def at_encryption():
alpa = "ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789"
rev_alpa = alpa[::-1]
msg = demo_var2.msg
encry_text = ""
for i in range(len(msg)):
if msg[i] == chr(32):
encry_text += " "
else:
for j in range(len(alpa)):
if msg[i] == alpa[j]:
encry_text += rev_alpa[j]
break
# if
# inner for
# if-else
# for
# print("Encrypted Text: {}".format(encry_text))
at_encryption.message = format(encry_text)
# print(at_encryption.message)
# Checking y[1]: index
if y[1] == "one":
from one_e import demo_var1, cipher_encryption
demo_var1()
demo_var1.msg = at_encryption.message
# print(demo_var1.msg)
cipher_encryption()
print("Last2 Encrypted form of message pass through different file is:" + cipher_encryption.unrea)
elif y[1] == "three":
from three_e import demo_var3, cipher_encryption_rail
demo_var3()
demo_var3.msg = at_encryption.message
# print(demo_var2.msg)
cipher_encryption_rail()
print("Last2 Encrypted form of message pass through different file is:" + cipher_encryption_rail.unread)
elif y[1] == "four":
from four_e import demo_var4, cipher_encryption_rot47
demo_var4()
demo_var4.msg = at_encryption.message
# print(demo_var2.msg)
cipher_encryption_rot47()
print("Last2 Encrypted form of message pass through different file is:" + cipher_encryption_rot47.unread)
elif y[1] == "five":
from five_e import demo_var5, cipher_encryption_rot18
demo_var5()
demo_var5.msg = at_encryption.message
# print(demo_var1.msg)
cipher_encryption_rot18()
print("Last2 Encrypted form of message pass through different file is:" + cipher_encryption_rot18.unread)
elif y[1] == "six":
from six_e import cipher_encryption_xor, demo_var6
demo_var6()
demo_var6.msg = at_encryption.message
# print(demo_var1.msg)
cipher_encryption_xor()
print("Last1 Encrypted form of message pass through different file is:" + cipher_encryption_xor.xorunread)
def cipher_encryption_xor():
#msg = input("Enter message: ")
msg = demo_var6.msg
key = "5"
encrypt_hex = ""
key_itr = 0
for i in range(len(msg)):
temp = ord(msg[i]) ^ ord(key[key_itr])
# zfill will pad a single letter hex with 0, to make it two letter pair
encrypt_hex += hex(temp)[2:].zfill(2)
key_itr += 1
if key_itr >= len(key):
# once all of the key's letters are used, repeat the key
key_itr = 0
# print("Encrypted Text: {}".format(encrypt_hex))
cipher_encryption_xor.xorunread = format(encrypt_hex)
# Checking y[1]: index
if y[1] == "one":
from one_e import demo_var1, cipher_encryption
demo_var1()
demo_var1.msg = cipher_encryption_xor.xorunread
# print(demo_var1.msg)
cipher_encryption()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption.unrea)
elif y[1] == "two":
from two_e import demo_var2, at_encryption
demo_var2()
demo_var2.msg = cipher_encryption_xor.xorunread
# print(demo_var2.msg)
at_encryption()
print(
"Last5 Encrypted form of message pass through different file is:" +
at_encryption.message)
elif y[1] == "three":
from three_e import demo_var3, cipher_encryption_rail
demo_var3()
demo_var3.msg = cipher_encryption_xor.xorunread
# print(demo_var2.msg)
cipher_encryption_rail()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption_rail.unread)
elif y[1] == "four":
from four_e import demo_var4, cipher_encryption_rot47
demo_var4()
demo_var4.msg = cipher_encryption_xor.xorunread
# print(demo_var2.msg)
cipher_encryption_rot47()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption_rot47.unread)
elif y[1] == "five":
from five_e import demo_var5, cipher_encryption_rot18
demo_var5()
demo_var5.msg = cipher_encryption_xor.xorunread
# print(demo_var1.msg)
cipher_encryption_rot18()
print(
"Last3 Encrypted form of message pass through different file is:" +
cipher_encryption_rot18.unread)
def cipher_encryption_rot47():
# message = input("Enter message: ")
key = 5
msg = demo_var4.msg
encryp_text = ""
for i in range(len(msg)):
temp = ord(msg[i]) + key
if ord(msg[i]) == 32:
encryp_text += " "
elif temp > 126:
temp -= 94
encryp_text += chr(temp)
else:
encryp_text += chr(temp)
# if-else
# for
# print("Encrypted Text: {}".format(encryp_text))
cipher_encryption_rot47.unread = format(encryp_text)
# Checking y[1]: index
if y[1] == "two":
from two_e import demo_var2, at_encryption
demo_var2()
demo_var2.msg = cipher_encryption_rot47.unread
# print(demo_var2.msg)
at_encryption()
print(
"Last4 Encrypted form of message pass through different file is:" +
at_encryption.message)
elif y[1] == "three":
from three_e import demo_var3, cipher_encryption_rail
demo_var3()
demo_var3.msg = cipher_encryption_rot47.unread
# print(demo_var2.msg)
cipher_encryption_rail()
print(
"Last4 Encrypted form of message pass through different file is:" +
cipher_encryption_rail.unread)
elif y[1] == "one":
from one_e import demo_var1, cipher_encryption
demo_var1()
demo_var1.msg = cipher_encryption_rot47.unread
# print(demo_var1.msg)
cipher_encryption()
print(
"Last4 Encrypted form of message pass through different file is:" +
cipher_encryption.unrea)
elif y[1] == "five":
