def Table_maker(msg, key, result, DecOrEn):
encOrdec = ['encrypt', 'encryption', 'decrypt', 'decryption']
if DecOrEn == 'encrypt':
encOrdec.pop(2)
encOrdec.pop()
elif DecOrEn == 'decrypt':
encOrdec.pop(0)
encOrdec.pop(0)
help_msg = helper.help_('helper', 'msg').format(encOrdec[0])
help_key = helper.help_('helper', 'key').format(encOrdec[1])
help_result = helper.help_('helper', 'result').format(encOrdec[1])
if __platform__.startswith('Linux') or __platform__.startswith('Darwin'):
header = ['Types', 'Information', 'Helper']
rows = [["Message", msg, help_msg], ["Key", key, help_key],
["Result", result, help_result]]
table_maker = table(rows, header, colorfmt='green')
return table_maker
elif __platform__.startswith('Windows'):
table_maker = PrettyTable()
table_maker.title = "Information Box"
table_maker.field_names = ["Types", "Information", "Helper"]
table_maker.add_row(["Message", msg, help_msg])
table_maker.add_row(["Key", key, help_key])
table_maker.add_row(["Result", result, help_result])
table_maker.align = "l"
table_maker.align["Information"] = 'c'
table_maker.align["Types"] = 'c'
table_maker.max_width = 120
table_maker.hrules = 1
return table_maker
def handler():
cText = ''
IC = 0
mono_poly = ''
key_len = 0
while True:
cmd_ = raw_input("{}{}(CipherAnalysis){} >> ".format(BUNDERLINE,BBLUE,BEND)).strip()
if cmd_ == 'help' or cmd_ == 'h' or cmd_ == '?':
help_ = helper.help_('analysis','')
print help_.format(CLIGHTBLUE,CEND)
elif cmd_.startswith('show') and cmd_.endswith('info'):
if __platform__.startswith('Linux') or __platform__.startswith('Darwin'):
header = ['Type','Result','Description']
rows = [['Cipher Text',cText,'Encrypted message'],
['Incidence of Coincidence',IC,'Incidence of Coincidence prediction'],
['Result',mono_poly,'Prediction whether monoalphabetic or polyalphabetic'],
['Key length',key_len,'Key length prediction for TheVigenereSquare cipher only']]
print
print table(rows,header,colorfmt='red')
print
else:
table_maker = PrettyTable()
table_maker.title = "Information Box"
table_maker.field_names = ["Type", "Result","Description"]
table_maker.add_row(['Cipher Text',cText,'Encrypted message'])
table_maker.add_row(['Incidence of Coincidence',IC,'Incidence of Coincidence prediction'])
table_maker.add_row(['Result',mono_poly,'Prediction whether monoalphabetic or polyalphabetic'])
table_maker.add_row(['Key length',key_len,'Key length prediction for TheVigenereSquare cipher only'])
print table_maker
elif cmd_.startswith('SET') or cmd_.startswith('set'):
try:
msg = cmd_.split()[1]
cipher = cmd_.split()[2]
if msg and msg == 'message' or msg == 'msg':
cText = cipher
else:
raise IndexError()
except IndexError:
print BERR + " Please specify message [cipher text]" + BEND
print " ex. SET message 'Cipher Text'\n"
elif cmd_ == 'execute':
if cText == '':
print BERR + "Execution Error.." + BEND
print "Please specify message [cipher text]"
IC, key_len = Analysis(cText)
if IC > 0.06:
if IC > 0.052:
mono_poly = " More likely monoalphabetic"
else:
mono_poly = " Probably monoalphabetic"
elif IC < 0.045:
mono_poly = "{}".format(random.choice([" More likely polyalphabetic"," Probably polyalphabetic"]))
print '\n' + BOKMSG + mono_poly + BEND
print BOKMSG + ' Your Incidence of Coincidence is >>{} {}'.format(BEND,IC)
print BOKMSG + ' Your key length for TheVigenereSquare cipher is >>{} {}'.format(BEND,key_len)
elif cmd_ == 'back':
break
def main():
global encrypt
banner_show()
help_ = helper.help_('options', 'none')
print help_.format(CGREEN, CEND, CWHITE)
while True:
try:
cmd = int(
raw_input("{}Enter{} (digit only)>> ".format(BFAIL, BEND)))
