '^3', 1)
- ShadowSalt=ShadowSalt[ShadowSalt.find("^1"):ShadowSalt.find("^3")]
- ShadowSalt = ShadowSalt.replace('^1', '$')
- ShadowSalt = ShadowSalt.replace('^2', '$')
- ShadowSalt = ShadowSalt + "$"
- ShadowValue = ShadowValue.replace(':', '^1', 1)
- ShadowValue = ShadowValue.replace(':', '^2', 1)
- ShadowValue=ShadowValue[ShadowValue.find("^1")+2:ShadowValue.find("^2")]
- ShadowValue = ShadowValue.replace('$', '\$')
- ShadowSalt = ShadowSalt.replace('$', '\$')
-
-if restore is not None and os.path.exists(restore) is False:
- sys.exit(SpliceX + "error: restore file does not exist")
-elif restore is not None and os.path.exists(restore) is True:
- RestoreSwitch = True
- State = []
- StateCount = 0
- if RestoreSwitch is True:
-  RESTORE = open(restore, 'r')
-  for line in RESTORE:
-   line = line.replace('\n', '')
-   State.append(line)
-   StateCount += 1
-  StateCount -= 1
-else:
- RestoreSwitch = False
-
-Slash = "/"
-if save is not None and not os.path.isdir(save):
- sys.exit(SpliceX + "error: ( -s ) invalid directory")
-elif save is not None and os.path.isdir(save):
- SaveSwitch = True
- s = ""
- up = 0
- end = 0
- for let in save:
-  end += 1
- for let in save:
-  up += 1
-  if let == Slash and end == up:
-   s += ""
-  else:
-   s += let
- save = s
- save += Slash + "splicex.save"
-else:
- SaveSwitch = False
-
-if dictionary is None:
- dictionary = "/etc/splicex/splicex.list"
-elif dictionary is not None and not os.path.exists(dictionary):
- sys.exit(SpliceX + "error: dictionary does not exist")
-
-if usernames is None:
- UserSwitch = False
-elif usernames is not None and not os.path.exists(usernames):
- sys.exit(SpliceX + "error: username list does not exist")
-else:
- UserSwitch = True
-
-if RestoreSwitch is False:
- AlphaSwitch = AlphaSwitch
- CapsSwitch = CapsSwitch
- BWSwitch = BWSwitch
- L337Switch = L337Switch
- MD5Switch = MD5Switch
- NumberSwitch = NumberSwitch
- RegularSwitch = RegularSwitch
- SpecialSwitch = SpecialSwitch
- Letters = Letters
- Numbers = Numbers
- Specials = Specials
- MixCustom = MixCustom
- Custom = Custom
- wep5 = wep5
- wep13 = wep13
-else:
- cmd = State[0]
- dictionary = State[1]
- MixCustom = State[2]
- Custom = State[3]
- if State[4] == "True":
-  ExhSwitch = True
- else:
-  ExhSwitch = False
- if State[5] == "True":
-  StdoutSwitch = True
- else:
-  StdoutSwitch = False
- usernames = State[6]
- if State[7] == "True":
-  UserSwitch = True
- else:
-  UserSwitch = False
- if State[8] == "True":
-  AlphaSwitch = True
- else:
-  AlphaSwitch = False
- if State[9] == "True":
-  BWSwitch = True
- else:
-  BWSwitch = False
- if State[10] == "True":
-  CapsSwitch = True
- else:
-  CapsSwitch = False
- if State[11] == "True":
-  L337Switch = True
- else:
-  L337Switch = False
- if State[12] == "True":
-  MD5Switch = True
- else:
-  MD5Switch = False
- if State[13] == "True":
-  NumberSwitch = True
- else:
-  NumberSwitch = False
- if State[14] == "True":
-  RegularSwitch = True
- else:
-  RegularSwitch = False
- if State[15] == "True":
-  SpecialSwitch = True
- else:
-  SpecialSwitch = False
- if State[16] == "True":
-  Letters = True
- else:
-  Letters = False
- if State[17] == "True":
-  Numbers = True
- else:
-  Numbers = False
- if State[18] == "True":
-  Specials = True
- else:
-  Specials = False
- if State[19] == "True":
-  wep5 = True
- else:
-  wep5 = False
- if State[20] == "True":
-  wep13 = True
- else:
-  wep13 = False
- if State[21] == "True":
-  SESwitch = True
- else:
-  SESwitch = False
-
-if StdoutSwitch is True:
- cmd = "STDOUT PASSWORD ON"
-
-if Create is False and RestoreSwitch is False:
- ShadowSwitch = DeShadow
- if ShadowSwitch is True:
-  cmd = "splicex-deshadow PASSWORD '" + ShadowSalt + "' '" + ShadowValue + "'"
- if cmd is None:
-  sys.exit(SpliceX + "error: invalid usage")
- else:
-  cmd = cmd.replace('','eval ', 1)
-
-if Create is False and RestoreSwitch is False:
- if cmd.__contains__("PASSWORD"):
-  pass
- else:
-  sys.exit(SpliceX + "error: -c does not contain regexp `PASSWORD'")
-
-if usernames is not None and RestoreSwitch is False:
- if cmd.__contains__("USERNAME"):
-  pass
- else:
-  sys.exit(SpliceX + "error: -c does not contain regexp `USERNAME'")
-
-if Create is False and cmd.__contains__("splicex-deshadow"):
- test = "SHADOW CRACKED"
- 
-
-if AlphaSwitch is False and BWSwitch is False and CapsSwitch is False\
-and L337Switch is False and NumberSwitch is False and RegularSwitch is False\
-and SpecialSwitch is False and MixCustom is None and MD5Switch is False\
-and wep5 is False and wep13 is False and SESwitch is False:
- sys.exit(SpliceX + "error: no modules selected: ( -A -B -C -L -M -N -R -S --mix-custom --wep-5 --wep-13 --wep-* --se-module)")
-
-CharsMain = ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z",\
-             "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z",\
-             "1", "2", "3", "4", "5", "6", "7", "8", "9", "0", "!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "-", "_", "=", "+", "[", "]",\
-                                                                "`", "~", "{", "}", "\\", "|", ";", ":", "\"", "'", "<", ",", ">", ".", "?", "/"]
-
-CharSet1 = ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z",\
-           "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z",\
-           "!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "-", "_", "=", "+", "[", "]", "{", "}", "\\", "|", ";", ":", "\"", "'", "<", ",",\
-                                                                  "`", "~", ">", ".", "?", "/", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0"]
-
-CharSet2 = ["!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "-", "_", "=", "+", "[", "]", "{", "}", "\\", "|", ";", ":", "\"", "'", "<", ",",\
-                                                                  "`", "~", ">", ".", "?", "/", "1", "2", "3", "4", "5", "6", "7", "8", "9", "0"]
-
-CharSet3 = ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z",\
-           "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z",\
-           "!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "-", "_", "=", "+", "[", "]", "{", "}", "\\", "|", ";", ":", "\"", "'", "<", ",",\
-                                                                                                                   "`", "~", ">", ".", "?", "/"]
-
-CharSet4 = ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z",\
-            "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z",\
-                                                                                               "1", "2", "3", "4", "5", "6", "7", "8", "9", "0"]
-
-CharSet5 = ["!", "@", "#", "$", "%", "^", "&", "*", "(", ")", "-", "_", "=", "+", "[", "]", "{", "}", "\\", "|", ";", ":", "\"", "'", "<", ",",\
-                                                                                                                    "`", "~", ">", ".", "?", "/"]
-
-CharSet6 = ["a", "b", "c", "d", "e", "f", "g", "h", "i", "j", "k", "l", "m", "n", "o", "p", "q", "r", "s", "t", "u", "v", "w", "x", "y", "z",\
-               "A", "B", "C", "D", "E", "F", "G", "H", "I", "J", "K", "L", "M", "N", "O", "P", "Q", "R", "S", "T", "U", "V", "W", "X", "Y", "Z"]
-
-CharSet7 = ["1", "2", "3", "4", "5", "6", "7", "8", "9", "0"]
-
-
-if Letters == True and Numbers == True and Specials == True:
- Characters = CharSet1
-elif Letters == False and Numbers == True and Specials == True:
- Characters = CharSet2
-elif Letters == True and Numbers == False and Specials == True:
- Characters = CharSet3
-elif Letters == True and Numbers == True and Specials == False:
- Characters = CharSet4
-elif Letters == False and Numbers == False and Specials == True:
- Characters = CharSet5
-elif Letters == True and Numbers == False and Specials == False:
- Characters = CharSet6
-elif Letters == False and Numbers == True and Specials == False:
- Characters = CharSet7
-else:
- Characters = CharSet1
-
-if Custom != "None" and RestoreSwitch is True:
- if os.path.exists(Custom): 
-  Characters = []
-  UserCharacters = open(Custom, 'r')
-  for line in UserCharacters:
-   Characters.append(line.replace('\n', ''))
-elif Custom is not None and RestoreSwitch is False:
- if os.path.exists(Custom): 
-  Characters = []
-  UserCharacters = open(Custom, 'r')
-  for line in UserCharacters:
-   Characters.append(line.replace('\n', ''))
- else:
-  sys.exit(SpliceX + "error: --custom list does not exist")
-
-EndCount = 0
-for CountChars in Characters:
- EndCount += 1
-
-Char1 = []
-for a in range(0, EndCount):
- Char1.append(Characters[a])
-Char2 = []
-for a in range(0, EndCount):
- Char2.append("\\\\\\" + Characters[a])
-
-if AlphaSwitch == True and NumberSwitch == True and SpecialSwitch == True:
- MixChars = CharSet1
-elif AlphaSwitch == False and NumberSwitch == True and SpecialSwitch == True:
- MixChars = CharSet2
-elif AlphaSwitch == True and NumberSwitch == False and SpecialSwitch == True:
- MixChars = CharSet3
-elif AlphaSwitch == True and NumberSwitch == True and SpecialSwitch == False:
- MixChars = CharSet4
-elif AlphaSwitch == False and NumberSwitch == False and SpecialSwitch == True:
- MixChars = CharSet5
-elif AlphaSwitch == True and NumberSwitch == False and SpecialSwitch == False:
- MixChars = CharSet6
-elif AlphaSwitch == False and NumberSwitch == True and SpecialSwitch == False:
- MixChars = CharSet7
-else:
- MixChars = CharSet1
-
-if MixCustom != "None" and RestoreSwitch is True:
- if os.path.exists(MixCustom): 
-  MixChars = []
-  MixCharacters = open(MixCustom, 'r')
-  for line in MixCharacters:
-   MixChars.append(line.replace('\n', ''))
-elif MixCustom is not None and RestoreSwitch is False:
- if os.path.exists(MixCustom): 
-  MixChars = []
-  MixCharacters = open(MixCustom, 'r')
-  for line in MixCharacters:
-   MixChars.append(line.replace('\n', ''))
- else:
-  sys.exit(SpliceX + "error: -U list does not exist")
-
-Word = []
-def REGULAR():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     Word.append(line.replace('\n', ''))
-
-def L337():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "@", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "@")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("b", "8", 1)
-     Word.append(line.replace('\n', ''))
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("b", "8")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("e", "3", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("e", "3")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("f", "ph", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "6", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "6")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "9", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "9")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("h", "#", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("h", "#")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "1", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "1")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "!", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "!")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "|", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "|")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("k", "X", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("k", "X")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "1", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "1")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "|", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "|")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("o", "0", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("o", "0")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "5", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "5")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "$", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "$")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "7", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "7")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "+", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "+")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("z", "2", 1)
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "6")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "6")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "9")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "9")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "&")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "&")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "6")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "6")
-     line = line.replace("h", "#")
-     line = line.replace("i", "1")
-     line = line.replace("l", "|")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "9")
-     line = line.replace("h", "#")
