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/relevation/branches/1.1-PyCryptoPlus/python-cryptoplus/test/test.py
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#!/usr/bin/env python
from pkg_resources import require
require("CryptoPlus>=1.0")
from CryptoPlus.testvectors import dict_ofb_aes, dict_ctr_aes, dict_cfb_aes, dict_cbc_aes
from CryptoPlus.testvectors import dict_cmac_aes128,dict_cmac_aes192,dict_cmac_aes256,dict_cmac_tdes2,dict_cmac_tdes3
from CryptoPlus.testvectors import dict_des,dict_tdes2,dict_tdes3
from CryptoPlus.testvectors import dict_serpent128,dict_serpent192,dict_serpent256
from CryptoPlus.testvectors import dict_xts_aes
from CryptoPlus.testvectors import sha512_all_zero_messages, radiogatun32, radiogatun64
## HASHING
# SHA-512
print "SHA-512"
from CryptoPlus.Hash import python_SHA512
for i in range(0,len(sha512_all_zero_messages)):
hash = sha512_all_zero_messages[i]
hasher = python_SHA512.new(i*"\x00")
if hash <> hasher.hexdigest().upper():
print 'ERROR! SHA-512 in %i'%i
# RadioGatun
print "RadioGatun"
from CryptoPlus.Hash import python_RadioGatun
for i in range(0,len(radiogatun32)/2):
msg = radiogatun32["msg%i"%i]
hash = radiogatun32["hash%i"%i]
hasher = python_RadioGatun.new(msg,wl=32)
if hash <> hasher.hexdigest().upper():
print 'ERROR! RadioGatun[32] in %i'%i
for i in range(0,len(radiogatun64)/2):
msg = radiogatun64["msg%i"%i]
hash = radiogatun64["hash%i"%i]
hasher = python_RadioGatun.new(msg,wl=64)
if hash <> hasher.hexdigest().upper():
print 'ERROR! RadioGatun[64] in %i'%i
## CIPHERS
# PRESENT
print "PRESENT"
from CryptoPlus.testvectors import dict_present_e80_k12_tvar, dict_present_e128_k12_tvar, dict_present_e128_kvar_t12, dict_present_e80_kvar_t12
from CryptoPlus.Cipher import python_PRESENT
for i in range(1,len(dict_present_e80_k12_tvar)/3):
msg = dict_present_e80_k12_tvar['msg%i'%i].decode('hex')
key = dict_present_e80_k12_tvar['key%i'%i].decode('hex')
cip = dict_present_e80_k12_tvar['cip%i'%i].decode('hex')
cipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
decipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for present_e80-k12_tvar in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for present_e80-k12_tvar in %i'%i
for i in range(1,len(dict_present_e128_k12_tvar)/3):
msg = dict_present_e128_k12_tvar['msg%i'%i].decode('hex')
key = dict_present_e128_k12_tvar['key%i'%i].decode('hex')
cip = dict_present_e128_k12_tvar['cip%i'%i].decode('hex')
cipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
decipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for present_e128-k12_tvar in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for present_e128-k12_tvar in %i'%i
for i in range(1,len(dict_present_e128_kvar_t12)/3):
msg = dict_present_e128_kvar_t12['msg%i'%i].decode('hex')
key = dict_present_e128_kvar_t12['key%i'%i].decode('hex')
cip = dict_present_e128_kvar_t12['cip%i'%i].decode('hex')
cipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
decipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for present_e128-kvar_t12 in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for present_e128-kvar_t12 in %i'%i
for i in range(1,len(dict_present_e80_kvar_t12)/3):
