def test_spec(self):
for version in _versions.keys():
compatibility = version in {1, 3}
path = os.path.dirname(os.path.realpath(os.path.abspath(__file__)))
with open(os.path.join(path, "spec/triplesec_v{}.json".format(version))) as specfile:
vectors = json.load(specfile)
for v in vectors['vectors']:
key = unhex(v['key'])
pt = unhex(v['pt'])
ct = unhex(v['ct'])
rndstream = six.BytesIO(unhex(v['r']))
# Self-consistency
got_self_compat = triplesec.encrypt(pt, key, compatibility=compatibility)
self.assertEqual(pt, triplesec.decrypt(got_self_compat, key, compatibility=compatibility))
# Self-consistency for reverse compatibility
got_self_rev_compat = triplesec.encrypt(pt, key, compatibility=not compatibility)
self.assertEqual(pt, triplesec.decrypt(got_self_rev_compat, key, compatibility=not compatibility))
# Able to decrypt spec
self.assertEqual(pt, triplesec.decrypt(ct, key, compatibility=compatibility))
# Correct encryption with fixed random tape
T = TripleSec(key, rndstream=rndstream)
got = T.encrypt(pt, v=version, compatibility=compatibility)
self.assertEqual(hexlify(got), hexlify(ct))
def _VerifyMerchant(self,merchantCode):
MODEL = "获取令牌";
pak = {Constants.PROJECT_ID:Config.projectId}
param = {Constants.MERCHANTCODE:merchantCode}
twk = self._getRandomNumAndLetterAF(32)
rsaKey = self._createRSAPublicKey(Config.tmk)
param[Constants.TWK] = hexlify(rsa.encrypt(unhex(twk), rsaKey))
pak["param"] = param
pak_sort = json.dumps(pak,sort_keys=True)
print "请求报文:%s"%pak_sort
retStr = requests.post("http://192.168.6.34:10086/verify/verify.do",data=pak_sort)
print "响应报文:%s"%retStr.text
dict_results = json.loads(retStr.text)
code = dict_results[Constants.CODE]
#获取令牌失败
if not "00" == code:
print "失败 code=%s;msg=%s;"%(code, dict_results[Constants.MSG])
data = dict_results[Constants.DATA]
token = data[Constants.TOKEN]
wk = data[Constants.WK]
t_des = triple_des(unhex(twk))
wk = hexlify(t_des.decrypt(unhex(wk.encode('ascii'))))
tokens = [token, twk, wk.strip()]
print "返回数据:%s"%str(tokens)
return tokens
def test_signatures_v1(self):
inp = unhex('1c94d7de000000019f1d6915ca8035e207292f3f4f88237da9876505dee100dfbda9fd1cd278d3590840109465e5ed347fdeb6fc2ca8c25fa5cf6e317d977f6c5209f46c30055f5c531c')
key = unhex('1ee5eec12cfbf3cc311b855ddfddf913cff40b3a7dce058c4e46b5ba9026ba971a973144cbf180ceca7d35e1600048d414f7d5399b4ae46732c34d898fa68fbb0dbcea10d84201734e83c824d0f66207cf6f1b6a2ba13b9285329707facbc060')
out = unhex('aa761d7d39c1503e3f4601f1e331787dca67794357650d76f6408fb9ea37f9eede1f45fcc741a3ec06e9d23be97eb1fbbcbe64bc6b2c010827469a8a0abbb008b11effefe95ddd558026dd2ce83838d7a087e71d8a98e5cbee59f9f788e99dbe7f9032912a4384af760c56da8d7a40ab057796ded052be17a69a6d14e703a621')
version = TripleSec.VERSIONS[1]
self.assertEqual(out, b''.join(TripleSec._generate_macs(inp, [key[:48], key[48:]], version)))
def __fulltest__():
# This should not produce any unexpected errors or exceptions
from binascii import unhexlify as unhex
from binascii import hexlify as dohex
__test__()
print ""
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt("DES encryption algorithm")
if k.decrypt(d) != "DES encryption algorithm":
print "Test 1 Error: Unencypted data block does not match start data"
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt("Default string of text", '*')
if k.decrypt(d, "*") != "Default string of text":
print "Test 2 Error: Unencypted data block does not match start data"
k = des("\r\n\tABC\r\n")
d = k.encrypt("String to Pad", '*')
if k.decrypt(d) != "String to Pad***":
print "'%s'" % k.decrypt(d)
print "Test 3 Error: Unencypted data block does not match start data"
k = des("\r\n\tABC\r\n")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080"), unhex("44"))
if k.decrypt(d, unhex("44")) != unhex("000102030405060708FF8FDCB04080"):
print "Test 4a Error: Unencypted data block does not match start data"
if k.decrypt(d) != unhex("000102030405060708FF8FDCB0408044"):
print "Test 4b Error: Unencypted data block does not match start data"
k = triple_des("MyDesKey\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print "Test 5 Error: Unencypted data block does not match start data"
k = triple_des("\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print "Test 6 Error: Unencypted data block does not match start data"
def _payment(self, projectId, merchantCode, merPriKey, outUserId, outOrderId,
totalAmount, intoCardNo, intoCardName, intoCardType, bankCode, bankName,k):
param={
Constants.MERCHANTCODE:merchantCode,
Constants.NONCESTR:self._getRandomLetterAndNum(32),
Constants.OUTUSERID:outUserId,
Constants.OUTORDERID:outOrderId,
Constants.TOTALAMOUNT:totalAmount,
Constants.INTOCARDNO:intoCardNo,
Constants.INTOCARDNAME:intoCardName,
Constants.INTOCARDTYPE:intoCardType,
Constants.BANKCODE:bankCode,
Constants.BANKNAME:bankName
}
#验证签名
signFields = [Constants.MERCHANTCODE, Constants.NONCESTR, Constants.OUTORDERID,
Constants.TOTALAMOUNT, Constants.INTOCARDNO, Constants.INTOCARDNAME, Constants.INTOCARDTYPE,
Constants.BANKCODE, Constants.BANKNAME, Constants.OUTUSERID]
#签名
signFields.sort()
signSrc = self._orgSignSrc(signFields, param)
#load java生成的 prikey失败，貌似是因为pyasn1 库有bug
priKey = self._createRSAPrivateKey(merPriKey)
param[Constants.SIGN] = hexlify(rsa.sign(signSrc,priKey,'MD5'))
print "验证商户签名:%s"%str(rsa.verify(signSrc,unhex(param[Constants.SIGN]),self._createRSAPublicKey(Config.merPubKey)))
print "商户 订单号 " + outOrderId
src_json = json.dumps(param,sort_keys=True)
print len(src_json)
print "3des加密数据：%s"%src_json
#k[1]是16进制字串，需要转化为byte传入才能正确处理，python里3des key长度为16或24,接口服务不是按照python默认的解密来解析，这里需要手动增加长度