from five_e import demo_var5, cipher_encryption_rot18
demo_var5()
demo_var5.msg = cipher_encryption_rot47.unread
# print(demo_var1.msg)
cipher_encryption_rot18()
print(
"Last4 Encrypted form of message pass through different file is:" +
cipher_encryption_rot18.unread)
elif y[1] == "six":
from six_e import cipher_encryption_xor, demo_var6
demo_var6()
demo_var6.msg = cipher_encryption_rot47.unread
# print(demo_var1.msg)
cipher_encryption_xor()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_xor.xorunread)
def cipher_encryption():
key = "5"
msg = demo_var1.msg
encrypt_hex = ""
key_itr = 0
for i in range(len(msg)):
temp = ord(msg[i]) ^ ord(key[key_itr])
encrypt_hex += hex(temp)[2:].zfill(2)
key_itr += 1
if key_itr >= len(key):
key_itr = 0
# print("Encrypted Text: {}".format(encrypt_hex))
cipher_encryption.unrea = format(encrypt_hex)
# Checking y[1]: index
if y[1] == "two":
from two_e import demo_var2, at_encryption
demo_var2()
demo_var2.msg = cipher_encryption.unrea
# print(demo_var2.msg)
at_encryption()
print(
"Last7 Encrypted form of message pass through different file is:" +
at_encryption.message)
elif y[1] == "three":
from three_e import demo_var3, cipher_encryption_rail
demo_var3()
demo_var3.msg = cipher_encryption.unrea
# print(demo_var2.msg)
cipher_encryption_rail()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_rail.unread)
elif y[1] == "four":
from four_e import demo_var4, cipher_encryption_rot47
demo_var4()
demo_var4.msg = cipher_encryption.unrea
# print(demo_var2.msg)
cipher_encryption_rot47()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_rot47.unread)
elif y[1] == "five":
from five_e import demo_var5, cipher_encryption_rot18
demo_var5()
demo_var5.msg = cipher_encryption.unrea
# print(demo_var1.msg)
cipher_encryption_rot18()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_rot18.unread)
elif y[1] == "six":
from six_e import cipher_encryption_xor, demo_var6
demo_var6()
demo_var6.msg = cipher_encryption.unrea
# print(demo_var1.msg)
cipher_encryption_xor()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_xor.xorunread)
demo_var1()
cipher_encryption()
print("--- %s seconds ---" % (time.time() - start_time))
exit()
elif y[0] == "two":
from two_e import at_encryption, demo_var2
demo_var2()
at_encryption()
print("--- %s seconds ---" % (time.time() - start_time))
exit()
elif y[0] == "three":
from three_e import cipher_encryption_rail, demo_var3
demo_var3()
cipher_encryption_rail()
print("--- %s seconds ---" % (time.time() - start_time))
exit()
elif y[0] == "four":
from four_e import cipher_encryption_rot47, demo_var4
demo_var4()
cipher_encryption_rot47()
print("--- %s seconds ---" % (time.time() - start_time))
exit()
elif y[0] == "five":
from five_e import cipher_encryption_rot18, demo_var5
demo_var5()
cipher_encryption_rot18()
print("--- %s seconds ---" % (time.time() - start_time))
def cipher_encryption_rot18():
rot5 = "5678901234"
zeroToNine = "0123456789"
rot_13_key = 5
# print("msg can be alphanumeric")
# msg = input("Enter msg: ").upper()
msg = demo_var5.msg
encryp_text = ""
for i in range(len(msg)):
temp = msg[i] + ""
if ord(msg[i]) == 32:
encryp_text += " "
elif re.search('[\d\s]+', temp):
# ROT5
for j in range(len(zeroToNine)):
if msg[i] == zeroToNine[j]:
encryp_text += rot5[j]
# inner for
elif re.search('[\w\s]+', temp):
# ROT13
ch_temp = ord(msg[i]) + rot_13_key
if ord(msg[i]) == 32:
encryp_text += " "
elif ch_temp > 90:
ch_temp -= 26
encryp_text += chr(ch_temp)
else:
encryp_text += chr(ch_temp)
# if-else
# for
# print("Encrypted Text: {}".format(encryp_text))
cipher_encryption_rot18.unread = format(encryp_text)
# Checking y[1]: index
if y[1] == "one":
from one_e import demo_var1, cipher_encryption
demo_var1()
demo_var1.msg = cipher_encryption_rot18.unread
# print(demo_var1.msg)
cipher_encryption()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption.unrea)
elif y[1] == "two":
from two_e import demo_var2, at_encryption
demo_var2()
demo_var2.msg = cipher_encryption_rot18.unread
# print(demo_var2.msg)
at_encryption()
print(
"Last5 Encrypted form of message pass through different file is:" +
at_encryption.message)
elif y[1] == "three":
from three_e import demo_var3, cipher_encryption_rail
demo_var3()
demo_var3.msg = cipher_encryption_rot18.unread
# print(demo_var2.msg)
cipher_encryption_rail()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption_rail.unread)
elif y[1] == "four":
from four_e import demo_var4, cipher_encryption_rot47
demo_var4()
demo_var4.msg = cipher_encryption_rot18.unread
# print(demo_var2.msg)
cipher_encryption_rot47()
print(
"Last5 Encrypted form of message pass through different file is:" +
cipher_encryption_rot47.unread)
elif y[1] == "six":
from six_e import cipher_encryption_xor, demo_var6
demo_var6()
demo_var6.msg = cipher_encryption_rot18.unread
# print(demo_var1.msg)
cipher_encryption_xor()
print(
"Last1 Encrypted form of message pass through different file is:" +
cipher_encryption_xor.xorunread)