msg = dict_present_e80_kvar_t12['msg%i'%i].decode('hex')
key = dict_present_e80_kvar_t12['key%i'%i].decode('hex')
cip = dict_present_e80_kvar_t12['cip%i'%i].decode('hex')
cipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
decipher = python_PRESENT.new(key,python_PRESENT.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for present_e80-kvar_t12 in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for present_e80-kvar_t12 in %i'%i
# CBC, CFB, OFB and CTR with AES
print "AES"
from CryptoPlus.Cipher import python_AES
from CryptoPlus.Util import util
for i in range(1,len(dict_cbc_aes)/4+1):
msg = dict_cbc_aes['msg%i'%i].decode('hex')
iv = dict_cbc_aes['iv%i'%i].decode('hex')
key = dict_cbc_aes['key%i'%i].decode('hex')
cip = dict_cbc_aes['cip%i'%i].decode('hex')
cipher = python_AES.new(key,python_AES.MODE_CBC,iv)
decipher = python_AES.new(key,python_AES.MODE_CBC,iv)
if cip <> cipher.encrypt(msg):
print 'ERROR! for CBC-AES in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for CBC-AES in %i'%i
for i in range(1,len(dict_ctr_aes)/4+1):
msg = dict_ctr_aes['msg%i'%i].decode('hex')
ctr = dict_ctr_aes['ctr%i'%i].decode('hex')
key = dict_ctr_aes['key%i'%i].decode('hex')
cip = dict_ctr_aes['cip%i'%i].decode('hex')
counter = util.Counter(ctr)
counter2= util.Counter(ctr)
cipher = python_AES.new(key,python_AES.MODE_CTR,counter=counter)
decipher = python_AES.new(key,python_AES.MODE_CTR,counter=counter2)
if cip <> cipher.encrypt(msg):
print 'ERROR! for CTR-AES in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for CTR-AES in %i'%i
for i in range(1,len(dict_ofb_aes)/4+1):
msg = dict_ofb_aes['msg%i'%i].decode('hex')
iv = dict_ofb_aes['iv%i'%i].decode('hex')
key = dict_ofb_aes['key%i'%i].decode('hex')
cip = dict_ofb_aes['cip%i'%i].decode('hex')
cipher = python_AES.new(key,python_AES.MODE_OFB,IV=iv)
decipher = python_AES.new(key,python_AES.MODE_OFB,IV=iv)
if cip <> cipher.encrypt(msg):
print 'ERROR! for OFB-AES in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for OFB-AES in %i'%i
for i in range(1,len(dict_cfb_aes)/4+1):
msg = dict_cfb_aes['msg%i'%i].decode('hex')
iv = dict_cfb_aes['iv%i'%i].decode('hex')
s = dict_cfb_aes['s%i'%i]
key = dict_cfb_aes['key%i'%i].decode('hex')
cip = dict_cfb_aes['cip%i'%i].decode('hex')
cipher = python_AES.new(key,python_AES.MODE_CFB,IV=iv,segment_size=s)
decipher = python_AES.new(key,python_AES.MODE_CFB,IV=iv,segment_size=s)
if cip <> cipher.encrypt(msg):
print 'ERROR! for CFB-AES in %i'%i
if msg <> decipher.decrypt(cip):
print 'DECRYPTION ERROR! for CFB-AES in %i'%i
# DES,TDES2/3
print "DES TDES2/3"
from CryptoPlus.Cipher import python_DES
for i in range(0,len(dict_des)/3):
msg = dict_des['msg%i'%i].decode('hex')
key = dict_des['key%i'%i].decode('hex')
cip = dict_des['cip%i'%i].decode('hex')
cipher = python_DES.new(key,python_DES.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for DES in %i'%i
if msg <> cipher.decrypt(cip):
print 'DECRYPTION ERROR! for DES in %i'%i
from CryptoPlus.Cipher import python_DES3
for d in dict_tdes2,dict_tdes3:
for i in range(0,len(d)/3):
msg = d['msg%i'%i].decode('hex')
key = d['key%i'%i].decode('hex')
cip = d['cip%i'%i].decode('hex')