-     line = line.replace("i", "|")
-     line = line.replace("l", "1")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "9")
-     line = line.replace("h", "#")
-     line = line.replace("i", "|")
-     line = line.replace("l", "1")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "4")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "&")
-     line = line.replace("h", "#")
-     line = line.replace("i", "|")
-     line = line.replace("l", "1")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "^")
-     line = line.replace("b", "8")
-     line = line.replace("e", "3")
-     line = line.replace("f", "ph", 1)
-     line = line.replace("g", "&")
-     line = line.replace("h", "#")
-     line = line.replace("i", "|")
-     line = line.replace("l", "1")
-     line = line.replace("k", "X")
-     line = line.replace("o", "0")
-     line = line.replace("s", "5")
-     line = line.replace("t", "7")
-     line = line.replace("z", "2")
-     Word.append(line.replace('\n', ''))
-
-def BW():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     Word.append(line[::-1].replace('\n', ''))
-
-def CAPS():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-         line = line.replace('\n', '')
-         up = 0
-         a = ""
-         for let in line:
-             if up == 0:
-                 a += let.upper()
-             else:
-                 a += let
-             up ^= 1
-         Word.append(a)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-         line = line.replace('\n', '')
-         up = 0
-         a = ""
-         for let in line:
-             if up == 1:
-                 a += let.upper()
-             else:
-                 a += let
-             up ^= 1
-         Word.append(a)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-         line = line.replace('\n', '')
-         up = 0
-         a = ""
-         for let in line:
-             if up <= 1:
-                 a += let.upper()
-                 up = up + 1
-             else:
-                 a += let
-             up = up + 1
-         Word.append(a)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-         line = line.replace('\n', '')
-         up = 0
-         a = ""
-         for let in line:
-             if up <= 2:
-                 a += let.upper()
-                 up = up + 1
-             else:
-                 a += let
-             up = up + 1
-         Word.append(a)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace('\n', '')
-     a = 0
-     b = 1
-     c = ""
-     for let in line:
-      a = a + 1
-     for let in line:
-      if a != b:
-       b = b + 1
-       c += let
-      else:
-       c += let.upper()
-     Word.append(c)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace('\n', '')
-     a = 0
-     b = 1
-     c = ""
-     for let in line:
-      a = a + 1
-     a = a - 1
-     for let in line:
-      if b < a:
-       b = b + 1
-       c += let
-      else:
-       c += let.upper()
-     Word.append(c)
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "A", 1)
-     if line.__contains__("A"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("a", "A")
-     if line.__contains__("A"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("b", "B", 1)
-     if line.__contains__("B"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("b", "B")
-     if line.__contains__("B"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("c", "C", 1)
-     if line.__contains__("C"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("c", "C")
-     if line.__contains__("C"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("d", "D", 1)
-     if line.__contains__("D"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("d", "D")
-     if line.__contains__("D"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("e", "E", 1)
-     if line.__contains__("E"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("e", "E")
-     if line.__contains__("E"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("f", "F", 1)
-     if line.__contains__("F"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("f", "F")
-     if line.__contains__("F"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "G", 1)
-     if line.__contains__("G"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("g", "G")
-     if line.__contains__("G"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("h", "H", 1)
-     if line.__contains__("H"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("h", "H")
-     if line.__contains__("H"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "I", 1)
-     if line.__contains__("I"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("i", "I")
-     if line.__contains__("I"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("j", "J", 1)
-     if line.__contains__("J"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("j", "J")
-     if line.__contains__("J"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("k", "K", 1)
-     if line.__contains__("K"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("k", "K")
-     if line.__contains__("K"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "L", 1)
-     if line.__contains__("L"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("l", "L")
-     if line.__contains__("L"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("m", "M", 1)
-     if line.__contains__("M"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("m", "M")
-     if line.__contains__("M"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("n", "N", 1)
-     if line.__contains__("N"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("n", "N")
-     if line.__contains__("N"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("o", "O", 1)
-     if line.__contains__("O"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("o", "O")
-     if line.__contains__("O"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("p", "P", 1)
-     if line.__contains__("P"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("p", "P")
-     if line.__contains__("P"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("q", "Q", 1)
-     if line.__contains__("Q"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("q", "Q")
-     if line.__contains__("Q"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("r", "R", 1)
-     if line.__contains__("R"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("r", "R")
-     if line.__contains__("R"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "S", 1)
-     if line.__contains__("S"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("s", "S")
-     if line.__contains__("S"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "T", 1)
-     if line.__contains__("T"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("t", "T")
-     if line.__contains__("T"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("u", "U", 1)
-     if line.__contains__("U"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("u", "U")
-     if line.__contains__("U"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("v", "V", 1)
-     if line.__contains__("V"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("v", "V")
-     if line.__contains__("V"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("w", "W", 1)
-     if line.__contains__("W"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("w", "W")
-     if line.__contains__("W"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("x", "X", 1)
-     if line.__contains__("X"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("x", "X")
-     if line.__contains__("X"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("y", "Y", 1)
-     if line.__contains__("Y"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("y", "Y")
-     if line.__contains__("Y"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("z", "Z", 1)
-     if line.__contains__("Z"):
-      Word.append(line.replace('\n', ''))
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     line = line.replace("z", "Z")
-     if line.__contains__("Z"):
-      Word.append(line.replace('\n', ''))
-
-def MIX():
-    for Input in MixChars:
-     ReadDictionary = open(dictionary, 'r')
-     for line in ReadDictionary:
-          line = line.replace('\n', '')
-          up = 0
-          a = ""
-          for let in line:
-              if up <= 1:
-                  a += let + Input
-                  up = up + 1
-              else:
-                  a += let
-              up = up + 1
-          Word.append(a)
-
-    for Input in MixChars:
-     for Input2 in MixChars:
-      ReadDictionary = open(dictionary, 'r')
-      for line in ReadDictionary:
-           line = line.replace('\n', '')
-           up = 0
-           a = ""
-           for let in line:
-               if up == 1:
-                   a += Input + let + Input2
-                   up = up + 1
-               else:
-                   a += let
-               up = up + 1
-           Word.append(a)
-
-    for Input in MixChars:
-     ReadDictionary = open(dictionary, 'r')
-     for line in ReadDictionary:
-      line = line.replace('\n', '')
-      a = 0
-      b = 1
-      c = ""
-      for let in line:
-       a = a + 1
-      for let in line:
-       if a != b:
-        b = b + 1
-        c += let
-       else:
-        c += Input + let
-      Word.append(c)
-
-    for Input in MixChars:
-     for Input2 in MixChars:
-      ReadDictionary = open(dictionary, 'r')
-      for line in ReadDictionary:
-       line = line.replace('\n', '')
-       a = 0
-       b = 0
-       c = ""
-       for let in line:
-        a = a + 1
-       a = a - 2
-       for let in line:
-        if b == a:
-         b = b + 1
-         c += Input + let + Input2
-        else:
-         c += let
-         b = b + 1
-      Word.append(c)
-
-def MD5():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     Word.append(md5(line.replace('\n', '')).hexdigest())
-
-def WEP5():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     i = 0
-     for let in line:
-      i += 1
-     i -= 1
-     if i == 5:
-      line = line.encode('hex')
-      line = line.replace('\n', '')
-      Word.append(line.replace('0a', ''))
-
-def WEP13():
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     i = 0
-     for let in line:
-      i += 1
-     i -= 1
-     if i == 13:
-      line = line.encode('hex')
-      line = line.replace('\n', '')
-      Word.append(line.replace('0a', ''))
-
-
-def SOCEN():
-    socen = []
-    socen_a = []
-    socen_words = []
-
-    try:
-        for i in Word:
-         socen_words.append(i.replace('\n', ''))
-    except:
-        pass
-
-    ReadDictionary = open(dictionary, 'r')
-    for line in ReadDictionary:
-     socen_words.append(line.replace('\n', ''))
-    socen_words = list(set(socen_words))
-
-    for i in socen_words:
-     for let in i:
-      try:
-          let += 1
-          break
-      except:
-          socen_a.append(let)
-          break
-    
-    for a in socen_a:
-     socen_words.append(a)
-
-    for a in socen_words:
-     x = 0
-     for let in a:
-      x += 1
-     if x > 1:
-      Word.append(a)
-
-    for a in socen_words:
-     for b in socen_words:
-      x = 0
-      for let in a:
-       x += 1
-      n = 0
-      for let in b:
-       n += 1
-      if x > 1 or n > 1 and a != b:
-       Word.append(a + b)
-
-    for a in socen_words:
-     for b in socen_words:
-      for c in socen_words:
-       if a != b and a != c and b != c:
-        Word.append(a + b + c)    
-
-    
-if RegularSwitch is True:
- REGULAR()
-if BWSwitch is True:
- BW()
-if CapsSwitch is True:
- CAPS()
-if L337Switch is True:
- L337()
-if MD5Switch is True:
- MD5()
-if wep5 is True:
- WEP5()
-if wep13 is True:
- WEP13()
-if SESwitch is True:
- SOCEN()
-
-DoMix = False
-if AlphaSwitch is True:
- DoMix = True
-if NumberSwitch is True:
- DoMix = True
-if SpecialSwitch is True:
- DoMix = True
-if MixCustom != None and MixCustom != "None":
- DoMix = True
-if DoMix is True:
- MIX()
-
-User = []
-if UserSwitch == True:
- UserCount = 0
- ReadUsernames = open(usernames, 'r')
- for line in ReadUsernames:
-  User.append(line.replace('\n', ''))
-  UserCount += 1
-else:
- User.append("")
- UserCount = 1
-
-if not Word:
- sys.exit(SpliceX + "error: compiled empty wordlist")
-
-Word = list(set(Word)) 
-WordCount = 0
-ShowWord = []
-PassWd = []
-for Input in Word:
- ShowWord.append(Input)
- c = ""
- for let in Input:
-  c += "\\\\\\" + let
- PassWd.append(c)
-
-
-if TIME != None:
- try:
-     TIME = TIME.split(", ")
-     sleep_now = int(TIME[0])
-     sleep_for = int(TIME[1])
-
- except:
-     sys.exit(SpliceX + "error: invalid --time arguments")
-
-else:
- sleep_now = 0
- sleep_for = 0
-
-if LENGTH != None:
- try:
-     LENGTH = LENGTH.split(", ")
-     length_start = int(LENGTH[0])
-     length_end = int(LENGTH[1])
-     if length_end > 10:
-      length_end = 10