if cmd == 1:
print BOKMSG + " Switching to encrypt..." + BEND
time.sleep(0.7)
encrypt.handler()
elif cmd == 2:
print BOKMSG + " Switching to decrypt..." + BEND
time.sleep(0.7)
decrypt.handler()
elif cmd == 3:
print BOKMSG + " Switching to cipher Analysis..." + BEND
time.sleep(0.7)
cipherAnalysis.handler()
elif cmd == 4:
help_ = helper.help_('options', 'none')
print help_.format(CGREEN, CEND, CWHITE)
elif cmd == 5:
help_ = helper.help_('author', 'none')
print help_.format(CGREEN, CEND, CRED, CLIGHTBLUE, CUNDERLINE,
CWHITE)
elif cmd == 6:
banner_show()
elif cmd == 7:
print "\n\n" + BOKMSG + " GOOD BYE!!!" + BEND
break
except ValueError as e:
error_command = e.message.split()[7]
print BERR + " Unknown command >> {}{}{}\n".format(
CGREEN, error_command, CEND) + BEND
print "type {}'3'{} for options".format(CGREEN, CEND)
except KeyboardInterrupt:
print "\n\n" + BOKMSG + " GOOD BYE!!!" + BEND
break
def loop_handler_word(function):
message = ''
result = ''
key = ''
while True:
comd = raw_input("{0}{1}(Decrypt/{2}{3}{4}){5} >> ".format(
BUNDERLINE, BBLUE, CRED, 'The Vigenere Square', CEND,
BEND)).strip()
if comd == 'help' or comd == 'h' or comd == '?':
help_ = helper.help_('decrypt', 'in')
print help_.format(CLIGHTBLUE, CEND)
elif comd == 'profile':
info = function.info()
print info.format(CLIGHTBLUE, CEND)
elif comd.startswith('show') and comd.endswith('info'):
info_box = Table_maker(message, key, result, 'decrypt')
print
print info_box
print
elif comd.startswith('SET') or comd.startswith('set'):
try:
msgOrkey = comd.split()[1]
strOrnum = comd.rsplit()[2:]
if msgOrkey == 'message':
message = strOrnum[0]
print BOKMSG + " Changing encrypted message to >>{} {}\n".format(
BEND, message)
elif msgOrkey == 'key':
key = strOrnum[0]
print BOKMSG + " Changing encrypted key to >>{} {}\n".format(
BEND, key)
except IndexError:
print BERR + " Please specify (message/key) [string/(word or string)]" + BEND
print " ex. SET message 'your string'\n"
elif comd == 'message' or comd == 'msg':
try:
message = raw_input("{}Enter your encrypted string:{} ".format(
CGREEN, CEND)).strip()
print BOKMSG + " Changing encrypted message to >>{} {}\n".format(
BEND, message)
for letter in message:
if letter.isdigit():
raise ValueError()
elif message == '':
raise ValueError()
except ValueError:
print BERR + " Please don't use digit in your string or none\n" + BEND
elif comd == 'key':
try:
key = raw_input(
"{}What string or word did you use as key:{} ".format(
CGREEN, CEND)).strip()
if key.isdigit():
raise ValueError()
print BOKMSG + " Changing encrypted key to >>{} {}\n".format(
BEND, key)
except ValueError:
print BERR + " Please only use alphabet as key and not allow spaces\n" + BEND
elif comd == 'execute':
try:
if message == '' or key == '':
raise ValueError()
else:
result = function.Decrypt(message, key)
if result == '':
print "\n" + BERR + ' Your decrypted message is >>{} {}'.format(
BEND, result)
break
print "\n" + BOKMSG + ' Your decrypted message is >>{} {}'.format(
BEND, result)
except ValueError:
print BERR + " Please set your message/key\n" + BEND
elif comd == 'back':
break
def loop_handler_multi_key(type, function):
Types = {
'affine': 'The Affine Cipher',
'digraph': 'The Hill Digraph Cipher',
'trigraph': 'The Hill Trigraph Cipher'
}
keys_ID = [
"Key A", "Key B", "Key C", "Key D", "Key E", "Key F", "Key G", "Key H",
"Key I", "None"
]
name = [value for key, value in Types.iteritems() if key == type]
message = ''
result = ''
keys = [0 * i for i in range(10)]
if type == 'affine':
for i in range(8):
keys.pop()
keys_ID.pop()
elif type == 'digraph':