#t_des = triple_des(unhex(k[1]),pad='0')#pad='0',padmode=PAD_PKCS5
t_des = triple_des(unhex(k[1]))
#转换成二进制数据的16进制表示再调用接口post传入
src_byte = hexlify(src_json)
if len(src_byte)%16 != 0:
pad_len = 16 - len(src_byte)%16
print "byte_len:%s"%str(len(src_byte))
print "pad_len:%s"%str(pad_len)
src_byte=src_byte+pad_len/2*hexlify('\x00')
print len(src_byte)
src_json=unhex(src_byte)
print len(src_byte)
packChiper = hexlify(t_des.encrypt(src_json))
#print "3des加密后密文%s"%packChiper
print "3des解密数据：%s"%t_des.decrypt(t_des.encrypt(src_json))
reqPak = {Constants.PROJECT_ID:projectId, 'param':json.dumps({Constants.TOKEN:k[0], Constants.MERCHANTCODE:merchantCode,Constants.PACKCHIPER:packChiper},sort_keys=True)}
reqPak_sort = json.dumps(reqPak,sort_keys=True)
print "出款 请求报文:" + reqPak_sort
chukuan_ret = requests.post("http://192.168.6.34:10086/payment/payment.do",data=reqPak_sort)
print "出款 应答报文:" + chukuan_ret.text
def test_ciphers(self):
s = triplesec.rndfile.read(100)
k = triplesec.rndfile.read(32)
for c in (triplesec.crypto.XSalsa20, triplesec.crypto.AES, triplesec.crypto.Twofish):
self.assertEqual(s, c.decrypt(c.encrypt(s, k, c.generate_iv_data(triplesec.rndfile)), k), c.__name__)
ciphertext = b'24-byte nonce for xsalsa' + unhex('002d4513843fc240c401e541')
self.assertEqual(b'Hello world!', triplesec.crypto.XSalsa20.decrypt(ciphertext,
b'this is 32-byte key for xsalsa20'))
ciphertext = b'24-byte nonce for xsalsa' + unhex(
'4848297feb1fb52fb66d81609bd547fabcbe7026edc8b5e5e449d088bfa69c088f5d8da1d791267c2c195a7f8cae9c4b4050d08ce6d3a151ec265f3a58e47648')
self.assertEqual(b'\x00' * 64, triplesec.crypto.XSalsa20.decrypt(ciphertext,
b'this is 32-byte key for xsalsa20'))
def example_triple_des():
from time import time
# Utility module
from binascii import unhexlify as unhex
# example shows triple-des encryption using the des class
print "Example of triple DES encryption in default ECB mode (DES-EDE3)\n"
print "Triple des using the des class (3 times)"
t = time()
k1 = des(unhex("133457799BBCDFF1"))
k2 = des(unhex("1122334455667788"))
k3 = des(unhex("77661100DD223311"))
d = "Triple DES test string, to be encrypted and decrypted..."
print "Key1: %s" % repr(k1.getKey())
print "Key2: %s" % repr(k2.getKey())
print "Key3: %s" % repr(k3.getKey())
print "Data: %s" % d
e1 = k1.encrypt(d)
e2 = k2.decrypt(e1)
e3 = k3.encrypt(e2)
print "Encrypted: " + repr(e3)
d3 = k3.decrypt(e3)
d2 = k2.encrypt(d3)
d1 = k1.decrypt(d2)
print "Decrypted: " + d1
print "DES time taken: %f (%d crypt operations)" % (time() - t, 6 *
(len(d) / 8))
print ""
# Example below uses the triple-des class to achieve the same as above
print "Now using triple des class"
t = time()
t1 = triple_des(unhex("133457799BBCDFF1112233445566778877661100DD223311"))
print "Key: %s" % repr(t1.getKey())
print "Data: %s" % d
td1 = t1.encrypt(d)
print "Encrypted: " + repr(td1)
td2 = t1.decrypt(td1)
print "Decrypted: " + td2
print "Triple DES time taken: %f (%d crypt operations)" % (time() - t, 6 *
(len(d) / 8))
def decode(self, data: str, depth: int=0, tag: str=None):
self._items.append(data if tag is None else _TaggedData(tag, data))
data = bytearray(unhex(data))
self._decode_func[depth](data)
if len(data) > 0:
print(data.hex())
return self
def test_signatures_v1(self):
inp = unhex(
'1c94d7de000000019f1d6915ca8035e207292f3f4f88237da9876505dee100dfbda9fd1cd278d3590840109465e5ed347fdeb6fc2ca8c25fa5cf6e317d977f6c5209f46c30055f5c531c'
)
key = unhex(
'1ee5eec12cfbf3cc311b855ddfddf913cff40b3a7dce058c4e46b5ba9026ba971a973144cbf180ceca7d35e1600048d414f7d5399b4ae46732c34d898fa68fbb0dbcea10d84201734e83c824d0f66207cf6f1b6a2ba13b9285329707facbc060'
)
out = unhex(
'aa761d7d39c1503e3f4601f1e331787dca67794357650d76f6408fb9ea37f9eede1f45fcc741a3ec06e9d23be97eb1fbbcbe64bc6b2c010827469a8a0abbb008b11effefe95ddd558026dd2ce83838d7a087e71d8a98e5cbee59f9f788e99dbe7f9032912a4384af760c56da8d7a40ab057796ded052be17a69a6d14e703a621'
)
version = TripleSec.VERSIONS[1]
self.assertEqual(
out, b''.join(
TripleSec._generate_macs(inp, [key[:48], key[48:]], version)))
def tripleDesEncrypt(sourceData='',tripleDesKey = '1234567890ABCDEF1234567890ABCDEF'):
result = ''
print('source len = ',len(sourceData))
if(len(sourceData) <= 0 ):
print('input data len error')
return -1
#将数据分成8个字节进行3DES加密，不足8个字节填充0x00补齐8个字节
t1 = triple_des(unhex(tripleDesKey),CBC,b'\0\0\0\0\0\0\0\0',pad=None ,padmode=PAD_NORMAL)
n = len(sourceData) / 8
m = len(sourceData) % 8
for i in range(0,int(n)+1):
#result = t1.encrypt(tmp)
#print(i,n)
if int(n) == i:
tmp = sourceData[i * 8 : ]
tmp += '\0' * (8 - m)
else:
tmp = sourceData[i * 8 : (i + 1)*8]
#print('tmp len : ',len(tmp))
d = t1.encrypt(tmp)
result += bcdhexToaschex(d)
print('d = %r' % d)
print(t1.decrypt(d))
#result += bcdhexToaschex(t1.encrypt(tmp))
#print('result = %s' % result)
return result
def replace_packet_attributes():
# noinspection PyArgumentList
data = self._data_producer(addr)
if data:
self._analyzer.decode_on(visitor, unhex(data))
else:
self._analyzer.create(visitor)
self._analyzer.encode_on(visitor)
def _example_triple_des_():
from time import time
# Utility module
from binascii import unhexlify as unhex
# example shows triple-des encryption using the des class
print ("Example of triple DES encryption in default ECB mode (DES-EDE3)\n")
print ("Triple des using the des class (3 times)")
t = time()
k1 = des(unhex("133457799BBCDFF1"))
k2 = des(unhex("1122334455667788"))
k3 = des(unhex("77661100DD223311"))
d = "Triple DES test string, to be encrypted and decrypted..."
