def RuntimeTest(self):
data = self.testData.strip().split('\n')
for i in range(len(data)):
start = time()
des = DES()
key = '0001001100110100010101110111100110011011101111001101111111110001'
des.SetKey(key)
des.EncryptKey()
des.SetInputText(data[i])
des.SetCipherText(des.Encrypt())
desResult = des.Decrypt()
stop = time()
self.runtime += ('DES runtime:' + str(stop - start) + "s\n")
start = time()
rsa = RSA()
rsa.KeyGeneration(128)
rsaResult = rsa.Decryption(
rsa.Encryption(int(data[i]), rsa.keyPublic, rsa.n),
rsa.keyPrivate, rsa.n)
stop = time()
self.runtime += ('RSA runtime:' + str(stop - start) + "s\n\n")
return self.runtime
def GenData():
DES.KeyProNGen()
one_time_key = DES.info['key']
print('One time key is : ' + one_time_key + '\n')
f = open('data.txt', 'w')
for PT in PlainTextList:
DES.info['PlainText'] = PT
f.write(PT)
f.write("\n")
DES.Encrypt()
f.write(DES.info['CipherText'])
f.write("\n")
f.close()
bin_pt_2 = ""
bin_pt_3 = ""
bin_ct_1 = ""
bin_ct_2 = ""
bin_ct_3 = ""
diff_P1P2 = ""
diff_P2P3 = ""
diff_P1P3 = ""
diff_C1C2 = ""
diff_C2C3 = ""
diff_C1C3 = ""
DES.KeyProNGen()
one_time_key = DES.info['key']
DES.info['PlainText'] = P1
DES.Encrypt()
DES.Decrypt()
bin_pt_1 = DES.info['PlainText_b']
C1 = DES.info['CipherText']
for i in C1:
bin_ct_1 += ac.hex2bin(i)
DES.info['PlainText'] = P2
DES.Encrypt()
bin_pt_2 = DES.info['PlainText_b']
C2 = DES.info['CipherText']
for i in C2:
bin_ct_2 += ac.hex2bin(i)
DES.info['PlainText'] = P3
DES.Encrypt()