for i in range(6):
keys.pop()
keys_ID.pop()
elif type == 'trigraph':
keys.pop()
keys_ID.pop()
while True:
comd = raw_input("{0}{1}(Decrypt/{2}{3}{4}){5} >> ".format(
BUNDERLINE, BBLUE, CRED, name[0], CEND, BEND)).strip()
if comd == 'help' or comd == 'h' or comd == '?':
help_ = helper.help_('decrypt', 'in')
print help_.format(CLIGHTBLUE, CEND)
elif comd == 'profile':
info = function.info()
print info.format(CLIGHTBLUE, CEND)
elif comd.startswith('show') and comd.endswith('info'):
info_box = Table_maker_multi(message, keys, result, 'decrypt',
keys_ID, type)
print
print info_box
print
elif comd.startswith('SET') or comd.startswith('set'):
try:
msgOrkey = comd.split()[1]
strOrnum = comd.rsplit()[2:]
if msgOrkey == 'message':
message = strOrnum[0]
print BOKMSG + " Changing encrypted message to >>{} {}\n".format(
BEND, message)
elif msgOrkey == 'key':
for i in range(len(keys)):
keys[i] = int(strOrnum[i].strip())
print BOKMSG + " Changing {} to >>{} {}".format(
keys_ID[i], BEND, keys[i])
time.sleep(0.5)
except IndexError:
print BERR + " Please specify (message/key(A/B)) [string/number(with space between them)]" + BEND
print " ex. SET message 'your encrypted string'\n"
print " ex. SET key [keys in order {} with spaces] <== according to '{}show info{}'\n".format(
keys_ID, CLIGHTBLUE, CEND)
elif comd == 'message' or comd == 'msg':
try:
message = raw_input("{}Enter your encrypted string:{} ".format(
CGREEN, CEND)).strip()
print BOKMSG + " Changing encrypted message to >>{} {}\n".format(
BEND, message)
for letter in message:
if letter.isdigit():
raise ValueError()
elif message == '':
raise ValueError()
except ValueError:
print BERR + " Please don't use digit in your string or none\n" + BEND
elif comd == 'key':
try:
for i in range(len(keys)):
keys[i] = int(
raw_input(
"{}How many times did you encrypted for {}:{} ".
format(CGREEN, keys_ID[i], CEND)).strip())
print BOKMSG + " Changing {} to >>{} {}\n".format(
keys_ID[i], BEND, keys[i])
except ValueError:
print BERR + " Foudn spaces in keys\n" + BEND
elif comd == 'execute':
try:
if message == '' or keys[0] == 0:
raise ValueError()
else:
result = function.Decrypt(message, keys)
if not result:
pass
else:
print "\n" + BOKMSG + ' Your encrypted message is >>{} {}'.format(
BEND, result)
except ValueError:
print BERR + " Please set your message/key\n" + BEND
elif comd == 'back':
break
def handler():
while True:
cmd_encrypt = raw_input("{}{}(Decrypt){} >> ".format(
BUNDERLINE, BBLUE, BEND)).strip()
if cmd_encrypt == 'help' or cmd_encrypt == 'h' or cmd_encrypt == '?':
help_ = helper.help_('decrypt', 'out')
print help_.format(CLIGHTBLUE, CEND)
elif cmd_encrypt.startswith('show') and cmd_encrypt.endswith(
'options'):
if __platform__.startswith('Linux') or __platform__.startswith(
'Darwin'):
header = ['ID', 'Type', 'Description']
rows = [
[
'1', 'The Additive Cipher',
'EnciphDeWord using addition'
],
[
'2', 'The Multiplicative Cipher',
'EnciphDeWord using multiplication'
],
[
'3', 'The Affine Cipher',
'EnciphDeWord using combined of addition and multiplication'
],
[
'4', 'The Hill Digraph Cipher',
'EnciphDeWord using 2x2 integer matricess'
],
[
'5', 'The Hill Digraph Cipher',
'EnciphDeWord using 3x3 integer matrices'
],
[
'6', 'The Vigenere Square (Cipher)',
'EnciphDeWord using word or string'
]
]
print
print table(rows, header, colorfmt='red')
print
else:
table_maker = PrettyTable()
table_maker.title = "Information Box"
table_maker.field_names = ["ID", "Type", "Description"]
table_maker.add_row([
"1", "The Additive Cipher", 'EnciphDeWord using addition'
])
table_maker.add_row([
