def writeSHAMonteResp(alg, shaLength, shaMonteData, shaMonteLogData):
respData = shaMonteLogData.get('moto-' + alg.lower())
if respData == None:
print 'Monte result not found for alg', alg
return
respFile = open(alg + 'Monte.rsp', 'w')
respFile.write('[L=')
respFile.write(shaLength)
respFile.write(']\n\nSeed = ')
respFile.write(shaMonteData)
respFile.write('\n\n')
for count in sorted(respData.iterkeys()):
resp = respData[count]
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'MD', resp)
respFile.write('\n')
respFile.close()
def writeSHAMonteResp(alg, shaLength, shaMonteData, shaMonteLogData):
respData = shaMonteLogData.get('moto-' + alg.lower())
if respData == None:
print 'Monte result not found for alg', alg
return
respFile = open(alg + 'Monte.rsp', 'w')
respFile.write('[L=')
respFile.write(shaLength)
respFile.write(']\n\nSeed = ')
respFile.write(shaMonteData)
respFile.write('\n\n')
for count in sorted(respData.iterkeys()):
resp = respData[count]
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'MD', resp)
respFile.write('\n')
respFile.close()
def writeResults(respFile, filename, resps, tests):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf is None:
print 'No response found for count', count, 'and file', filename
continue
key = params.get('Key')
v = params.get('V')
dt = params.get('DT')
if key is None or v is None or dt is None:
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'v', v, 'dt', dt
continue
if first:
respFile.write('[X9.31]\n[AES 128-Key]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'Key', key)
writeTag(respFile, 'DT', dt)
writeTag(respFile, 'V', v)
writeTag(respFile, 'R', hexbuf)
respFile.write('\n')
def writeResults(respFile, filename, resps, tests):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf is None:
print 'No response found for count', count, 'and file', filename
continue
key = params.get('Key')
v = params.get('V')
dt = params.get('DT')
if key is None or v is None or dt is None:
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'v', v, 'dt', dt
continue
if first:
respFile.write('[X9.31]\n[AES 128-Key]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'Key', key)
writeTag(respFile, 'DT', dt)
writeTag(respFile, 'V', v)
writeTag(respFile, 'R', hexbuf)
respFile.write('\n')
def writeResults(respFile, filename, resps, tests, enc):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf == None:
print 'No response found for count', count, 'and file', filename
continue
key = params.get('KEYs')
if key is None:
k1 = params.get('KEY1')
k2 = params.get('KEY2')
k3 = params.get('KEY3')
iv = params.get('IV')
if enc:
algInput = params.get('PLAINTEXT')
else:
algInput = params.get('CIPHERTEXT')
if (key is None and k1 is None and k2 is None and k3 is None) or algInput is None:
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'iv', iv, 'input',algInput, 'enc', enc
continue
if first:
if enc:
respFile.write('[ENCRYPT]\n\n')
else:
respFile.write('[DECRYPT]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
if key is None:
writeTag(respFile, 'KEY1', k1)
writeTag(respFile, 'KEY2', k2)
writeTag(respFile, 'KEY3', k3)
else:
writeTag(respFile, 'KEYs', key)
if iv != None:
writeTag(respFile, 'IV', iv)
if enc:
writeTag(respFile, 'PLAINTEXT', algInput)
writeTag(respFile, 'CIPHERTEXT', hexbuf)
else:
writeTag(respFile, 'CIPHERTEXT', algInput)
writeTag(respFile, 'PLAINTEXT', hexbuf)
respFile.write('\n')
def writeMonteResults(respFile, filename, resps, enc):
first = True
for count, params in resps.items():
key = params.get('key')
iv = params.get('iv')
algInput = params.get('plaintext')
algOutput = params.get('ciphertext')
if key is None or algInput is None:
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'iv', iv, 'input',algInput, 'enc', enc