-     if ExhSwitch is True:
-      length_start -= 1
-      length_end -= 1
-
- except:
-     sys.exit(SpliceX + " error: invalid --char-length arguments")
-
-else:
- length_start = 0
- length_end = 10
-
-def BF1():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 0:
-      break
-     if length_end < 0:
-      sys.exit(SpliceX + 'unable to find password')
-     for x in range(StateW, WordCount):
-      if SaveSwitch is True:
-       WriteSave = []
-       FILE = open(save, 'w')
-       WriteSave.append(str(cmd))
-       WriteSave.append(str(dictionary))
-       WriteSave.append(str(MixCustom))
-       WriteSave.append(str(Custom))
-       WriteSave.append(str(ExhSwitch))
-       WriteSave.append(str(StdoutSwitch))
-       WriteSave.append(str(usernames))
-       WriteSave.append(str(UserSwitch))
-       WriteSave.append(str(AlphaSwitch))
-       WriteSave.append(str(BWSwitch))
-       WriteSave.append(str(CapsSwitch))
-       WriteSave.append(str(L337Switch))
-       WriteSave.append(str(MD5Switch))
-       WriteSave.append(str(NumberSwitch))
-       WriteSave.append(str(RegularSwitch))
-       WriteSave.append(str(SpecialSwitch))
-       WriteSave.append(str(Letters))
-       WriteSave.append(str(Numbers))
-       WriteSave.append(str(Specials))
-       WriteSave.append(str(wep5))
-       WriteSave.append(str(wep13))
-       WriteSave.append(str(SESwitch))
-       WriteSave.append(str(u))
-       WriteSave.append(str(x))
-       for WriteStates in WriteSave:
-        FILE.write(WriteStates + "\n")
-       FILE.close()
-      PassAmount += 1
-      Timer = int(round(float(time.time() - StartTime)))
-      Speed = PassAmount / Timer
-      NewShowWord = ShowWord[x]
-      NewPassWd = PassWd[x] 
-      timeup += 1
-      if timeup == sleep_now:
-       time.sleep(sleep_for)
-       timeup = 0
-      print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-      output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-      if test == None:
-       print(output)
-      elif output.__contains__(test):
-       sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-      else:
-       print(output)
-
-def BF2():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 1:
-      break
-     if length_end < 1:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for x in range(StateW, WordCount):
-       if SaveSwitch is True:
-        WriteSave = []
-        FILE = open(save, 'w')
-        WriteSave.append(str(cmd))
-        WriteSave.append(str(dictionary))
-        WriteSave.append(str(MixCustom))
-        WriteSave.append(str(Custom))
-        WriteSave.append(str(ExhSwitch))
-        WriteSave.append(str(StdoutSwitch))
-        WriteSave.append(str(usernames))
-        WriteSave.append(str(UserSwitch))
-        WriteSave.append(str(AlphaSwitch))
-        WriteSave.append(str(BWSwitch))
-        WriteSave.append(str(CapsSwitch))
-        WriteSave.append(str(L337Switch))
-        WriteSave.append(str(MD5Switch))
-        WriteSave.append(str(NumberSwitch))
-        WriteSave.append(str(RegularSwitch))
-        WriteSave.append(str(SpecialSwitch))
-        WriteSave.append(str(Letters))
-        WriteSave.append(str(Numbers))
-        WriteSave.append(str(Specials))
-        WriteSave.append(str(wep5))
-        WriteSave.append(str(wep13))
-        WriteSave.append(str(SESwitch))
-        WriteSave.append(str(u))
-        WriteSave.append(str(x))
-        WriteSave.append(str(a))
-        for WriteStates in WriteSave:
-         FILE.write(WriteStates + "\n")
-        FILE.close()
-       PassAmount += 1
-       Timer = int(round(float(time.time() - StartTime)))
-       Speed = PassAmount / Timer
-       NewShowWord = Char1[a] + ShowWord[x]
-       NewPassWd = Char2[a] + PassWd[x]
-       timeup += 1
-       if timeup == sleep_now:
-        time.sleep(sleep_for)
-        timeup = 0
-       print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-       output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-       if test == None:
-        print(output)
-       elif output.__contains__(test):
-        sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-       else:
-        print(output)
-
-       if ExhSwitch is False:
-        PassAmount += 1
-        Timer = int(round(float(time.time() - StartTime)))
-        Speed = PassAmount / Timer
-        NewShowWord = ShowWord[x] + Char1[a]
-        NewPassWd = PassWd[x] + Char2[a]
-        timeup += 1
-        if timeup == sleep_now:
-         time.sleep(sleep_for)
-         timeup = 0
-        print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-        output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-        if test == None:
-         print(output)
-        elif output.__contains__(test):
-         sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-        else:
-         print(output)
-
-def BF3():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 2:
-      break
-     if length_end < 2:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for x in range(StateW, WordCount):
-        if SaveSwitch is True:
-         WriteSave = []
-         FILE = open(save, 'w')
-         WriteSave.append(str(cmd))
-         WriteSave.append(str(dictionary))
-         WriteSave.append(str(MixCustom))
-         WriteSave.append(str(Custom))
-         WriteSave.append(str(ExhSwitch))
-         WriteSave.append(str(StdoutSwitch))
-         WriteSave.append(str(usernames))
-         WriteSave.append(str(UserSwitch))
-         WriteSave.append(str(AlphaSwitch))
-         WriteSave.append(str(BWSwitch))
-         WriteSave.append(str(CapsSwitch))
-         WriteSave.append(str(L337Switch))
-         WriteSave.append(str(MD5Switch))
-         WriteSave.append(str(NumberSwitch))
-         WriteSave.append(str(RegularSwitch))
-         WriteSave.append(str(SpecialSwitch))
-         WriteSave.append(str(Letters))
-         WriteSave.append(str(Numbers))
-         WriteSave.append(str(Specials))
-         WriteSave.append(str(wep5))
-         WriteSave.append(str(wep13))
-         WriteSave.append(str(SESwitch))
-         WriteSave.append(str(u))
-         WriteSave.append(str(x))
-         WriteSave.append(str(a))
-         WriteSave.append(str(b))
-         for WriteStates in WriteSave:
-          FILE.write(WriteStates + "\n")
-         FILE.close()
-        PassAmount += 1
-        Timer = int(round(float(time.time() - StartTime)))
-        Speed = PassAmount / Timer
-        NewShowWord = Char1[a] + ShowWord[x] + Char1[b]
-        NewPassWd = Char2[a] + PassWd[x] + Char2[b]
-        timeup += 1
-        if timeup == sleep_now:
-         time.sleep(sleep_for)
-         timeup = 0
-        print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-        output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-        if test == None:
-         print(output)
-        elif output.__contains__(test):
-         sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-        else:
-         print(output)
-
-        if ExhSwitch is False:
-         PassAmount += 1
-         Timer = int(round(float(time.time() - StartTime)))
-         Speed = PassAmount / Timer
-         NewShowWord = Char1[a] + Char1[b] + ShowWord[x]
-         NewPassWd = Char2[a] + Char2[b] + PassWd[x]
-         timeup += 1
-         if timeup == sleep_now:
-          time.sleep(sleep_for)
-          timeup = 0
-         print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-         output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-         if test == None:
-          print(output)
-         elif output.__contains__(test):
-          sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-         else:
-          print(output)
-
-         PassAmount += 1
-         Timer = int(round(float(time.time() - StartTime)))
-         Speed = PassAmount / Timer
-         NewShowWord = ShowWord[x] + Char1[b] + Char1[a]
-         NewPassWd = PassWd[x] + Char2[b] + Char2[a]
-         timeup += 1
-         if timeup == sleep_now:
-          time.sleep(sleep_for)
-          timeup = 0
-         print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-         output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-         if test == None:
-          print(output)
-         elif output.__contains__(test):
-          sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-         else:
-          print(output)
-
-def BF4():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 3:
-      break
-     if length_end < 3:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for x in range(StateW, WordCount):
-         if SaveSwitch is True:
-          WriteSave = []
-          FILE = open(save, 'w')
-          WriteSave.append(str(cmd))
-          WriteSave.append(str(dictionary))
-          WriteSave.append(str(MixCustom))
-          WriteSave.append(str(Custom))
-          WriteSave.append(str(ExhSwitch))
-          WriteSave.append(str(StdoutSwitch))
-          WriteSave.append(str(usernames))
-          WriteSave.append(str(UserSwitch))
-          WriteSave.append(str(AlphaSwitch))
-          WriteSave.append(str(BWSwitch))
-          WriteSave.append(str(CapsSwitch))
-          WriteSave.append(str(L337Switch))
-          WriteSave.append(str(MD5Switch))
-          WriteSave.append(str(NumberSwitch))
-          WriteSave.append(str(RegularSwitch))
-          WriteSave.append(str(SpecialSwitch))
-          WriteSave.append(str(Letters))
-          WriteSave.append(str(Numbers))
-          WriteSave.append(str(Specials))
-          WriteSave.append(str(wep5))
-          WriteSave.append(str(wep13))
-          WriteSave.append(str(SESwitch))
-          WriteSave.append(str(u))
-          WriteSave.append(str(x))
-          WriteSave.append(str(a))
-          WriteSave.append(str(b))
-          WriteSave.append(str(c))
-          for WriteStates in WriteSave:
-           FILE.write(WriteStates + "\n")
-          FILE.close()
-         PassAmount += 1
-         Timer = int(round(float(time.time() - StartTime)))
-         Speed = PassAmount / Timer
-         NewShowWord = Char1[c] + Char1[a] + ShowWord[x] + Char1[b]
-         NewPassWd = Char2[c] + Char2[a] + PassWd[x] + Char2[b]
-         timeup += 1
-         if timeup == sleep_now:
-          time.sleep(sleep_for)
-          timeup = 0
-         print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-         output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-         if test == None:
-          print(output)
-         elif output.__contains__(test):
-          sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-         else:
-          print(output)
-
-         if ExhSwitch is False:
-          PassAmount += 1
-          Timer = int(round(float(time.time() - StartTime)))
-          Speed = PassAmount / Timer
-          NewShowWord = Char1[b] + ShowWord[x] + Char1[a] + Char1[c]
-          NewPassWd = Char2[b] + PassWd[x] + Char2[a] + Char2[c]
-          timeup += 1
-          if timeup == sleep_now:
-           time.sleep(sleep_for)
-           timeup = 0
-          print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-          output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-          if test == None:
-           print(output)
-          elif output.__contains__(test):
-           sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-          else:
-           print(output)
-
-          PassAmount += 1
-          Timer = int(round(float(time.time() - StartTime)))
-          Speed = PassAmount / Timer
-          NewShowWord = Char1[c] + Char1[a] + Char1[b] + ShowWord[x]
-          NewPassWd = Char2[c] + Char2[a] + Char2[b] + PassWd[x]
-          timeup += 1
-          if timeup == sleep_now:
-           time.sleep(sleep_for)
-           timeup = 0
-          print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-          output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-          if test == None:
-           print(output)
-          elif output.__contains__(test):
-           sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-          else:
-           print(output)
-
-          PassAmount += 1
-          Timer = int(round(float(time.time() - StartTime)))
-          Speed = PassAmount / Timer
-          NewShowWord = ShowWord[x] + Char1[b] + Char1[a] + Char1[c]
-          NewPassWd = PassWd[x] + Char2[b] + Char2[a] + Char2[c]
-          timeup += 1
-          if timeup == sleep_now:
-           time.sleep(sleep_for)
-           timeup = 0
-          print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-          output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-          if test == None:
-           print(output)
-          elif output.__contains__(test):
-           sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-          else:
-           print(output)
-
