def encryption(plain, key):
inp = to_hex(pad(plain))
key = to_hex(pad(key))[0]
ct = []
for block in inp:
ct.append(encrypt(block, key))
return ct
def decryption(cipher, key):
dt = []
key = to_hex(pad(key))[0]
for block in cipher:
dt.append(decrypt(block, key))
final = ""
for block in dt:
final += to_str(block)
return rmpad(final)
def decryption(cipher, key):
dt = []
key = to_hex(pad(key))[0]
for block in cipher:
dt.append(decrypt(block, key))
final = ""
for block in dt:
final += to_str(block)
return rmpad(final)
from encrypt import pad, to_hex, encrypt
from decrypt import rmpad, to_str, decrypt
plain = input("Enter Plain Text: ")
key = input("Enter Key: ")
# print("Plain Text: ", plain)
# print("Key: ", key)
print("\n-------------------- Encryption ----------------------\n")
inp = to_hex(pad(plain))
key = to_hex(pad(key))[0]
ct = []
for block in inp:
ct.append(encrypt(block, key))
encrypted_text = ""
for block in ct:
encrypted_text += to_str(block)
print("\n")
print("Encrypted Text: ", encrypted_text)
print("\n")
print("\n-------------------- Decryption ----------------------\n")
dt = []
for block in ct:
dt.append(decrypt(block, key))