print ("Key1: %r" % k1.getKey())
print ("Key2: %r" % k2.getKey())
print ("Key3: %r" % k3.getKey())
print ("Data: %r" % d)
e1 = k1.encrypt(d)
e2 = k2.decrypt(e1)
e3 = k3.encrypt(e2)
print ("Encrypted: %r" % e3)
d3 = k3.decrypt(e3)
d2 = k2.encrypt(d3)
d1 = k1.decrypt(d2)
print ("Decrypted: %r" % d1)
print ("DES time taken: %f (%d crypt operations)" % (time() - t, 6 * (len(d) / 8)))
print ("")
# Example below uses the triple-des class to achieve the same as above
print ("Now using triple des class")
t = time()
t1 = triple_des(unhex("133457799BBCDFF1112233445566778877661100DD223311"))
print ("Key: %r" % t1.getKey())
print ("Data: %r" % d)
td1 = t1.encrypt(d)
print ("Encrypted: %r" % td1)
td2 = t1.decrypt(td1)
print ("Decrypted: %r" % td2)
print ("Triple DES time taken: %f (%d crypt operations)" % (time() - t, 6 * (len(d) / 8)))
def __fulltest__():
# This should not produce any unexpected errors or exceptions
from binascii import unhexlify as unhex
from binascii import hexlify as dohex
__test__()
print ""
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt("DES encryption algorithm")
if k.decrypt(d) != "DES encryption algorithm":
print "Test 1 Error: Unencypted data block does not match start data"
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt("Default string of text", '*')
if k.decrypt(d, "*") != "Default string of text":
print "Test 2 Error: Unencypted data block does not match start data"
k = des("\r\n\tABC\r\n")
d = k.encrypt("String to Pad", '*')
if k.decrypt(d) != "String to Pad***":
print "'%s'" % k.decrypt(d)
print "Test 3 Error: Unencypted data block does not match start data"
k = des("\r\n\tABC\r\n")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080"), unhex("44"))
if k.decrypt(d, unhex("44")) != unhex("000102030405060708FF8FDCB04080"):
print "Test 4a Error: Unencypted data block does not match start data"
if k.decrypt(d) != unhex("000102030405060708FF8FDCB0408044"):
print "Test 4b Error: Unencypted data block does not match start data"
k = triple_des("MyDesKey\r\n\tABC\r\n0987*543")
d = k.encrypt(
unhex(
"000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"
))
if k.decrypt(d) != unhex(
"000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"
):
print "Test 5 Error: Unencypted data block does not match start data"
k = triple_des("\r\n\tABC\r\n0987*543")
d = k.encrypt(
unhex(
"000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"
))
if k.decrypt(d) != unhex(
"000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"
):
print "Test 6 Error: Unencypted data block does not match start data"
def enbutttr(self):
self.txt12.configure(state="normal")
self.txt12.delete("1.0", "end")
self.txt12.configure(state="disabled")
self.trueorfalse.get()
data = self.txt1.get("1.0", "end-1c")
#Triple DES werkt alleen als de data een lengte heeft van 8 of een meerdere daarvan characters.
#Dus als er de data dat niet heeft worden er puntkomma's achter geplakt.
print(len(data))
if len(data) % 8 != 0:
n = 8 - (len(data) % 8)
s = ";"
i = 0
while i < n:
data += s
i += 1
else:
pass
if self.trueorfalse.get() == 0:
try:
#Bijna alles is het zelfde als bij normale DES alleen moet de key nu geschreven worden in hexadecimals.
#Voor de hexadecimals moet wel unhex zodat de sleutel niet meer in hexadecimals staat.
#Met hexadecimals zijn er veel meer mogelijkheden voor de sleutel.
#Ook kan er dan voor worden gekozen om 3 keer DES te gebruiken.
key = tripledes(
unhex("1231231231234567FACEAABBCCDDFACE5E1001005E890098"),
CBC)
ed = key.encrypt(data)
print(ed)
self.txt12.configure(state="normal")
self.txt12.insert("1.0", ed)
self.txt12.configure(state="disabled")
except ValueError:
raise ValueError("Data cannot be used")
else:
try:
key = tripledes(
unhex("1231231231234567FACEAABBCCDDFACE5E1001005E890098"),
ECB)
ed = key.encrypt(data)
self.txt12.configure(state="normal")
self.txt12.insert("1.0", ed)
self.txt12.configure(state="disabled")
except ValueError:
raise ValueError("Data cannot be used")
def test_bip32_derivation(self):
for v, vector in enumerate(bip32_vectors):
mk = hd.bip32.PrivateKey.from_seed(unhex(vector['seed']))
for chain in vector['chain']:
child = mk.child_path(chain['path'])
self.assertEqual(child.serialize(), chain['xprv'],
'{} / {} / xprv'.format(v + 1, chain['path']))
self.assertEqual(child.public().serialize(), chain['xpub'],
'{} / {} / xpub'.format(v + 1, chain['path']))
def unpack_smart(self, device, timestamp, data):
self.logger.debug("Unpacked %d bytes of smart data", len(data) / 2) #It's hex so each digit is only a nibble
if len(data) == 0:
self.logger.error("Length of data = 0, unable to proceed")
return None
RS485 = rs485_message.Rs485()
try:
RS485.ParseFromString(unhex(data))
except DecodeError as e:
self.logger.error("Unpacking buffer gave error %s", e)
return None
if RS485.type == rs485_message.Rs485.DATA:
#this is the type we are expecting
if RS485.sensor == rs485_message.Rs485.OW:
self.logger.debug("One wire data")
for S in RS485.ow:
SID = S.id
SV = S.value
if(248 < SV): # It should be negative due to bug
# AVR code
SV = -float(((int(SV * 16) ^ 0xFFFF)+1))/16
self.database.save_onewire_reading(device, timestamp, SID, SV)
self.logger.debug("Saved onewire reading to db %s, %s, %s", device, timestamp, SID)
elif RS485.sensor == rs485_message.Rs485.TA_CHAIN:
chain = RS485.tad
self.logger.debug("Chain data")
self.database.save_chain_reading(
device, timestamp,
chain[0].temp, chain[0].pitch, chain[0].roll,
chain[1].temp, chain[1].pitch, chain[1].roll,
chain[2].temp, chain[2].pitch, chain[2].roll,
chain[3].temp, chain[3].pitch, chain[3].roll)
elif RS485.sensor == rs485_message.Rs485.WP:
self.logger.debug("WP data")
if len(RS485.ad) < 2:
self.logger.error("Not enough data from waterpressure sensor")
return None
ADC1 = RS485.ad[0].value
ADC2 = RS485.ad[1].value
if len(RS485.ad) >=3:
ADC3 = RS485.ad[2].value
if len(RS485.ad) >= 4:
ADC4 = RS485.ad[3].value
else:
ADC4 = None
else:
ADC3 = None
ADC4 = None
self.database.save_analog_smart_sensor_reading(device, timestamp, ADC1, ADC2, ADC3, ADC4)
self.logger.debug("Saved analog smart sensor value to db %s %s", device, timestamp)
else:
self.logger.error("Unknown sensor type %d", RS485.sensor)
return None
else:
self.logger.error("Unexpected message type %d". RS485.type)
return None
return True
def load_inventory_content(file_name: str) -> Tuple[Item, ...]:
factory = {
'Item': Item,
'ItemType': ItemType,
'bytes': lambda value: unhex(value)
}
with open(file_name, 'r') as file:
d = json.load(file)
return _convert_to_namedtuple(d, factory)
def tripleDesDecrypt(data,tripleDesKey = '1234567890ABCDEF1234567890ABCDEF' ):
t1 = triple_des(unhex(tripleDesKey),CBC,b'\0\0\0\0\0\0\0\0',pad=None ,padmode=PAD_NORMAL)
#print('input :', data)
#bcd = ascTobcdhex(data[0:16])
bcd = bytes(data.encode())
print('bdc = %r' % bcd)
#print(bcd)
result = t1.decrypt(bcd)
print(result)
pass
def getTorrents(self):
d = {}
for f in os.listdir(self.dir_torrentcache):
f = os.path.basename(f)
try:
f, garbage = f.split('.')