-def BF5():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 4:
-      break
-     if length_end < 4:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for x in range(StateW, WordCount):
-          if SaveSwitch is True:
-           WriteSave = []
-           FILE = open(save, 'w')
-           WriteSave.append(str(cmd))
-           WriteSave.append(str(dictionary))
-           WriteSave.append(str(MixCustom))
-           WriteSave.append(str(Custom))
-           WriteSave.append(str(ExhSwitch))
-           WriteSave.append(str(StdoutSwitch))
-           WriteSave.append(str(usernames))
-           WriteSave.append(str(UserSwitch))
-           WriteSave.append(str(AlphaSwitch))
-           WriteSave.append(str(BWSwitch))
-           WriteSave.append(str(CapsSwitch))
-           WriteSave.append(str(L337Switch))
-           WriteSave.append(str(MD5Switch))
-           WriteSave.append(str(NumberSwitch))
-           WriteSave.append(str(RegularSwitch))
-           WriteSave.append(str(SpecialSwitch))
-           WriteSave.append(str(Letters))
-           WriteSave.append(str(Numbers))
-           WriteSave.append(str(Specials))
-           WriteSave.append(str(wep5))
-           WriteSave.append(str(wep13))
-           WriteSave.append(str(SESwitch))
-           WriteSave.append(str(u))
-           WriteSave.append(str(x))
-           WriteSave.append(str(a))
-           WriteSave.append(str(b))
-           WriteSave.append(str(c))
-           WriteSave.append(str(d))
-           for WriteStates in WriteSave:
-            FILE.write(WriteStates + "\n")
-           FILE.close()
-          PassAmount += 1
-          Timer = int(round(float(time.time() - StartTime)))
-          Speed = PassAmount / Timer
-          NewShowWord = Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d]
-          NewPassWd = Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d]
-          timeup += 1
-          if timeup == sleep_now:
-           time.sleep(sleep_for)
-           timeup = 0
-          print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-          output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-          if test == None:
-           print(output)
-          elif output.__contains__(test):
-           sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-          else:
-           print(output)
-
-          if ExhSwitch is False:
-           PassAmount += 1
-           Timer = int(round(float(time.time() - StartTime)))
-           Speed = PassAmount / Timer
-           NewShowWord = Char1[c] + Char1[a] + Char1[b] + Char1[d] + ShowWord[x]
-           NewPassWd = Char2[c] + Char2[a] + Char2[b] + Char2[d] + PassWd[x]
-           timeup += 1
-           if timeup == sleep_now:
-            time.sleep(sleep_for)
-            timeup = 0
-           print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-           output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-           if test == None:
-            print(output)
-           elif output.__contains__(test):
-            sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-           else:
-            print(output)
-
-           PassAmount += 1
-           Timer = int(round(float(time.time() - StartTime)))
-           Speed = PassAmount / Timer
-           NewShowWord = ShowWord[x] + Char1[d] + Char1[b] + Char1[a] + Char1[c]
-           NewPassWd = PassWd[x] + Char2[d] + Char2[b] + Char2[a] + Char2[c]
-           timeup += 1
-           if timeup == sleep_now:
-            time.sleep(sleep_for)
-            timeup = 0
-           print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-           output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-           if test == None:
-            print(output)
-           elif output.__contains__(test):
-            sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-           else:
-            print(output)
-
-def BF6():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 5:
-      break
-     if length_end < 5:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for x in range(StateW, WordCount):
-           if SaveSwitch is True:
-            WriteSave = []
-            FILE = open(save, 'w')
-            WriteSave.append(str(cmd))
-            WriteSave.append(str(dictionary))
-            WriteSave.append(str(MixCustom))
-            WriteSave.append(str(Custom))
-            WriteSave.append(str(ExhSwitch))
-            WriteSave.append(str(StdoutSwitch))
-            WriteSave.append(str(usernames))
-            WriteSave.append(str(UserSwitch))
-            WriteSave.append(str(AlphaSwitch))
-            WriteSave.append(str(BWSwitch))
-            WriteSave.append(str(CapsSwitch))
-            WriteSave.append(str(L337Switch))
-            WriteSave.append(str(MD5Switch))
-            WriteSave.append(str(NumberSwitch))
-            WriteSave.append(str(RegularSwitch))
-            WriteSave.append(str(SpecialSwitch))
-            WriteSave.append(str(Letters))
-            WriteSave.append(str(Numbers))
-            WriteSave.append(str(Specials))
-            WriteSave.append(str(wep5))
-            WriteSave.append(str(wep13))
-            WriteSave.append(str(SESwitch))
-            WriteSave.append(str(u))
-            WriteSave.append(str(x))
-            WriteSave.append(str(a))
-            WriteSave.append(str(b))
-            WriteSave.append(str(c))
-            WriteSave.append(str(d))
-            WriteSave.append(str(e))
-            for WriteStates in WriteSave:
-             FILE.write(WriteStates + "\n")
-            FILE.close()
-           PassAmount += 1
-           Timer = int(round(float(time.time() - StartTime)))
-           Speed = PassAmount / Timer
-           NewShowWord = Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d]
-           NewPassWd = Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d]
-           timeup += 1
-           if timeup == sleep_now:
-            time.sleep(sleep_for)
-            timeup = 0
-           print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-           output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-           if test == None:
-            print(output)
-           elif output.__contains__(test):
-            sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-           else:
-            print(output)
-
-           if ExhSwitch is False:
-            PassAmount += 1
-            Timer = int(round(float(time.time() - StartTime)))
-            Speed = PassAmount / Timer
-            NewShowWord = Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e]
-            NewPassWd = Char2[d] + Char2[b] + PassWd[x] + Char2[a] + Char2[c] + Char2[e]
-            timeup += 1
-            if timeup == sleep_now:
-             time.sleep(sleep_for)
-             timeup = 0
-            print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-            output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-            if test == None:
-             print(output)
-            elif output.__contains__(test):
-             sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-            else:
-             print(output)
-
-            PassAmount += 1
-            Timer = int(round(float(time.time() - StartTime)))
-            Speed = PassAmount / Timer
-            NewShowWord = Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + ShowWord[x]
-            NewPassWd = Char2[e] + Char2[c] + Char2[a] + Char2[b] + Char2[d] + PassWd[x]
-            timeup += 1
-            if timeup == sleep_now:
-             time.sleep(sleep_for)
-             timeup = 0
-            print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-            output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-            if test == None:
-             print(output)
-            elif output.__contains__(test):
-             sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-            else:
-             print(output)
-
-            PassAmount += 1
-            Timer = int(round(float(time.time() - StartTime)))
-            Speed = PassAmount / Timer
-            NewShowWord = ShowWord[x] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e]
-            NewPassWd = PassWd[x] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e]
-            timeup += 1
-            if timeup == sleep_now:
-             time.sleep(sleep_for)
-             timeup = 0
-            print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-            output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-            if test == None:
-             print(output)
-            elif output.__contains__(test):
-             sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-            else:
-             print(output)
-
-def BF7():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 6:
-      break
-     if length_end < 6:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for x in range(StateW, WordCount):
-            if SaveSwitch is True:
-             WriteSave = []
-             FILE = open(save, 'w')
-             WriteSave.append(str(cmd))
-             WriteSave.append(str(dictionary))
-             WriteSave.append(str(MixCustom))
-             WriteSave.append(str(Custom))
-             WriteSave.append(str(ExhSwitch))
-             WriteSave.append(str(StdoutSwitch))
-             WriteSave.append(str(usernames))
-             WriteSave.append(str(UserSwitch))
-             WriteSave.append(str(AlphaSwitch))
-             WriteSave.append(str(BWSwitch))
-             WriteSave.append(str(CapsSwitch))
-             WriteSave.append(str(L337Switch))
-             WriteSave.append(str(MD5Switch))
-             WriteSave.append(str(NumberSwitch))
-             WriteSave.append(str(RegularSwitch))
-             WriteSave.append(str(SpecialSwitch))
-             WriteSave.append(str(Letters))
-             WriteSave.append(str(Numbers))
-             WriteSave.append(str(Specials))
-             WriteSave.append(str(wep5))
-             WriteSave.append(str(wep13))
-             WriteSave.append(str(SESwitch))
-             WriteSave.append(str(u))
-             WriteSave.append(str(x))
-             WriteSave.append(str(a))
-             WriteSave.append(str(b))
-             WriteSave.append(str(c))
-             WriteSave.append(str(d))
-             WriteSave.append(str(e))
-             WriteSave.append(str(f))
-             for WriteStates in WriteSave:
-              FILE.write(WriteStates + "\n")
-             FILE.close()
-            PassAmount += 1
-            Timer = int(round(float(time.time() - StartTime)))
-            Speed = PassAmount / Timer
-            NewShowWord = Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f]
-            NewPassWd = Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f]
-            timeup += 1
-            if timeup == sleep_now:
-             time.sleep(sleep_for)
-             timeup = 0
-            print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-            output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-            if test == None:
-             print(output)
-            elif output.__contains__(test):
-             sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-            else:
-             print(output)
-
-            if ExhSwitch is False:
-             PassAmount += 1
-             Timer = int(round(float(time.time() - StartTime)))
-             Speed = PassAmount / Timer
-             NewShowWord = Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + ShowWord[x]
-             NewPassWd = Char2[e] + Char2[c] + Char2[a] + Char2[b] + Char2[d] + Char2[f] + PassWd[x]
-             timeup += 1
-             if timeup == sleep_now:
-              time.sleep(sleep_for)
-              timeup = 0
-             print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-             output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-             if test == None:
-              print(output)
-             elif output.__contains__(test):
-              sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-             else:
-              print(output)
-
-             PassAmount += 1
-             Timer = int(round(float(time.time() - StartTime)))
-             Speed = PassAmount / Timer
-             NewShowWord = ShowWord[x] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e]
-             NewPassWd = PassWd[x] + Char2[f] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e]
-             timeup += 1
-             if timeup == sleep_now:
-              time.sleep(sleep_for)
-              timeup = 0
-             print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-             output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-             if test == None:
-              print(output)