cipher = python_DES3.new(key,python_DES3.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for TDES2/3 in %i'%i
if msg <> cipher.decrypt(cip):
print 'DECRYPTION ERROR! for DES in %i'%i
# Serpent128/192/256
print "Serpent"
from CryptoPlus.Cipher import python_Serpent
for d in dict_serpent128,dict_serpent192,dict_serpent256:
for i in range(0,len(d)/3):
msg = d['msg%i'%i].decode('hex')
key = d['key%i'%i].decode('hex')
cip = d['cip%i'%i].decode('hex')
cipher = python_Serpent.new(key,python_Serpent.MODE_ECB)
if cip <> cipher.encrypt(msg):
print 'ERROR! for Serpent in %i'%i
if msg <> cipher.decrypt(cip):
print 'DECRYPTION ERROR! for Serpent in %i'%i
# CMAC-AES128/192/256
print "CMAC-AES"
from CryptoPlus.Cipher import python_AES
for d in dict_cmac_aes128,dict_cmac_aes192,dict_cmac_aes256:
for i in range(0,len(d)/4):
msg = d['msg%i'%i].decode('hex')
key = d['key%i'%i].decode('hex')
if msg == '\x00':
msg = ''
mac = d['mac%i'%i].decode('hex')
cipher = python_AES.new(key,python_AES.MODE_CMAC)
if mac <> cipher.encrypt(msg)[:d['taglength%i'%i]]:
print 'ERROR for %i'%i
# CMAC-TDES2/3
print "CMAC-TDES"
from CryptoPlus.Cipher import python_DES3
for d in dict_cmac_tdes2,dict_cmac_tdes3:
for i in range(0,len(d)/4):
msg = d['msg%i'%i].decode('hex')
if msg == '\x00':
msg = ''
key = d['key%i'%i].decode('hex')
mac = d['mac%i'%i].decode('hex')
cipher = python_DES3.new(key,python_DES3.MODE_CMAC)
if mac <> cipher.encrypt(msg)[:d['taglength%i'%i]]:
print 'ERROR! on %i'%i
# XTS-AES
print "XTS-AES"
from CryptoPlus.Cipher import python_AES
for i in range(0,len(dict_xts_aes)/5):
msg = dict_xts_aes['msg%i'%i].decode('hex')
key = ( dict_xts_aes['key1_%i'%i].decode('hex') , dict_xts_aes['key2_%i'%i].decode('hex') )
cip = dict_xts_aes['cip%i'%i].decode('hex')
n = dict_xts_aes['n%i'%i].decode('hex')
cipher = python_AES.new(key,python_AES.MODE_XTS)
if cip <> cipher.encrypt(msg,n):
print 'ERROR! for XTS on %i'%i
print 'got %s \n expected %s'%(cipher.encrypt(msg,n).encode('hex'),cip.encode('hex'))
decipher = python_AES.new(key,python_AES.MODE_XTS)
if msg <> cipher.decrypt(cip,n):
print 'ERROR! for XTS (decrypt) on %i'%i
print 'got %s \n expected %s'%(decipher.decrypt(cip,n).encode('hex'),msg.encode('hex'))
# TWOFISH
print "Twofish"
from CryptoPlus.Cipher import python_Twofish
from CryptoPlus.testvectors import dict_twofish_ecb_vt_k128, dict_twofish_ecb_vt_k192, dict_twofish_ecb_vt_k256
from CryptoPlus.testvectors import dict_twofish_ecb_vk_k128, dict_twofish_ecb_vk_k192, dict_twofish_ecb_vk_k256
for d in dict_twofish_ecb_vt_k128, dict_twofish_ecb_vt_k192, dict_twofish_ecb_vt_k256,dict_twofish_ecb_vk_k128:
for i in range(0,len(d)/3):
msg = d['msg%i'%i].decode('hex')
key = d['key%i'%i].decode('hex')
cip = d['cip%i'%i].decode('hex')
cipher = python_Twofish.new(key,python_Twofish.MODE_ECB)
if cip <> cipher.encrypt(msg,n):
print 'ERROR! for Twofish on %i'%i
print 'got %s \n expected %s'%(cipher.encrypt(msg,n).encode('hex'),cip.encode('hex'))
decipher = python_Twofish.new(key,python_AES.MODE_ECB)
if msg <> cipher.decrypt(cip,n):
print 'DECRYPTION ERROR! for Twofish (decrypt) on %i'%i
print 'got %s \n expected %s'%(decipher.decrypt(cip,n).encode('hex'),msg.encode('hex'))