"2", "The Multiplicative Cipher",
"EnciphDeWord using multiplication"
])
table_maker.add_row([
'3', 'The Affine Cipher',
'EnciphDeWord using combined of addition and multiplication'
])
table_maker.add_row([
'4', 'The Hill Digraph Cipher',
'EnciphDeWord using 2x2 integer matricess'
])
table_maker.add_row([
'5', 'The Hill Digraph Cipher',
'EnciphDeWord using 3x3 integer matrices'
])
table_maker.add_row([
'6', 'The Vigenere Square (Cipher)',
'EnciphDeWord using word or string'
])
print table_maker
elif cmd_encrypt.startswith('use'):
try:
num_given = int(cmd_encrypt.split()[1])
if num_given == 1:
loop_handler_one_key('additive', TheAdditiveCipher)
elif num_given == 2:
loop_handler_one_key('multiplicative',
TheMultiplicativeCipher)
elif num_given == 3:
loop_handler_multi_key('affine', TheAffineCipher)
elif num_given == 4:
loop_handler_multi_key('digraph', TheHillDigraphCipher)
elif num_given == 5:
loop_handler_multi_key('trigraph', TheHillTrigraphCipher)
elif num_given == 6:
loop_handler_word(TheVigenereSquare)
except ValueError:
print BERR + " Please specify ID." + BEND
print " ex. SET message 'your string'\n"
pass
except IndexError:
print BERR + " Please specify ID.\n" + BEND
print "Please type '{}show options{}' to show IDs".format(
CLIGHTBLUE, CEND)
print "ex. use [id]\n"
pass
elif cmd_encrypt == 'back':
break
def loop_handler_one_key(type, function):
Types = {
'additive': 'The Additive Cipher',
'multiplicative': 'The Multiplicative Cipher'
}
name = [value for key, value in Types.iteritems() if key == type]
message = ''
result = ''
key_num = 0
while True:
comd = raw_input("{0}{1}(Decrypt/{2}{3}{4}){5} >> ".format(
BUNDERLINE, BBLUE, CRED, name[0], CEND, BEND)).strip()
if comd == 'help' or comd == 'h' or comd == '?':
help_ = helper.help_('decrypt', 'in')
print help_.format(CLIGHTBLUE, CEND)
elif comd == 'profile':
info = function.info()
print info.format(CLIGHTBLUE, CEND)
elif comd.startswith('show') and comd.endswith('info'):
info_box = Table_maker(message, key_num, result, 'decrypt')
print
print info_box
print
elif comd.startswith('SET') or comd.startswith('set'):
try:
msgOrkey = comd.split()[1]
strOrnum = comd.rsplit()[2:]
if msgOrkey == 'message':
message = strOrnum[0]
print BOKMSG + " Changing encrypted message to >>{} {}\n".format(
BEND, message)
elif msgOrkey == 'key':
key_num = int(strOrnum[0])
print BOKMSG + " Changing key to >>{} {}\n".format(
BEND, key_num)
except IndexError:
print BERR + " Please specify (message/key) [string/number]" + BEND
print " ex. SET message 'your string'\n"
elif comd == 'message' or comd == 'msg':
try:
message = raw_input(
"{}Enter your encrypted message:{} ".format(CGREEN,
CEND)).strip()
print BOKMSG + " Changing message to >>{} {}\n".format(
BEND, message)
for letter in message:
if letter.isdigit():
raise ValueError()
elif message == '':
raise ValueError()
except ValueError:
print BERR + " Found digits and none in encrypted message\n" + BEND
elif comd == 'key':
try:
key_num = int(
raw_input("{}How many times did you encrypted:{} ".format(
CGREEN, CEND)).strip())
print BOKMSG + " Changing key to >>{} {}\n".format(
BEND, key_num)
except ValueError:
print BERR + " Found spaces in key\n" + BEND
elif comd == 'execute':
try:
if message == '' or key_num == 0:
raise ValueError()
else:
result = function.Decrypt(message, key_num)
if result == '':
print "\n" + BERR + ' Your decrypted message is >>{} {}'.format(
BEND, result)
break
print "\n" + BOKMSG + ' Your decrypted message is >>{} {}'.format(
BEND, result)
except ValueError:
print BERR + " Please set your message/key\n" + BEND
elif comd == 'back':
break