-             elif output.__contains__(test):
-              sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-             else:
-              print(output)
-
-def BF8():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 7:
-      break
-     if length_end < 7:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for x in range(StateW, WordCount):
-             if SaveSwitch is True:
-              WriteSave = []
-              FILE = open(save, 'w')
-              WriteSave.append(str(cmd))
-              WriteSave.append(str(dictionary))
-              WriteSave.append(str(MixCustom))
-              WriteSave.append(str(Custom))
-              WriteSave.append(str(ExhSwitch))
-              WriteSave.append(str(StdoutSwitch))
-              WriteSave.append(str(usernames))
-              WriteSave.append(str(UserSwitch))
-              WriteSave.append(str(AlphaSwitch))
-              WriteSave.append(str(BWSwitch))
-              WriteSave.append(str(CapsSwitch))
-              WriteSave.append(str(L337Switch))
-              WriteSave.append(str(MD5Switch))
-              WriteSave.append(str(NumberSwitch))
-              WriteSave.append(str(RegularSwitch))
-              WriteSave.append(str(SpecialSwitch))
-              WriteSave.append(str(Letters))
-              WriteSave.append(str(Numbers))
-              WriteSave.append(str(Specials))
-              WriteSave.append(str(wep5))
-              WriteSave.append(str(wep13))
-              WriteSave.append(str(SESwitch))
-              WriteSave.append(str(u))
-              WriteSave.append(str(x))
-              WriteSave.append(str(a))
-              WriteSave.append(str(b))
-              WriteSave.append(str(c))
-              WriteSave.append(str(d))
-              WriteSave.append(str(e))
-              WriteSave.append(str(f))
-              WriteSave.append(str(g))
-              for WriteStates in WriteSave:
-               FILE.write(WriteStates + "\n")
-              FILE.close()
-             PassAmount += 1
-             Timer = int(round(float(time.time() - StartTime)))
-             Speed = PassAmount / Timer
-             NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f]
-             NewPassWd = Char2[g] + Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f]
-             timeup += 1
-             if timeup == sleep_now:
-              time.sleep(sleep_for)
-              timeup = 0
-             print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-             output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-             if test == None:
-              print(output)
-             elif output.__contains__(test):
-              sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-             else:
-              print(output)
-
-             if ExhSwitch is False:
-              PassAmount += 1
-              Timer = int(round(float(time.time() - StartTime)))
-              Speed = PassAmount / Timer
-              NewShowWord = Char1[f] + Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-              NewPassWd = Char2[f] + Char2[d] + Char2[b] + PassWd[x] + Char2[a] + Char2[c] + Char2[e] + Char2[g]
-              timeup += 1
-              if timeup == sleep_now:
-               time.sleep(sleep_for)
-               timeup = 0
-              print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-              output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-              if test == None:
-               print(output)
-              elif output.__contains__(test):
-               sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-              else:
-               print(output)
-
-              PassAmount += 1
-              Timer = int(round(float(time.time() - StartTime)))
-              Speed = PassAmount / Timer
-              NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + ShowWord[x]
-              NewPassWd = Char2[g] + Char2[e] + Char2[c] + Char2[a] + Char2[b] + Char2[d] + Char2[f] + PassWd[x]
-              timeup += 1
-              if timeup == sleep_now:
-               time.sleep(sleep_for)
-               timeup = 0
-              print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-              output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-              if test == None:
-               print(output)
-              elif output.__contains__(test):
-               sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-              else:
-               print(output)
-
-              PassAmount += 1
-              Timer = int(round(float(time.time() - StartTime)))
-              Speed = PassAmount / Timer
-              NewShowWord = ShowWord[x] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-              NewPassWd = PassWd[x] + Char2[f] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e] + Char2[g]
-              timeup += 1
-              if timeup == sleep_now:
-               time.sleep(sleep_for)
-               timeup = 0
-              print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-              output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-              if test == None:
-               print(output)
-              elif output.__contains__(test):
-               sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-              else:
-               print(output)
-
-def BF9():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 8:
-      break
-     if length_end < 8:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for x in range(StateW, WordCount):
-              if SaveSwitch is True:
-               WriteSave = []
-               FILE = open(save, 'w')
-               WriteSave.append(str(cmd))
-               WriteSave.append(str(dictionary))
-               WriteSave.append(str(MixCustom))
-               WriteSave.append(str(Custom))
-               WriteSave.append(str(ExhSwitch))
-               WriteSave.append(str(StdoutSwitch))
-               WriteSave.append(str(usernames))
-               WriteSave.append(str(UserSwitch))
-               WriteSave.append(str(AlphaSwitch))
-               WriteSave.append(str(BWSwitch))
-               WriteSave.append(str(CapsSwitch))
-               WriteSave.append(str(L337Switch))
-               WriteSave.append(str(MD5Switch))
-               WriteSave.append(str(NumberSwitch))
-               WriteSave.append(str(RegularSwitch))
-               WriteSave.append(str(SpecialSwitch))
-               WriteSave.append(str(Letters))
-               WriteSave.append(str(Numbers))
-               WriteSave.append(str(Specials))
-               WriteSave.append(str(wep5))
-               WriteSave.append(str(wep13))
-               WriteSave.append(str(SESwitch))
-               WriteSave.append(str(u))
-               WriteSave.append(str(x))
-               WriteSave.append(str(a))
-               WriteSave.append(str(b))
-               WriteSave.append(str(c))
-               WriteSave.append(str(d))
-               WriteSave.append(str(e))
-               WriteSave.append(str(f))
-               WriteSave.append(str(g))
-               WriteSave.append(str(h))
-               for WriteStates in WriteSave:
-                FILE.write(WriteStates + "\n")
-               FILE.close()
-              PassAmount += 1
-              Timer = int(round(float(time.time() - StartTime)))
-              Speed = PassAmount / Timer
-              NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h]
-              NewPassWd = Char2[g] + Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f] + Char2[h]
-              timeup += 1
-              if timeup == sleep_now:
-               time.sleep(sleep_for)
-               timeup = 0
-              print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-              output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-              if test == None:
-               print(output)
-              elif output.__contains__(test):
-               sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-              else:
-               print(output)
-
-              if ExhSwitch is False:
-               PassAmount += 1
-               Timer = int(round(float(time.time() - StartTime)))
-               Speed = PassAmount / Timer
-               NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] +Char1[b] + Char1[d] + Char1[f] + Char1[h] + ShowWord[x]
-               NewPassWd = Char2[g] + Char2[e] + Char2[c] + Char2[a] + Char2[b] + Char2[d] + Char2[f] + Char2[h] + PassWd[x]
-               timeup += 1
-               if timeup == sleep_now:
-                time.sleep(sleep_for)
-                timeup = 0
-               print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-               output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-               if test == None:
-                print(output)
-               elif output.__contains__(test):
-                sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-               else:
-                print(output)
-
-               PassAmount += 1
-               Timer = int(round(float(time.time() - StartTime)))
-               Speed = PassAmount / Timer
-               NewShowWord = ShowWord[x] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-               NewPassWd = PassWd[x] + Char2[h] + Char2[f] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e] + Char2[g]
-               timeup += 1
-               if timeup == sleep_now:
-                time.sleep(sleep_for)
-                timeup = 0
-               print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-               output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-               if test == None:
-                print(output)
-               elif output.__contains__(test):
-                sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-               else:
-                print(output)
-
-def BF10():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 9:
-      break
-     if length_end < 9:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for i in range(StateI, EndCount):
-              for x in range(StateW, WordCount):
-               if SaveSwitch is True:
-                WriteSave = []
-                FILE = open(save, 'w')
-                WriteSave.append(str(cmd))
-                WriteSave.append(str(dictionary))
-                WriteSave.append(str(MixCustom))
-                WriteSave.append(str(Custom))
-                WriteSave.append(str(ExhSwitch))
-                WriteSave.append(str(StdoutSwitch))
-                WriteSave.append(str(usernames))
-                WriteSave.append(str(UserSwitch))
-                WriteSave.append(str(AlphaSwitch))
-                WriteSave.append(str(BWSwitch))
-                WriteSave.append(str(CapsSwitch))
-                WriteSave.append(str(L337Switch))
-                WriteSave.append(str(MD5Switch))
-                WriteSave.append(str(NumberSwitch))
-                WriteSave.append(str(RegularSwitch))
-                WriteSave.append(str(SpecialSwitch))
-                WriteSave.append(str(Letters))
-                WriteSave.append(str(Numbers))
-                WriteSave.append(str(Specials))
-                WriteSave.append(str(wep5))
-                WriteSave.append(str(wep13))
-                WriteSave.append(str(SESwitch))
-                WriteSave.append(str(u))
-                WriteSave.append(str(x))
-                WriteSave.append(str(a))
-                WriteSave.append(str(b))
-                WriteSave.append(str(c))
-                WriteSave.append(str(d))
-                WriteSave.append(str(e))
-                WriteSave.append(str(f))
-                WriteSave.append(str(g))
-                WriteSave.append(str(h))
-                WriteSave.append(str(i))
-                for WriteStates in WriteSave:
-                 FILE.write(WriteStates + "\n")
-                FILE.close()
-               PassAmount += 1
-               Timer = int(round(float(time.time() - StartTime)))
-               Speed = PassAmount / Timer
-               NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h]
-               NewPassWd = Char2[i] + Char2[g] + Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f] + Char2[h]
-               timeup += 1
-               if timeup == sleep_now:
-                time.sleep(sleep_for)
-                timeup = 0
-               print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-               output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-               if test == None:
-                print(output)
-               elif output.__contains__(test):
-                sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-               else:
-                print(output)
-