continue
if first:
if enc:
respFile.write('[ENCRYPT]\n\n')
else:
respFile.write('[DECRYPT]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'KEY1', key[:16])
writeTag(respFile, 'KEY2', key[16:32])
writeTag(respFile, 'KEY3', key[32:])
if iv != None:
writeTag(respFile, 'IV', iv)
if enc:
writeTag(respFile, 'PLAINTEXT', algInput)
writeTag(respFile, 'CIPHERTEXT', algOutput)
else:
writeTag(respFile, 'CIPHERTEXT', algInput)
writeTag(respFile, 'PLAINTEXT', algOutput)
respFile.write('\n')
def writeResults(respFile, filename, resps, tests, enc):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf == None:
print 'No response found for count', count, 'and file', filename
continue
key = params.get('KEY')
iv = params.get('IV')
if enc:
algInput = params.get('PLAINTEXT')
else:
algInput = params.get('CIPHERTEXT')
if (key == None) or (algInput == None):
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'iv', iv, 'input', algInput, 'enc', enc
continue
if first:
if enc:
respFile.write('[ENCRYPT]\n\n')
else:
respFile.write('[DECRYPT]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'KEY', key)
if iv != None:
writeTag(respFile, 'IV', iv)
if enc:
writeTag(respFile, 'PLAINTEXT', algInput)
writeTag(respFile, 'CIPHERTEXT', hexbuf)
else:
writeTag(respFile, 'CIPHERTEXT', algInput)
writeTag(respFile, 'PLAINTEXT', hexbuf)
respFile.write('\n')
def writeMonteResults(respFile, filename, resps, enc):
first = True
for count, params in resps.items():
key = params.get('key')
iv = params.get('iv')
algInput = params.get('plaintext')
algOutput = params.get('ciphertext')
if (key == None) or (algInput == None):
print 'Missing required parameter for count', count, 'and file', filename, 'key', key, 'iv', iv, 'input', algInput, 'enc', enc
continue
if first:
if enc:
respFile.write('[ENCRYPT]\n\n')
else:
respFile.write('[DECRYPT]\n\n')
first = False
writeTag(respFile, 'COUNT', str(count))
writeTag(respFile, 'KEY', key)
if iv != None:
writeTag(respFile, 'IV', iv)
if enc:
writeTag(respFile, 'PLAINTEXT', algInput)
writeTag(respFile, 'CIPHERTEXT', algOutput)
else:
writeTag(respFile, 'CIPHERTEXT', algInput)
writeTag(respFile, 'PLAINTEXT', algOutput)
respFile.write('\n')
def writeResults(respFile, resps, tests, size):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf is None:
print 'No response found for count', count, 'and size', size
continue
key = params.get('Key')
msg = params.get('Msg')
klen = params.get('Klen')
tlen = params.get('Tlen')
if key is None or msg is None or klen is None or tlen is None:
print 'Missing required parameter for count', count, 'and size', size, 'key', key, 'klen', klen, 'tlen', tlen
continue
if first:
respFile.write('[')
respFile.write(size)
respFile.write(']\n\n')
first = False
writeTag(respFile, 'Count', str(count))
writeTag(respFile, 'Klen', klen)
writeTag(respFile, 'Tlen', tlen)
writeTag(respFile, 'Key', key)
writeTag(respFile, 'Msg', msg)
writeTag(respFile, 'Mac', hexbuf)
respFile.write('\n')
def writeResults(respFile, resps, tests, size):
first = True
for count, params in tests.items():
hexbuf = resps.get(count)
if hexbuf is None:
print 'No response found for count', count, 'and size', size
continue
key = params.get('Key')
msg = params.get('Msg')
klen = params.get('Klen')
tlen = params.get('Tlen')
if key is None or msg is None or klen is None or tlen is None:
print 'Missing required parameter for count', count, 'and size', size, 'key', key, 'klen', klen, 'tlen', tlen
continue
if first:
respFile.write('[')
respFile.write(size)
respFile.write(']\n\n')
first = False
writeTag(respFile, 'Count', str(count))
writeTag(respFile, 'Klen', klen)
writeTag(respFile, 'Tlen', tlen)
writeTag(respFile, 'Key', key)
writeTag(respFile, 'Msg', msg)
writeTag(respFile, 'Mac', hexbuf)
respFile.write('\n')