except:
pass
d[unhex(f)] = 1
return d.keys()
def getTorrents(self):
d = {}
for f in os.listdir(self.dir_torrentcache):
f = os.path.basename(f)
try:
f, garbage = f.split('.')
except:
pass
d[unhex(f)] = 1
return d.keys()
def test_decrypt_invalid_data(self):
regex = r'does not look like a TripleSec ciphertext'
self.assertRaisesRegexp(TripleSecError, regex,
lambda: triplesec.decrypt(b'foo', b'xxx'))
self.assertRaisesRegexp(
TripleSecError, regex, lambda: triplesec.decrypt(
unhex(b'1c94d7de00000003abcdef'), b'xxx'))
self.assertRaisesRegexp(
TripleSecError, regex,
lambda: triplesec.decrypt(b'12345678901235' * 100, b'xxx'))
def detrfile(self):
filename = askopenfilename()
f = open(filename, "rb+")
data = f.read()
f.close()
key = tripledes(
unhex("1231231231234567FACEAABBCCDDFACE5E1001005E890098"))
data = key.decrypt(data, " ")
f = open("TripleDESdecryptedfile.dec", "wb+")
f.write(data)
f.close()
def _example_triple_des_(file_name):
k1 = des(unhex("133457799BBCDFF1"))
k2 = des(unhex("1122334455667788"))
k3 = des(unhex("77661100DD223311"))
with open(file_name, 'rb') as fo:
d = fo.read()
e1 = k1.encrypt(d,padmode=PAD_PKCS5)
e2 = k2.decrypt(e1,padmode=PAD_PKCS5)
e3 = k3.encrypt(e2,padmode=PAD_PKCS5)
directory1="encrypted files"
if not os.path.exists(directory1):
os.makedirs(directory1)
directory1=directory1+'/'
with open(directory1+file_name+'.enc', 'wb') as fo:
fo.write(e3)
def UnjumbleString(s):
try:
#bData = create_string_buffer(s)
#bDataLen = c_int(len(s)
#CryptDecrypt(keys[0][0], 0, True, 0, bData, byref(bDataLen))
#dec_s = bData.raw[:bDataLen.value] #decrypted string may be shorter, but not longer
#decr = DES3.new(unhex("ba64b0087ac48920529183d3572f806bae5715375bb59185"), DES3.MODE_CBC, unhex("0000000000000000"))
key = hexlify(keys[0][2][12:])
#print("Key: " + key)
decr = DES3.new(unhex(key), DES3.MODE_CBC,
unhex("0000000000000000"))
d = decr.decrypt(s)
return zlib.decompress(d)
except zlib.error:
print 'Key failed. Attempting key switch.'
del keys[0]
if not keys:
print >> sys.stderr, '!!! All keys failed. Exiting.'
sys.exit(-1)
return UnjumbleString(s)
def test_ciphers(self):
s = triplesec.rndfile.read(100)
k = triplesec.rndfile.read(32)
for c in (triplesec.crypto.XSalsa20, triplesec.crypto.AES,
triplesec.crypto.Twofish):
self.assertEqual(s, c.decrypt(c.encrypt(s, k), k), c.__name__)
ciphertext = b'24-byte nonce for xsalsa' + unhex(
'002d4513843fc240c401e541')
self.assertEqual(
b'Hello world!',
triplesec.crypto.XSalsa20.decrypt(
ciphertext, b'this is 32-byte key for xsalsa20'))
ciphertext = b'24-byte nonce for xsalsa' + unhex(
'4848297feb1fb52fb66d81609bd547fabcbe7026edc8b5e5e449d088bfa69c088f5d8da1d791267c2c195a7f8cae9c4b4050d08ce6d3a151ec265f3a58e47648'
)
self.assertEqual(
b'\x00' * 64,
triplesec.crypto.XSalsa20.decrypt(
ciphertext, b'this is 32-byte key for xsalsa20'))
def get_support_data_item(self, support_data):
if isinstance(support_data, str):
support_data = SAPDiagSupportBits(unhex(support_data))
if isinstance(support_data, SAPDiagSupportBits):
support_data = SAPDiagItem(
item_type="APPL", item_id="ST_USER", item_sid="SUPPORTDATA", item_value=support_data
)
if isinstance(support_data, SAPDiagItem):
return support_data
return None
def load_packets(raknet_raw_file_name: str) -> DecodeAgent:
import struct
_agent = DecodeAgent(verbose=False)
with open(raknet_raw_file_name, 'r') as file:
for i, line in enumerate(file.readlines()):
try:
port_raw, data_raw = line.split()
port, = struct.unpack('!H', unhex(port_raw)) # Don't remove comma, to get first one
_agent.decode(data_raw, tag='L{}:{}'.format(i+1, port))
except Exception as exc:
exc.args = ('{}, line {}, in {}'.format(exc.args[0], i + 1, raknet_raw_file_name), )
import traceback
traceback.print_exc()
return _agent
def unpackall(self):
unprocessed_data = self.database.get_all_unprocessed()
no_records = len(unprocessed_data)
self.logger.info("%d Records to process", no_records)
for record in unprocessed_data:
node = record.node
self.logger.info("Processing node %s " % node)
sample = readings.Sample()
try:
sample.ParseFromString(unhex(record.data[2:]))
except DecodeError as e:
self.logger.error(
"Unpacking %s gave error %s",
record.id, e)
self.database.mark_processed(record.id)
self.database.mark_corrupt(record.id)
continue
timestamp = datetime.utcfromtimestamp(sample.time)
self.logger.info("Timestamp = %s" % timestamp)
temperature = sample.temp
if temperature < -100:
temperature = float((((int(temperature *4) ) ^ 0x1FF) +1))/4
self.database.save_temperature(node, timestamp, temperature)
power_mode = sample.WhichOneof("battery")
self.logger.info("Got power mode %s" % power_mode)
if "power" == power_mode:
self.logger.info("Unpacking Power board")
self.database.save_soc(node, timestamp, sample.power.soc)
self.database.save_mppt(node, timestamp, float(sample.power.mppt)/10)
self.database.save_solar_current(node, timestamp, float(sample.power.current)/1000)
self.database.save_voltage(node, timestamp, float(sample.power.batt)/1000)
elif "batt" == power_mode:
self.logger.info("Using onboard ADC value for battery reading")
self.database.save_voltage(node, timestamp, sample.batt)
else:
self.logger.warn("No voltage measurement type set (%s)" % node)
# No longer have the accelerometer so no need to even bother storing data
#self.database.save_accelerometer(
# node, timestamp,
# sample.accX, sample.accY, sample.accZ)
if sample.HasField("ADC1"):
self.database.save_adc(node, timestamp, 1, sample.ADC1)
if sample.HasField("ADC2"):
self.database.save_adc(node, timestamp, 2, sample.ADC2)
if sample.HasField("rain"):
self.database.save_rain(node, timestamp, sample.rain)
if sample.HasField("AVR"):
self.database.save_smart_reading(node, timestamp, sample.AVR)
self.database.mark_processed(record.id)
self.logger.info("Processed %d %s %s", record.id, node, timestamp)
def get_support_data_item(self, support_data):
if isinstance(support_data, str):
support_data = SAPDiagSupportBits(unhex(support_data))
if isinstance(support_data, SAPDiagSupportBits):
support_data = SAPDiagItem(item_type="APPL",
item_id="ST_USER",
item_sid="SUPPORTDATA",
item_value=support_data)
if isinstance(support_data, SAPDiagItem):
return support_data
return None
def _example_triple_des_():
from time import time
# Utility module
from binascii import unhexlify as unhex
from binascii import hexlify as hexe
# example shows triple-des encryption using the des class
print("Example of triple DES encryption in default ECB mode (DES-EDE3)\n")
print("Triple des using the des class (3 times)")
t = time()
k1 = des(unhex("CA3A3E989AA7AE58"))
k2 = des(unhex("EB806D4E20A6C744"))
k3 = des(unhex("21735514632D155D"))
d = b"9999999999999999"
print("Key1: %r" % k1.getKey())
print("Key2: %r" % k2.getKey())
print("Key3: %r" % k3.getKey())
print("Data: %r" % d)
e1 = k1.encrypt(d)
e2 = k2.decrypt(e1)
e3 = k3.encrypt(e2)
print("Encrypted: %r" % e3)
print(type(d))
print(hex(15))
d3 = k3.decrypt(e3)
d2 = k2.encrypt(d3)
d1 = k1.decrypt(d2)
print("Decrypted: %r" % d1)
print((d1))
print("DES time taken: %f (%d crypt operations)" % (time() - t, 6 *
(len(d) / 8)))
print("")
def generateKey(): import uuid import sys from binascii import unhexlify as unhex if sys.platform == 'win32': mac = _ipconfig_getnode() else: mac = _ifconfig_getnode() if mac == None: mac = hex(_random_getnode())[2:-1] ud = uuid.uuid1() ud = ud.hex hi_time = ud[12:16] key = hi_time + mac return unhex(key)
def load_recipe(file_name: str) -> Tuple[Recipe, ...]:
factory = {
'Recipe': Recipe,
'RecipeType': RecipeType,
'RecipeForNormal': RecipeForNormal,
'RecipeForFurnace': RecipeForFurnace,
'RecipeForMulti': RecipeForMulti,
'Item': Item,
'ItemType': ItemType,
'UUID': lambda value: UUID(hex=value),
'bytes': lambda value: unhex(value)
}
with open(file_name, 'r') as file:
d = json.load(file)
return _convert_to_namedtuple(d, factory)
def generateKey():
import uuid
import sys
from binascii import unhexlify as unhex
if sys.platform == 'win32':
mac = _ipconfig_getnode()
else:
mac = _ifconfig_getnode()
if mac == None:
mac = hex(_random_getnode())[2:-1]
ud = uuid.uuid1()
ud = ud.hex
hi_time = ud[12:16]
key = hi_time + mac
return unhex(key)
def collect_packet(
self, actual_data: bytes,
addr: Address) -> Tuple[List[ValueObject], List[ValueObject]]:
context = self._data_producer.get_context()
collector_for_expected = _ExpectedPacketCollector(context)
collector_for_actual = _ActualPacketCollector(context)
# noinspection PyArgumentList
data = self._data_producer(addr)
if data:
self._analyzer.decode_on(collector_for_expected, unhex(data))
else:
self._analyzer.create(collector_for_expected)
self._analyzer.decode_on(collector_for_actual, actual_data)
return list(collector_for_expected.get_packets()), list(
collector_for_actual.get_packets())
def unpacklatest(DB_CONFIG, LOG_LEVEL):
logger = logging.getLogger("Latest unpacker")
logger.setLevel(LOG_LEVEL)
DB = FeshieDb(DB_CONFIG)
RAW = DB.get_latest_unprocessed()
SAMPLE = readings.Sample()
print "node: %s" % RAW.node
print "Recieved time: %s" % RAW.recieved_time
print "Processed: %s" % RAW.processed
print "Raw data:%s" % RAW.data
#try:
SAMPLE.ParseFromString(unhex(RAW.data[2:]))
#except DecodeError:
# print("Unable to decode protocol buffer")
# return
printReading(SAMPLE)
def changePIN(self):
##fpr is a global variable
fpr = self.fpr
challenge = json.dumps({'fingerprint': fpr})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/start_pin_change", challenge, headers)
r = c.getresponse()
if r.status == 200:
d = r.read()
data = json.loads(d)
from binascii import unhexlify as unhex
challenge = data['challenge']
challenge = [ord(x) for x in list(unhex(challenge))]
self.avr.sendPinChal(challenge)
# AVR creates HMAC(key, challenge + pin) and sends it to ARM
from time import sleep
sleep(0.5)
hmac = []
while self.avr.get_status() != 0xA7:
# read in hmac
pass
for i in range(64):
hmac.append(self.avr.get_status())
#hmac.append(self.avr.getByte())
hmac = "".join([
hex(x)[2:] if len(hex(x)) == 4 else "0" + hex(x)[2]
for x in hmac
])