-               if ExhSwitch is False:
-                PassAmount += 1
-                Timer = int(round(float(time.time() - StartTime)))
-                Speed = PassAmount / Timer
-                NewShowWord = Char1[h] + Char1[f] + Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                NewPassWd = Char2[h] + Char2[f] + Char2[d] + Char2[b] + PassWd[x] + Char2[a] + Char2[c] + Char2[e] + Char2[g] + Char2[i]
-                timeup += 1
-                if timeup == sleep_now:
-                 time.sleep(sleep_for)
-                 timeup = 0
-                print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-                if test == None:
-                 print(output)
-                elif output.__contains__(test):
-                 sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                else:
-                 print(output)
-
-                PassAmount += 1
-                Timer = int(round(float(time.time() - StartTime)))
-                Speed = PassAmount / Timer
-                NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + ShowWord[x]
-                NewPassWd = Char2[i] + Char2[g] + Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f] + Char2[h] + PassWd[x]
-                timeup += 1
-                if timeup == sleep_now:
-                 time.sleep(sleep_for)
-                 timeup = 0
-                print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-                if test == None:
-                 print(output)
-                elif output.__contains__(test):
-                 sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                else:
-                 print(output)
-
-                PassAmount += 1
-                Timer = int(round(float(time.time() - StartTime)))
-                Speed = PassAmount / Timer
-                NewShowWord = ShowWord[x] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                NewPassWd = PassWd[x] + Char2[h] + Char2[f] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e] + Char2[g] + Char2[i]
-                timeup += 1
-                if timeup == sleep_now:
-                 time.sleep(sleep_for)
-                 timeup = 0
-                print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-                if test == None:
-                 print(output)
-                elif output.__contains__(test):
-                 sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                else:
-                 print(output)
-
-def BF11():
-    if NoChar is True:
-     sys.exit(SpliceX + 'unable to find password')
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    StartTime = time.time()
-    StartTime = StartTime - 1
-    PassAmount = 0
-    timeup = 0
-    for u in range(StateU, UserCount):
-     if length_start > 10:
-      break
-     if length_end < 10:
-      sys.exit(SpliceX + 'unable to find password')
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for i in range(StateI, EndCount):
-              for j in range(StateJ, EndCount):
-               for x in range(StateW, WordCount):
-                if SaveSwitch is True:
-                 WriteSave = []
-                 FILE = open(save, 'w')
-                 WriteSave.append(str(cmd))
-                 WriteSave.append(str(dictionary))
-                 WriteSave.append(str(MixCustom))
-                 WriteSave.append(str(Custom))
-                 WriteSave.append(str(ExhSwitch))
-                 WriteSave.append(str(StdoutSwitch))
-                 WriteSave.append(str(usernames))
-                 WriteSave.append(str(UserSwitch))
-                 WriteSave.append(str(AlphaSwitch))
-                 WriteSave.append(str(BWSwitch))
-                 WriteSave.append(str(CapsSwitch))
-                 WriteSave.append(str(L337Switch))
-                 WriteSave.append(str(MD5Switch))
-                 WriteSave.append(str(NumberSwitch))
-                 WriteSave.append(str(RegularSwitch))
-                 WriteSave.append(str(SpecialSwitch))
-                 WriteSave.append(str(Letters))
-                 WriteSave.append(str(Numbers))
-                 WriteSave.append(str(Specials))
-                 WriteSave.append(str(wep5))
-                 WriteSave.append(str(wep13))
-                 WriteSave.append(str(SESwitch))              
-                 WriteSave.append(str(u))
-                 WriteSave.append(str(x))
-                 WriteSave.append(str(a))
-                 WriteSave.append(str(b))
-                 WriteSave.append(str(c))
-                 WriteSave.append(str(d))
-                 WriteSave.append(str(e))
-                 WriteSave.append(str(f))
-                 WriteSave.append(str(g))
-                 WriteSave.append(str(h))
-                 WriteSave.append(str(i))
-                 WriteSave.append(str(j))
-                 for WriteStates in WriteSave:
-                  FILE.write(WriteStates + "\n")
-                 FILE.close()
-                PassAmount += 1
-                Timer = int(round(float(time.time() - StartTime)))
-                Speed = PassAmount / Timer
-                NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + Char1[j]
-                NewPassWd = Char2[i] + Char2[g] + Char2[e] + Char2[c] + Char2[a] + PassWd[x] + Char2[b] + Char2[d] + Char2[f] + Char2[h] + Char2[j]
-                timeup += 1
-                if timeup == sleep_now:
-                 time.sleep(sleep_for)
-                 timeup = 0
-                print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                cmd = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace('USERNAME', User[u].replace(" ", "")))
-                if test == None:
-                 print(output)
-                elif output.__contains__(test):
-                 sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                else:
-                 print(output)
-
-                if ExhSwitch is False:
-                 PassAmount += 1
-                 Timer = int(round(float(time.time() - StartTime)))
-                 Speed = PassAmount / Timer
-                 NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + Char1[j] + ShowWord[x] 
-                 NewPassWd = Char2[i] + Char2[g] + Char2[e] + Char2[c] + Char2[a] + Char2[b] + Char2[d] + Char2[f] + Char2[h] + Char2[j] + PassWd[x]
-                 timeup += 1
-                 if timeup == sleep_now:
-                  time.sleep(sleep_for)
-                  timeup = 0
-                 print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                 output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-                 if test == None:
-                  print(output)
-                 elif output.__contains__(test):
-                  sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                 else:
-                  print(output)
-
-                 PassAmount += 1
-                 Timer = int(round(float(time.time() - StartTime)))
-                 Speed = PassAmount / Timer
-                 NewShowWord = ShowWord[x] + Char1[j] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                 NewPassWd = PassWd[x] + Char2[j] + Char2[h] + Char2[f] + Char2[d] + Char2[b] + Char2[a] + Char2[c] + Char2[e] + Char2[g] + Char2[i]
-                 timeup += 1
-                 if timeup == sleep_now:
-                  time.sleep(sleep_for)
-                  timeup = 0
-                 print(SpliceX + str(Speed) + "/s " + User[u].replace(" ", "") + " " + NewShowWord.replace(" ", ""))
-                 output = os.popen(cmd.replace("PASSWORD", NewPassWd.replace(" ", "")).replace("USERNAME", User[u].replace(" ", ""))).read()
-                 if test == None:
-                  print(output)
-                 elif output.__contains__(test):
-                  sys.exit(Red + "[PASSWORD FOUND]: " + Green + NewShowWord + DefColour)
-                 else:
-                  print(output)
-
-def SBF1():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    for u in range(StateU, UserCount):
-     if length_start > 0:
-      break
-     if length_end < 0:
-      sys.exit(0)
-     for x in range(StateW, WordCount):
-      if SaveSwitch is True:
-       WriteSave = []
-       FILE = open(save, 'w')
-       WriteSave.append(str(cmd))
-       WriteSave.append(str(dictionary))
-       WriteSave.append(str(MixCustom))
-       WriteSave.append(str(Custom))
-       WriteSave.append(str(ExhSwitch))
-       WriteSave.append(str(StdoutSwitch))
-       WriteSave.append(str(usernames))
-       WriteSave.append(str(UserSwitch))
-       WriteSave.append(str(AlphaSwitch))
-       WriteSave.append(str(BWSwitch))
-       WriteSave.append(str(CapsSwitch))
-       WriteSave.append(str(L337Switch))
-       WriteSave.append(str(MD5Switch))
-       WriteSave.append(str(NumberSwitch))
-       WriteSave.append(str(RegularSwitch))
-       WriteSave.append(str(SpecialSwitch))
-       WriteSave.append(str(Letters))
-       WriteSave.append(str(Numbers))
-       WriteSave.append(str(Specials))
-       WriteSave.append(str(wep5))
-       WriteSave.append(str(wep13))
-       WriteSave.append(str(SESwitch))
-       WriteSave.append(str(u))
-       WriteSave.append(str(x))
-       for WriteStates in WriteSave:
-        FILE.write(WriteStates + "\n")
-       FILE.close()
-      NewShowWord = ShowWord[x]
-      print(NewShowWord.replace(" ", ""))
-
-def SBF2():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 1:
-      break
-     if length_end < 1:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for x in range(StateW, WordCount):
-       if SaveSwitch is True:
-        WriteSave = []
-        FILE = open(save, 'w')
-        WriteSave.append(str(cmd))
-        WriteSave.append(str(dictionary))
-        WriteSave.append(str(MixCustom))
-        WriteSave.append(str(Custom))
-        WriteSave.append(str(ExhSwitch))
-        WriteSave.append(str(StdoutSwitch))
-        WriteSave.append(str(usernames))
-        WriteSave.append(str(UserSwitch))
-        WriteSave.append(str(AlphaSwitch))
-        WriteSave.append(str(BWSwitch))
-        WriteSave.append(str(CapsSwitch))
-        WriteSave.append(str(L337Switch))
-        WriteSave.append(str(MD5Switch))
-        WriteSave.append(str(NumberSwitch))
-        WriteSave.append(str(RegularSwitch))
-        WriteSave.append(str(SpecialSwitch))
-        WriteSave.append(str(Letters))
-        WriteSave.append(str(Numbers))
-        WriteSave.append(str(Specials))
-        WriteSave.append(str(wep5))
-        WriteSave.append(str(wep13))
-        WriteSave.append(str(SESwitch))
-        WriteSave.append(str(u))
-        WriteSave.append(str(x))
-        WriteSave.append(str(a))
-        for WriteStates in WriteSave:
-         FILE.write(WriteStates + "\n")
-        FILE.close()
-       NewShowWord = Char1[a] + ShowWord[x]
-       print(NewShowWord.replace(" ", ""))
-
-       if ExhSwitch is False:
-        NewShowWord = ShowWord[x] + Char1[a]
-        print(NewShowWord.replace(" ", ""))
-
-def SBF3():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 2:
-      break
-     if length_end < 2:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for x in range(StateW, WordCount):
-        if SaveSwitch is True:
-         WriteSave = []
-         FILE = open(save, 'w')
-         WriteSave.append(str(cmd))
-         WriteSave.append(str(dictionary))
-         WriteSave.append(str(MixCustom))
-         WriteSave.append(str(Custom))
-         WriteSave.append(str(ExhSwitch))
-         WriteSave.append(str(StdoutSwitch))
-         WriteSave.append(str(usernames))
-         WriteSave.append(str(UserSwitch))
-         WriteSave.append(str(AlphaSwitch))
-         WriteSave.append(str(BWSwitch))
-         WriteSave.append(str(CapsSwitch))
-         WriteSave.append(str(L337Switch))
-         WriteSave.append(str(MD5Switch))
-         WriteSave.append(str(NumberSwitch))
-         WriteSave.append(str(RegularSwitch))
-         WriteSave.append(str(SpecialSwitch))
-         WriteSave.append(str(Letters))
-         WriteSave.append(str(Numbers))
-         WriteSave.append(str(Specials))
-         WriteSave.append(str(wep5))
-         WriteSave.append(str(wep13))
-         WriteSave.append(str(SESwitch))
-         WriteSave.append(str(u))
-         WriteSave.append(str(x))
-         WriteSave.append(str(a))
-         WriteSave.append(str(b))
-         for WriteStates in WriteSave:
-          FILE.write(WriteStates + "\n")
-         FILE.close()
-        NewShowWord = Char1[a] + ShowWord[x] + Char1[b]
-        print(NewShowWord.replace(" ", ""))
-
-        if ExhSwitch is False:
-         NewShowWord = Char1[a] + Char1[b] + ShowWord[x]
-         print(NewShowWord.replace(" ", ""))
-
-         NewShowWord = ShowWord[x] + Char1[b] + Char1[a]
