def __init__(self, logLevel, nRounds, nRows, nColumns, wordSize,
nKeyColumns):
super(RindaelTest, self).__init__()
print("nRounds = %d, nRows = %d, nColumns = %d, wordSize = %d, "
"nKeyColumns = %d"
% (nRounds, nRows, nColumns, wordSize, nKeyColumns))
self._nRounds = nRounds
self._nRows = nRows
self._nColumns = nColumns
self._wordSize = wordSize
self._nKeyColumns = nKeyColumns
self._blockSize = nRows*nColumns*wordSize
self._keySize = nRows*nKeyColumns*wordSize
self._key = 0
self._keyExpansionObj = _KeyExpansion(self._key, self._nRounds,
self._nRows, self._nColumns,
self._wordSize,
self._nKeyColumns,
loglevel=logLevel)
self._subBytesObj = _SubBytes(self._wordSize, loglevel=logLevel)
self._shiftRowsObj = _ShiftRows(self._nRows, loglevel=logLevel)
self._mixColumnsObj = _MixColumns(self._nRows, self._nColumns,
self._wordSize, loglevel=logLevel)
self._addRoundKeyObj = _AddRoundKey(self._nRows, self._nColumns,
self._wordSize, loglevel=logLevel)
self._round = 0
self._state = self.int2matrix(0)
self._bitFlags = 0
def __init__(self, logLevel, nRounds, nRows, nColumns, wordSize,
nKeyColumns):
super(DiffusionTest, self).__init__()
self._nRounds = nRounds
self._nRows = nRows
self._nColumns = nColumns
self._wordSize = wordSize
self._nKeyColumns = nKeyColumns
self._blockSize = nRows * nColumns * wordSize
self._keySize = nRows * nKeyColumns * wordSize
self._key = 0
self._keyExpansionObj = _KeyExpansion(self._key,
self._nRounds,
self._nRows,
self._nColumns,
self._wordSize,
self._nKeyColumns,
loglevel=logLevel)
self._subBytesObj = _SubBytes(self._wordSize, loglevel=logLevel)
self._shiftRowsObj = _ShiftRows(self._nRows, loglevel=logLevel)
self._mixColumnsObj = _MixColumns(self._nRows,
self._nColumns,
self._wordSize,
loglevel=logLevel)
self._addRoundKeyObj = _AddRoundKey(self._nRows,
self._nColumns,
self._wordSize,
loglevel=logLevel)
self.resetStates()
def __init__(self):
key = aes256['key']
if key != key2int(int2key(key)):
raise AssertionError("Failed AES256: key2int")
self._keyExpansionObj = _KeyExpansion(key, 14, 4, 4, 8, nKeyWords=8)
self._subBytesObj = _SubBytes(8) # , sboxCalc=False)
self._shiftRowsObj = _ShiftRows(4)
self._mixColumnsObj = _MixColumns(4, 4, 8)
self._addRoundKeyObj = _AddRoundKey(4, 4, 8)
input = aes256_round[0]['start']
self._state = int2matrix(input)
self._round = 0
self._Errors = []
def __init__(self, logLevel, nRounds, nRows, nColumns, wordSize,
nKeyColumns):
super(DiffusionTest, self).__init__()
self._nRounds = nRounds
self._nRows = nRows
self._nColumns = nColumns
self._wordSize = wordSize
self._nKeyColumns = nKeyColumns
self._blockSize = nRows*nColumns*wordSize
self._keySize = nRows*nKeyColumns*wordSize
self._key = 0
self._keyExpansionObj = _KeyExpansion(self._key, self._nRounds,
self._nRows, self._nColumns,
self._wordSize,
self._nKeyColumns,
loglevel=logLevel)
self._subBytesObj = _SubBytes(self._wordSize, loglevel=logLevel)
self._shiftRowsObj = _ShiftRows(self._nRows, loglevel=logLevel)
self._mixColumnsObj = _MixColumns(self._nRows, self._nColumns,
self._wordSize, loglevel=logLevel)
self._addRoundKeyObj = _AddRoundKey(self._nRows, self._nColumns,
self._wordSize, loglevel=logLevel)
self.resetStates()