data = json.dumps({'hash': hmac})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
pin_change = json.dumps({'hash': hmac, 'fingerprint': fpr})
c.request("POST", '/pin_change', pin_change, headers)
r = c.getresponse()
if r.status == 200: #Server verifies the signature
return True #changePIN Complete
else:
return False
else:
return False
def example_triple_des():
from time import time
# Utility module
from binascii import unhexlify as unhex
# example shows triple-des encryption using the des class
#print "Example of triple DES encryption in default ECB mode (DES-EDE3)\n"
#print "Triple des using the des class (3 times)"
t = time()
k1 = des(open("./key/16Key", "r").read())
k2 = des(open("./key/16Key", "r").read())
k3 = des(open("./key/16Key", "r").read())
d = open("./text/10240Text", "r").read()
#print "Key1: %s" % k1.getKey()
#print "Key2: %s" % k2.getKey()
#print "Key3: %s" % k3.getKey()
#print "Data: %s" % d
e1 = k1.encrypt(d)
e2 = k2.decrypt(e1)
e3 = k3.encrypt(e2)
#print "Encrypted: " + e3
d3 = k3.decrypt(e3)
d2 = k2.encrypt(d3)
d1 = k1.decrypt(d2)
#print "Decrypted: " + d1
#print "DES time taken: %f (%d crypt operations)" % (time() - t, 6 * (len(d) / 8))
#print ""
# Example below uses the triple-des class to achieve the same as above
#print "Now using triple des class"
t = time()
t1 = triple_des(unhex("133457799BBCDFF1112233445566778877661100DD223311"))
#print "Key: %s" % t1.getKey()
#print "Data: %s" % d
td1 = t1.encrypt(d)
#print "Encrypted: " + td1
td2 = t1.decrypt(td1)
#print "Decrypted: " + td2
print "Triple DES time taken: %f (%d crypt operations)" % (time() - t, 6 * (len(d) / 8))
def changePIN(self):
##fpr is a global variable
fpr = self.fpr
challenge = json.dumps({'fingerprint': fpr})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/start_pin_change", challenge, headers)
r = c.getresponse()
if r.status == 200:
d = r.read()
data = json.loads(d)
from binascii import unhexlify as unhex
challenge = data['challenge']
challenge = [ord(x) for x in list(unhex(challenge))]
self.avr.sendPinChal(challenge)
# AVR creates HMAC(key, challenge + pin) and sends it to ARM
from time import sleep
sleep(0.5)
hmac = []
while self.avr.get_status() != 0xA7:
# read in hmac
pass
for i in range(64):
hmac.append(self.avr.get_status())
#hmac.append(self.avr.getByte())
hmac = "".join([ hex(x)[2:] if len(hex(x)) == 4 else "0"+hex(x)[2] for x in hmac])
data = json.dumps({'hash': hmac})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
pin_change = json.dumps({'hash': hmac, 'fingerprint': fpr})
c.request("POST", '/pin_change', pin_change, headers)
r = c.getresponse()
if r.status == 200: #Server verifies the signature
return True #changePIN Complete
else:
return False
else:
return False
def unlock(self):
fpr = self.fpr
challenge = json.dumps({'fingerprint': fpr})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/start_unlock", challenge, headers)
r = c.getresponse()
if r.status == 200: # Making sure communication with the server is performed correctly
d = r.read()
data = json.loads(d)
challenge = data['challenge']
from binascii import unhexlify as unhex
challenge = [ord(x) for x in list(unhex(challenge))]
self.avr.sendUnlockChal(challenge)
# AVR creates HMAC(key, challenge + pin) and sends it to ARM
hmac = []
while self.avr.get_status() != 0xA4:
pass
for i in range(32):
hmac.append(self.avr.getByte())
hmac = "".join([
hex(x)[2:] if len(hex(x)) == 4 else "0" + hex(x)[2]
for x in hmac
])
# POST /unlock
unlocking = json.dumps({'hash': hmac, 'fingerprint': fpr})
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/unlock", unlocking, headers)
r = c.getresponse()
if r.status == 200: #Server validates the request
d = r.read()
data = json.loads(d)
flag = data['flag']
return flag #Unlock Complete
else:
return False
else:
return False
def unlock(self):
fpr = self.fpr
challenge = json.dumps({'fingerprint': fpr})
headers = {"Content-type": "application/json"}
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/start_unlock", challenge, headers)
r = c.getresponse()
if r.status == 200: # Making sure communication with the server is performed correctly
d = r.read()
data = json.loads(d)
challenge = data['challenge']
from binascii import unhexlify as unhex
challenge = [ord(x) for x in list(unhex(challenge))]
self.avr.sendUnlockChal(challenge)
# AVR creates HMAC(key, challenge + pin) and sends it to ARM
hmac = []
while self.avr.get_status() != 0xA4:
pass
for i in range(32):
hmac.append(self.avr.getByte())
hmac = "".join([ hex(x)[2:] if len(hex(x)) == 4 else "0"+hex(x)[2] for x in hmac])
# POST /unlock
unlocking = json.dumps({'hash': hmac, 'fingerprint': fpr})
c = httplib.HTTPConnection('192.168.7.1:5000')
c.request("POST", "/unlock", unlocking, headers)
r = c.getresponse()
if r.status == 200: #Server validates the request
d = r.read()
data = json.loads(d)
flag = data['flag']
return flag #Unlock Complete
else:
return False
else:
return False
class _MagicData(DataCodec[bool]):
"""Check MAGIC data that is '00:ff:ff:00:fe:fe:fe:fe:fd:fd:fd:fd:12:34:56:78'.