-         print(NewShowWord.replace(" ", ""))
-
-def SBF4():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 3:
-      break
-     if length_end < 3:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for x in range(StateW, WordCount):
-         if SaveSwitch is True:
-          WriteSave = []
-          FILE = open(save, 'w')
-          WriteSave.append(str(cmd))
-          WriteSave.append(str(dictionary))
-          WriteSave.append(str(MixCustom))
-          WriteSave.append(str(Custom))
-          WriteSave.append(str(ExhSwitch))
-          WriteSave.append(str(StdoutSwitch))
-          WriteSave.append(str(usernames))
-          WriteSave.append(str(UserSwitch))
-          WriteSave.append(str(AlphaSwitch))
-          WriteSave.append(str(BWSwitch))
-          WriteSave.append(str(CapsSwitch))
-          WriteSave.append(str(L337Switch))
-          WriteSave.append(str(MD5Switch))
-          WriteSave.append(str(NumberSwitch))
-          WriteSave.append(str(RegularSwitch))
-          WriteSave.append(str(SpecialSwitch))
-          WriteSave.append(str(Letters))
-          WriteSave.append(str(Numbers))
-          WriteSave.append(str(Specials))
-          WriteSave.append(str(wep5))
-          WriteSave.append(str(wep13))
-          WriteSave.append(str(SESwitch))
-          WriteSave.append(str(u))
-          WriteSave.append(str(x))
-          WriteSave.append(str(a))
-          WriteSave.append(str(b))
-          WriteSave.append(str(c))
-          for WriteStates in WriteSave:
-           FILE.write(WriteStates + "\n")
-          FILE.close()
-         NewShowWord = Char1[c] + Char1[a] + ShowWord[x] + Char1[b]
-         print(NewShowWord.replace(" ", ""))
-
-         if ExhSwitch is False:
-          NewShowWord = Char1[b] + ShowWord[x] + Char1[a] + Char1[c]
-          print(NewShowWord.replace(" ", ""))
-
-          NewShowWord = Char1[c] + Char1[a] + Char1[b] + ShowWord[x]
-          print(NewShowWord.replace(" ", ""))
-
-          NewShowWord = ShowWord[x] + Char1[b] + Char1[a] + Char1[c]
-          print(NewShowWord.replace(" ", ""))
-
-def SBF5():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 4:
-      break
-     if length_end < 4:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for x in range(StateW, WordCount):
-          if SaveSwitch is True:
-           WriteSave = []
-           FILE = open(save, 'w')
-           WriteSave.append(str(cmd))
-           WriteSave.append(str(dictionary))
-           WriteSave.append(str(MixCustom))
-           WriteSave.append(str(Custom))
-           WriteSave.append(str(ExhSwitch))
-           WriteSave.append(str(StdoutSwitch))
-           WriteSave.append(str(usernames))
-           WriteSave.append(str(UserSwitch))
-           WriteSave.append(str(AlphaSwitch))
-           WriteSave.append(str(BWSwitch))
-           WriteSave.append(str(CapsSwitch))
-           WriteSave.append(str(L337Switch))
-           WriteSave.append(str(MD5Switch))
-           WriteSave.append(str(NumberSwitch))
-           WriteSave.append(str(RegularSwitch))
-           WriteSave.append(str(SpecialSwitch))
-           WriteSave.append(str(Letters))
-           WriteSave.append(str(Numbers))
-           WriteSave.append(str(Specials))
-           WriteSave.append(str(wep5))
-           WriteSave.append(str(wep13))
-           WriteSave.append(str(SESwitch))
-           WriteSave.append(str(u))
-           WriteSave.append(str(x))
-           WriteSave.append(str(a))
-           WriteSave.append(str(b))
-           WriteSave.append(str(c))
-           WriteSave.append(str(d))
-           for WriteStates in WriteSave:
-            FILE.write(WriteStates + "\n")
-           FILE.close()
-          NewShowWord = Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d]
-          print(NewShowWord.replace(" ", ""))
-
-          if ExhSwitch is False:
-           NewShowWord = Char1[c] + Char1[a] + Char1[b] + Char1[d] + ShowWord[x]
-           print(NewShowWord.replace(" ", ""))
-
-           NewShowWord = ShowWord[x] + Char1[d] + Char1[b] + Char1[a] + Char1[c]
-           print(NewShowWord.replace(" ", ""))
-
-def SBF6():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 5:
-      break
-     if length_end < 5:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for x in range(StateW, WordCount):
-           if SaveSwitch is True:
-            WriteSave = []
-            FILE = open(save, 'w')
-            WriteSave.append(str(cmd))
-            WriteSave.append(str(dictionary))
-            WriteSave.append(str(MixCustom))
-            WriteSave.append(str(Custom))
-            WriteSave.append(str(ExhSwitch))
-            WriteSave.append(str(StdoutSwitch))
-            WriteSave.append(str(usernames))
-            WriteSave.append(str(UserSwitch))
-            WriteSave.append(str(AlphaSwitch))
-            WriteSave.append(str(BWSwitch))
-            WriteSave.append(str(CapsSwitch))
-            WriteSave.append(str(L337Switch))
-            WriteSave.append(str(MD5Switch))
-            WriteSave.append(str(NumberSwitch))
-            WriteSave.append(str(RegularSwitch))
-            WriteSave.append(str(SpecialSwitch))
-            WriteSave.append(str(Letters))
-            WriteSave.append(str(Numbers))
-            WriteSave.append(str(Specials))
-            WriteSave.append(str(wep5))
-            WriteSave.append(str(wep13))
-            WriteSave.append(str(SESwitch))
-            WriteSave.append(str(u))
-            WriteSave.append(str(x))
-            WriteSave.append(str(a))
-            WriteSave.append(str(b))
-            WriteSave.append(str(c))
-            WriteSave.append(str(d))
-            WriteSave.append(str(e))
-            for WriteStates in WriteSave:
-             FILE.write(WriteStates + "\n")
-            FILE.close()
-           NewShowWord = Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d]
-           print(NewShowWord.replace(" ", ""))
-
-           if ExhSwitch is False:
-            NewShowWord = Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e]
-            print(NewShowWord.replace(" ", ""))
-
-            NewShowWord = Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + ShowWord[x]
-            print(NewShowWord.replace(" ", ""))
-
-            NewShowWord = ShowWord[x] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e]
-            print(NewShowWord.replace(" ", ""))
-
-def SBF7():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 6:
-      break
-     if length_end < 6:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for x in range(StateW, WordCount):
-            if SaveSwitch is True:
-             WriteSave = []
-             FILE = open(save, 'w')
-             WriteSave.append(str(cmd))
-             WriteSave.append(str(dictionary))
-             WriteSave.append(str(MixCustom))
-             WriteSave.append(str(Custom))
-             WriteSave.append(str(ExhSwitch))
-             WriteSave.append(str(StdoutSwitch))
-             WriteSave.append(str(usernames))
-             WriteSave.append(str(UserSwitch))
-             WriteSave.append(str(AlphaSwitch))
-             WriteSave.append(str(BWSwitch))
-             WriteSave.append(str(CapsSwitch))
-             WriteSave.append(str(L337Switch))
-             WriteSave.append(str(MD5Switch))
-             WriteSave.append(str(NumberSwitch))
-             WriteSave.append(str(RegularSwitch))
-             WriteSave.append(str(SpecialSwitch))
-             WriteSave.append(str(Letters))
-             WriteSave.append(str(Numbers))
-             WriteSave.append(str(Specials))
-             WriteSave.append(str(wep5))
-             WriteSave.append(str(wep13))
-             WriteSave.append(str(SESwitch))
-             WriteSave.append(str(u))
-             WriteSave.append(str(x))
-             WriteSave.append(str(a))
-             WriteSave.append(str(b))
-             WriteSave.append(str(c))
-             WriteSave.append(str(d))
-             WriteSave.append(str(e))
-             WriteSave.append(str(f))
-             for WriteStates in WriteSave:
-              FILE.write(WriteStates + "\n")
-             FILE.close()
-            NewShowWord = Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f]
-            print(NewShowWord.replace(" ", ""))
-
-            if ExhSwitch is False:
-             NewShowWord = Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + ShowWord[x]
-             print(NewShowWord.replace(" ", ""))
-
-             NewShowWord = ShowWord[x] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e]
-             print(NewShowWord.replace(" ", ""))
-
-def SBF8():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 7:
-      break
-     if length_end < 7:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for x in range(StateW, WordCount):
-             if SaveSwitch is True:
-              WriteSave = []
-              FILE = open(save, 'w')
-              WriteSave.append(str(cmd))
-              WriteSave.append(str(dictionary))
-              WriteSave.append(str(MixCustom))
-              WriteSave.append(str(Custom))
-              WriteSave.append(str(ExhSwitch))
-              WriteSave.append(str(StdoutSwitch))
-              WriteSave.append(str(usernames))
-              WriteSave.append(str(UserSwitch))
-              WriteSave.append(str(AlphaSwitch))
-              WriteSave.append(str(BWSwitch))
-              WriteSave.append(str(CapsSwitch))
-              WriteSave.append(str(L337Switch))
-              WriteSave.append(str(MD5Switch))
-              WriteSave.append(str(NumberSwitch))
-              WriteSave.append(str(RegularSwitch))
-              WriteSave.append(str(SpecialSwitch))
-              WriteSave.append(str(Letters))
-              WriteSave.append(str(Numbers))
-              WriteSave.append(str(Specials))
-              WriteSave.append(str(wep5))
-              WriteSave.append(str(wep13))
-              WriteSave.append(str(SESwitch))
-              WriteSave.append(str(u))
-              WriteSave.append(str(x))
-              WriteSave.append(str(a))
-              WriteSave.append(str(b))
-              WriteSave.append(str(c))
-              WriteSave.append(str(d))
-              WriteSave.append(str(e))
-              WriteSave.append(str(f))
-              WriteSave.append(str(g))
-              for WriteStates in WriteSave:
-               FILE.write(WriteStates + "\n")
-              FILE.close()
-             NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f]
-             print(NewShowWord.replace(" ", ""))
-
-             if ExhSwitch is False:
-              NewShowWord = Char1[f] + Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-              print(NewShowWord.replace(" ", ""))
-
-              NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + ShowWord[x]
-              print(NewShowWord.replace(" ", ""))
-
-              NewShowWord = ShowWord[x] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-              print(NewShowWord.replace(" ", ""))
-
-def SBF9():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 8:
-      break
-     if length_end < 8:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for x in range(StateW, WordCount):
-              if SaveSwitch is True:
-               WriteSave = []
-               FILE = open(save, 'w')
-               WriteSave.append(str(cmd))
-               WriteSave.append(str(dictionary))
-               WriteSave.append(str(MixCustom))
-               WriteSave.append(str(Custom))
-               WriteSave.append(str(ExhSwitch))
-               WriteSave.append(str(StdoutSwitch))
-               WriteSave.append(str(usernames))
-               WriteSave.append(str(UserSwitch))
-               WriteSave.append(str(AlphaSwitch))
-               WriteSave.append(str(BWSwitch))
-               WriteSave.append(str(CapsSwitch))
-               WriteSave.append(str(L337Switch))
-               WriteSave.append(str(MD5Switch))
-               WriteSave.append(str(NumberSwitch))
-               WriteSave.append(str(RegularSwitch))
-               WriteSave.append(str(SpecialSwitch))
-               WriteSave.append(str(Letters))
-               WriteSave.append(str(Numbers))
-               WriteSave.append(str(Specials))
-               WriteSave.append(str(wep5))
-               WriteSave.append(str(wep13))
-               WriteSave.append(str(SESwitch))
-               WriteSave.append(str(u))
-               WriteSave.append(str(x))
-               WriteSave.append(str(a))
-               WriteSave.append(str(b))
-               WriteSave.append(str(c))
-               WriteSave.append(str(d))
-               WriteSave.append(str(e))
-               WriteSave.append(str(f))
-               WriteSave.append(str(g))
-               WriteSave.append(str(h))
-               for WriteStates in WriteSave:
-                FILE.write(WriteStates + "\n")
-               FILE.close()
-              NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h]
-              print(NewShowWord.replace(" ", ""))
-
-              if ExhSwitch is False:
-               NewShowWord = Char1[g] + Char1[e] + Char1[c] + Char1[a] +Char1[b] + Char1[d] + Char1[f] + Char1[h] + ShowWord[x]
-               print(NewShowWord.replace(" ", ""))
-
-               NewShowWord = ShowWord[x] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g]
-               print(NewShowWord.replace(" ", ""))
-
-def SBF10():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 9:
-      break
-     if length_end < 9:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for i in range(StateI, EndCount):
-              for x in range(StateW, WordCount):
-               if SaveSwitch is True:
-                WriteSave = []
-                FILE = open(save, 'w')
-                WriteSave.append(str(cmd))
-                WriteSave.append(str(dictionary))
-                WriteSave.append(str(MixCustom))
-                WriteSave.append(str(Custom))
-                WriteSave.append(str(ExhSwitch))
-                WriteSave.append(str(StdoutSwitch))
-                WriteSave.append(str(usernames))
-                WriteSave.append(str(UserSwitch))
-                WriteSave.append(str(AlphaSwitch))
-                WriteSave.append(str(BWSwitch))
-                WriteSave.append(str(CapsSwitch))
-                WriteSave.append(str(L337Switch))
-                WriteSave.append(str(MD5Switch))
-                WriteSave.append(str(NumberSwitch))
-                WriteSave.append(str(RegularSwitch))
-                WriteSave.append(str(SpecialSwitch))
-                WriteSave.append(str(Letters))
-                WriteSave.append(str(Numbers))
-                WriteSave.append(str(Specials))
-                WriteSave.append(str(wep5))
-                WriteSave.append(str(wep13))
-                WriteSave.append(str(SESwitch))
-                WriteSave.append(str(u))
-                WriteSave.append(str(x))
-                WriteSave.append(str(a))
-                WriteSave.append(str(b))
-                WriteSave.append(str(c))
-                WriteSave.append(str(d))
-                WriteSave.append(str(e))
-                WriteSave.append(str(f))
-                WriteSave.append(str(g))
-                WriteSave.append(str(h))
-                WriteSave.append(str(i))
-                for WriteStates in WriteSave:
-                 FILE.write(WriteStates + "\n")
-                FILE.close()
-               NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h]
-               print(NewShowWord.replace(" ", ""))
-
-               if ExhSwitch is False:
-                NewShowWord = Char1[h] + Char1[f] + Char1[d] + Char1[b] + ShowWord[x] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                print(NewShowWord.replace(" ", ""))
-
-                NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + ShowWord[x]
-                print(NewShowWord.replace(" ", ""))
-
-                NewShowWord = ShowWord[x] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                print(NewShowWord.replace(" ", ""))
-
-def SBF11():
-    WordCount = 0
-    for CountWords in ShowWord:
-     WordCount += 1
-    if NoChar is True:
-     sys.exit(0)
-    for u in range(StateU, UserCount):
-     if length_start > 10:
-      break
-     if length_end < 10:
-      sys.exit(0)
-     for a in range(StateA, EndCount):
-      for b in range(StateB, EndCount):
-       for c in range(StateC, EndCount):
-        for d in range(StateD, EndCount):
-         for e in range(StateE, EndCount):
-          for f in range(StateF, EndCount):
-           for g in range(StateG, EndCount):
-            for h in range(StateH, EndCount):
-             for i in range(StateI, EndCount):
-              for j in range(StateJ, EndCount):
-               for x in range(StateW, WordCount):
-                if SaveSwitch is True:
-                 WriteSave = []
-                 FILE = open(save, 'w')
-                 WriteSave.append(str(cmd))
-                 WriteSave.append(str(dictionary))
-                 WriteSave.append(str(MixCustom))
-                 WriteSave.append(str(Custom))
-                 WriteSave.append(str(ExhSwitch))
-                 WriteSave.append(str(StdoutSwitch))
-                 WriteSave.append(str(usernames))
-                 WriteSave.append(str(UserSwitch))
-                 WriteSave.append(str(AlphaSwitch))
-                 WriteSave.append(str(BWSwitch))
-                 WriteSave.append(str(CapsSwitch))
-                 WriteSave.append(str(L337Switch))
-                 WriteSave.append(str(MD5Switch))
-                 WriteSave.append(str(NumberSwitch))
-                 WriteSave.append(str(RegularSwitch))
-                 WriteSave.append(str(SpecialSwitch))
-                 WriteSave.append(str(Letters))
-                 WriteSave.append(str(Numbers))
-                 WriteSave.append(str(Specials))
-                 WriteSave.append(str(wep5))
-                 WriteSave.append(str(wep13))
-                 WriteSave.append(str(SESwitch))
-                 WriteSave.append(str(u))
-                 WriteSave.append(str(x))
-                 WriteSave.append(str(a))
-                 WriteSave.append(str(b))
-                 WriteSave.append(str(c))
-                 WriteSave.append(str(d))
-                 WriteSave.append(str(e))
-                 WriteSave.append(str(f))
-                 WriteSave.append(str(g))
-                 WriteSave.append(str(h))
-                 WriteSave.append(str(i))
-                 WriteSave.append(str(j))
-                 for WriteStates in WriteSave:
-                  FILE.write(WriteStates + "\n")
-                 FILE.close()
-                NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + ShowWord[x] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + Char1[j]
-                print(NewShowWord.replace(" ", ""))
-
-                if ExhSwitch is False:
-                 NewShowWord = Char1[i] + Char1[g] + Char1[e] + Char1[c] + Char1[a] + Char1[b] + Char1[d] + Char1[f] + Char1[h] + Char1[j] + ShowWord[x] 
-                 print(NewShowWord.replace(" ", ""))
-
-                 NewShowWord = ShowWord[x] + Char1[j] + Char1[h] + Char1[f] + Char1[d] + Char1[b] + Char1[a] + Char1[c] + Char1[e] + Char1[g] + Char1[i]
-                 print(NewShowWord.replace(" ", ""))
-
-if Create is True:
- CFILE = open("splicex.create", 'w')
- X = 0
- N = 0
- for WCreate in ShowWord:
-  N += 1
- D1 = round(N * 0.1)
- D2 = round(N * 0.2)
- D3 = round(N * 0.3)
- D4 = round(N * 0.4)
- D5 = round(N * 0.5)
- D6 = round(N * 0.6)
- D7 = round(N * 0.7)
- D8 = round(N * 0.8)
- D9 = round(N * 0.9)
- DStop = round(N * 0.95)
- for WCreate in ShowWord: 
-  CFILE.write(WCreate + "\n")
-  if X == 0:
-   sys.stdout.write(SpliceX + 'compiling splicex.create')
-   time.sleep(0.5)
-   X += 1
-  elif X == D1 or X == D2 or X == D3 or X == D4 or X == D5 or X == D6 or X == D7 or X == D8 or X == D9:
-   sys.stdout.flush()
-   sys.stdout.write('.')
-   time.sleep(0.5)
-   X += 1
-  elif X == DStop:
-   sys.stdout.flush()
-   sys.stdout.write('.')
-   time.sleep(0.5)
-   X += 1
-  else:
-   X += 1
- CFILE.close()
- sys.stdout.write(CLEAR_LINE)
- sys.stdout.write('\r')
- sys.exit(SpliceX + 'compiled ' + str(N) + ' passwords. enjoy ;-)')
-
-if RestoreSwitch is False:
- StateCount = 0
-if RestoreSwitch is False and StdoutSwitch is False:
- StateU = 0
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF1()
- BF2()
- BF3()
- BF4()
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-
-if StateCount == 22 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF1()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF2()
- BF3()
- BF4()
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-if StateCount == 21 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF1()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF2()
- BF3()
- BF4()
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 24 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF2()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF3()
- BF4()
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 25 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF3()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF4()
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 26 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF4()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF5()
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 27 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF5()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF6()
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 28 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF6()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF7()
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 29 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF7()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF8()
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 30 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = 0
- StateI = 0
- StateJ = 0
- BF8()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF9()
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 30 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = 0
- StateJ = 0
- BF9()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF10()
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 32 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = int(State[32])
- StateJ = 0
- BF10()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- BF11()
- sys.exit(SpliceX + " unable to find password")
-elif StateCount == 33 and RestoreSwitch is True and StdoutSwitch is False:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = int(State[32])
- StateJ = int(State[33])
- BF11()
- sys.exit(SpliceX + " unable to find password")
-
-if RestoreSwitch is False and StdoutSwitch is True:
- StateU = 0
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF1()
- SBF2()
- SBF3()
- SBF4()
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-
-if StateCount == 22 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF1()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF2()
- SBF3()
- SBF4()
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-if StateCount == 23 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF1()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF2()
- SBF3()
- SBF4()
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 24 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF2()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF3()
- SBF4()
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 25 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF3()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF4()
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 25 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF4()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF5()
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 27 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF5()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF6()
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 28 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF6()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF7()
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 29 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF7()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF8()
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 30 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF8()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF9()
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 31 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = 0
- StateJ = 0
- SBF9()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF10()
- SBF11()
- sys.exit(0)
-elif StateCount == 32 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = int(State[32])
- StateJ = 0
- SBF10()
- StateW = 0
- StateA = 0
- StateB = 0
- StateC = 0
- StateD = 0
- StateE = 0
- StateF = 0
- StateG = 0
- StateH = 0
- StateI = 0
- StateJ = 0
- SBF11()
- sys.exit(0)
-elif StateCount == 33 and RestoreSwitch is True and StdoutSwitch is True:
- StateU = int(State[22])
- StateW = int(State[23])
- StateA = int(State[24])
- StateB = int(State[25])
- StateC = int(State[26])
- StateD = int(State[27])
- StateE = int(State[28])
- StateF = int(State[29])
- StateG = int(State[30])
- StateH = int(State[31])
- StateI = int(State[32])
- StateJ = int(State[33])
- SBF11()
- sys.exit(0)
-
-sys.exit(SpliceX + " unknown error: please report bug to author")
+sys.path.append('/etc/splicex')
+import splicex