>>> c = _MagicData()
>>> data = bytearray()
>>> context = DataCodecContext()
>>> c.write(data, True, context)
>>> context.length
16
>>> hexlify(data)
b'00ffff00fefefefefdfdfdfd12345678'
>>> context.clear()
>>> c.read(data, context)
True
>>> context.length
16
>>> hexlify(data)
b''
>>> c.read(bytearray(b'ffffff00fefefefefdfdfdfd12345678'), context)
False
"""
BYTES = unhex(b'00ffff00fefefefefdfdfdfd12345678')
_LENGTH = len(BYTES)
def read(self, data: bytearray, context: DataCodecContext) -> bool:
d = pop_first(data, self._LENGTH)
context.length += self._LENGTH
return d == _MagicData.BYTES
def write(self, data: bytearray, is_valid: bool,
context: DataCodecContext) -> None:
assert is_valid
data += _MagicData.BYTES
context.length += self._LENGTH
def send(self, data_producer: Callable[[Address], str],
from_: Address) -> None:
self._protocol.datagram_received(unhex(data_producer(from_)), from_)
# Support Bits for common SAP Software versions
#
# SAPGUI 7.02 Java rev 5: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000
# SAPGUI 7.02 Java rev 2: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000
# SAPGUI 7.40 Java rev 8: ff7ffe2ddab737f674087e9305971597eff2bf8f4f71ff9f8606000000000000
# SAPGUI 7.02 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000
# SAPGUI 7.01 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000
# SAPGUI 7.30 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000
# SAPGUI 7.40 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed91ca00000000000000
#
# SAP EHP 1 for SAP Netweaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000
# SAP EHP 2 for SAP NetWeaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000
# SAP NetWeaver AS ABAP 7.50 SP02: ff7ffe2dd8b737f674087e9305971597ebf2bf8f4b71ff9f8606000000000000
support_data_sapgui_701_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000")
)
support_data_sapgui_702_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000")
)
support_data_sapgui_730_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000")
)
support_data_sapgui_740_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed91ca00000000000000")
)
support_data_sapgui_702_java2 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000")
)
support_data_sapgui_702_java5 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000")
bind_diagitem(SAPDiagSupportBits, "APPL", 0x06, 0x11)
# Support Bits for common SAP Software versions
#
# SAPGUI 7.02 Java rev 5: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000
# SAPGUI 7.02 Java rev 2: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000
# SAPGUI 7.02 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000
# SAPGUI 7.01 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000
# SAPGUI 7.30 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000
#
# SAP EHP 1 for SAP Netweaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000
# SAP EHP 2 for SAP NetWeaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000
#
support_data_sapgui_701_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000"))
support_data_sapgui_702_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000"))
support_data_sapgui_730_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000"))
support_data_sapgui_702_java2 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000"))
support_data_sapgui_702_java5 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000"))
support_data_sapnw_701 = SAPDiagSupportBits(
unhex("ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000"))
support_data_sapnw_702 = SAPDiagSupportBits(
unhex("ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000"))
support_data = SAPDiagItem(item_type="APPL",
item_id="ST_USER",
def TDES_Encrypt (the_stream):
tdes = triple_des(unhex(shared_key))
return tdes.encrypt(the_stream,pad="\0")
def postprocess_value(tokens, property, line=0, col=0):
"""
"""
tokens = trim_extra(tokens)
if len(tokens) >= 2 and (tokens[-2] == ('CHAR', '!')) and (tokens[-1] == ('IDENT', 'important')):
important = True
tokens = trim_extra(tokens[:-2])
else:
important = False
if properties[property.name] in (int, float) and len(tokens) == 2 and tokens[0] == ('CHAR', '-') and tokens[1][0] == 'NUMBER':
# put the negative sign on the number
tokens = [(tokens[1][0], '-' + tokens[1][1])]
value = tokens
if properties[property.name] in (int, float, str, color, uri, boolean) or type(properties[property.name]) is tuple:
if len(tokens) != 1:
raise ParseException('Single value only for property "%(property)s"' % locals(), line, col)
if properties[property.name] is int:
if tokens[0][0] != 'NUMBER':
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = int(tokens[0][1])
elif properties[property.name] is float:
if tokens[0][0] != 'NUMBER':
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = float(tokens[0][1])
elif properties[property.name] is str:
if tokens[0][0] != 'STRING':
raise ParseException('String value only for property "%(property)s"' % locals(), line, col)
value = str(tokens[0][1][1:-1])
elif properties[property.name] is color_transparent:
if tokens[0][0] != 'HASH' and (tokens[0][0] != 'IDENT' or tokens[0][1] != 'transparent'):
raise ParseException('Hash or transparent value only for property "%(property)s"' % locals(), line, col)
if tokens[0][0] == 'HASH':
if not re.match(r'^#([0-9a-f]{3}){1,2}$', tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0]+hex[0] + hex[1]+hex[1] + hex[2]+hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
else:
value = 'transparent'
elif properties[property.name] is color:
if tokens[0][0] != 'HASH':
raise ParseException('Hash value only for property "%(property)s"' % locals(), line, col)
if not re.match(r'^#([0-9a-f]{3}){1,2}$', tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0]+hex[0] + hex[1]+hex[1] + hex[2]+hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
elif properties[property.name] is uri:
if tokens[0][0] != 'URI':
raise ParseException('URI value only for property "%(property)s"' % locals(), line, col)
raw = str(tokens[0][1])
if raw.startswith('url("') and raw.endswith('")'):
raw = raw[5:-2]
elif raw.startswith("url('") and raw.endswith("')"):
raw = raw[5:-2]
elif raw.startswith('url(') and raw.endswith(')'):
raw = raw[4:-1]
value = uri(raw)
elif properties[property.name] is boolean:
if tokens[0][0] != 'IDENT' or tokens[0][1] not in ('true', 'false'):
raise ParseException('true/false value only for property "%(property)s"' % locals(), line, col)
value = boolean(tokens[0][1] == 'true')
elif type(properties[property.name]) is tuple:
if tokens[0][0] != 'IDENT':
raise ParseException('Identifier value only for property "%(property)s"' % locals(), line, col)
if tokens[0][1] not in properties[property.name]:
raise ParseException('Unrecognized value for property "%(property)s"' % locals(), line, col)
value = str(tokens[0][1])
elif properties[property.name] is numbers:
values = []
# strip the list down to what we think goes number, comma, number, etc.
relevant_tokens = [token for token in tokens
if token[0] == 'NUMBER' or token == ('CHAR', ',')]
for (i, token) in enumerate(relevant_tokens):
if (i % 2) == 0 and token[0] == 'NUMBER':
try:
value = int(token[1])
except ValueError:
value = float(token[1])
values.append(value)
elif (i % 2) == 1 and token[0] == 'CHAR':
# fine, it's a comma
continue
else:
raise ParseException('Value for property "%(property)s" should be a comma-delimited list of numbers' % locals(), line, col)
value = numbers(*values)
return Value(value, important)
def postprocess_value(property, tokens, important, line, col):
""" Convert a list of property value tokens into a single Value instance.
Values can be numbers, strings, colors, uris, or booleans:
http://www.w3.org/TR/CSS2/syndata.html#values
"""
#
# Helper function.
#
def combine_negative_numbers(tokens, line, col):
""" Find negative numbers in a list of tokens, return a new list.
Negative numbers come as two tokens, a minus sign and a number.
"""
tokens, original_tokens = [], iter(tokens)
while True:
try:
tname, tvalue = original_tokens.next()[:2]
if (tname, tvalue) == ('CHAR', '-'):
tname, tvalue = original_tokens.next()[:2]
if tname == 'NUMBER':
# minus sign with a number is a negative number
tokens.append(('NUMBER', '-'+tvalue))
else:
raise ParseException('Unexpected non-number after a minus sign', line, col)
else:
tokens.append((tname, tvalue))
except StopIteration:
break
return tokens
#
# The work.
#
tokens = combine_negative_numbers(tokens, line, col)
if properties[property.name] in (int, float, str, color, uri, boolean) or type(properties[property.name]) is tuple:
if len(tokens) != 1:
raise ParseException('Single value only for property "%(property)s"' % locals(), line, col)
if properties[property.name] is int:
if tokens[0][0] != 'NUMBER':
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = int(tokens[0][1])
elif properties[property.name] is float:
if tokens[0][0] != 'NUMBER':
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = float(tokens[0][1])
elif properties[property.name] is str:
if tokens[0][0] != 'STRING':
raise ParseException('String value only for property "%(property)s"' % locals(), line, col)
value = str(tokens[0][1][1:-1])
elif properties[property.name] is color_transparent:
if tokens[0][0] != 'HASH' and (tokens[0][0] != 'IDENT' or tokens[0][1] != 'transparent'):
raise ParseException('Hash or transparent value only for property "%(property)s"' % locals(), line, col)
if tokens[0][0] == 'HASH':
if not re.match(r'^#([0-9a-f]{3}){1,2}$', tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0]+hex[0] + hex[1]+hex[1] + hex[2]+hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
else:
value = 'transparent'
elif properties[property.name] is color:
if tokens[0][0] != 'HASH':
raise ParseException('Hash value only for property "%(property)s"' % locals(), line, col)
if not re.match(r'^#([0-9a-f]{3}){1,2}$', tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0]+hex[0] + hex[1]+hex[1] + hex[2]+hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
elif properties[property.name] is uri:
if tokens[0][0] != 'URI':
raise ParseException('URI value only for property "%(property)s"' % locals(), line, col)
raw = str(tokens[0][1])
if raw.startswith('url("') and raw.endswith('")'):
raw = raw[5:-2]
elif raw.startswith("url('") and raw.endswith("')"):
raw = raw[5:-2]
elif raw.startswith('url(') and raw.endswith(')'):
raw = raw[4:-1]
value = uri(raw)
elif properties[property.name] is boolean:
if tokens[0][0] != 'IDENT' or tokens[0][1] not in ('true', 'false'):
raise ParseException('true/false value only for property "%(property)s"' % locals(), line, col)
value = boolean(tokens[0][1] == 'true')
elif type(properties[property.name]) is tuple:
if tokens[0][0] != 'IDENT':
raise ParseException('Identifier value only for property "%(property)s"' % locals(), line, col)
if tokens[0][1] not in properties[property.name]:
raise ParseException('Unrecognized value for property "%(property)s"' % locals(), line, col)
value = str(tokens[0][1])
elif properties[property.name] is numbers:
values = []
# strip spaces from the list
relevant_tokens = [token for token in tokens if token[0] != 'S']
for (i, token) in enumerate(relevant_tokens):
if (i % 2) == 0 and token[0] == 'NUMBER':
try:
value = int(token[1])
except ValueError:
value = float(token[1])
values.append(value)
elif (i % 2) == 1 and token[0] == 'CHAR':
# fine, it's a comma
continue
else:
raise ParseException('Value for property "%(property)s" should be a comma-delimited list of numbers' % locals(), line, col)
value = numbers(*values)
elif properties[property.name] is strings:
values = []
# strip spaces from the list
relevant_tokens = [token for token in tokens if token[0] != 'S']
for (i, token) in enumerate(relevant_tokens):
if (i % 2) == 0 and token[0] == 'STRING':
values.append(str(token[1][1:-1]))
elif (i % 2) == 1 and token == ('CHAR', ','):
# fine, it's a comma
continue
else:
raise ParseException('Value for property "%(property)s" should be a comma-delimited list of strings' % locals(), line, col)
value = strings(*values)
return Value(value, important)
def _fulltest_():
# This should not produce any unexpected errors or exceptions
from time import time
from binascii import unhexlify as unhex
from binascii import hexlify as dohex
t = time()
data = "DES encryption algorithm".encode('ascii')
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 1: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 1: Successful")
data = "Default string of text".encode('ascii')
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt(data, "*")
if k.decrypt(d, "*") != data:
print ("Test 2: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 2: Successful")
data = "String to Pad".encode('ascii')
k = des("\r\n\tABC\r\n")
d = k.encrypt(data, "*")
if k.decrypt(d, "*") != data:
print ("Test 3: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 3: Successful")
k = des("\r\n\tABC\r\n")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080"), unhex("44"))
if k.decrypt(d, unhex("44")) != unhex("000102030405060708FF8FDCB04080"):
print ("Test 4a: Error: Unencypted data block does not match start data")
elif k.decrypt(d) != unhex("000102030405060708FF8FDCB0408044"):
print ("Test 4b: Error: Unencypted data block does not match start data")
else:
print ("Test 4: Successful")
data = "String to Pad".encode('ascii')
k = des("\r\n\tkey\r\n")
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 5a: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
# Try same with padmode set on the class instance.
k = des("\r\n\tkey\r\n", padmode=PAD_PKCS5)
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 5b: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 5: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 6: Error: Unencypted data block does not match start data")
else:
print ("Test 6: Successful")
k = triple_des("\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 7: Error: Unencypted data block does not match start data")
else:
print ("Test 7: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*54B", CBC, "12341234")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 8: Error: Triple DES CBC failed.")
else:
print ("Test 8: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*54B", CBC, "12341234")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDC"), '.')
if k.decrypt(d, '.') != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDC"):
print ("Test 9: Error: Triple DES CBC with padding failed.")
else:
print ("Test 9: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 10: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 10: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 11: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 11: Successful")
# Test PAD_PKCS5 with CBC encryption mode.
k = des("IGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 12: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 12: Successful")
k = des("IGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 13: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 13: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 14: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 14: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 15: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 15: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7", padmode=PAD_PKCS5)
data = "String to Pad".encode('ascii')
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 16: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 16: Successful")
# Ensure no error occurs when creating an instance with no IV yet set,
# test supplied by "Yoav Aner".
k = triple_des("\0" * 24, mode=CBC, pad=None, padmode=PAD_PKCS5)
data = "String to Pad".encode('ascii')
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 17: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 17: Successful")
print ("")
print ("Total time taken: %f" % (time() - t))
bind_diagitem(SAPDiagSupportBits, "APPL", 0x06, 0x11)
# Support Bits for common SAP Software versions
#
# SAPGUI 7.02 Java rev 5: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000
# SAPGUI 7.02 Java rev 2: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000
# SAPGUI 7.02 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000
# SAPGUI 7.01 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000
# SAPGUI 7.30 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000
#
# SAP EHP 1 for SAP Netweaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000
# SAP EHP 2 for SAP NetWeaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000
#
support_data_sapgui_701_win = SAPDiagSupportBits(unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000"))
support_data_sapgui_702_win = SAPDiagSupportBits(unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000"))
support_data_sapgui_730_win = SAPDiagSupportBits(unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000"))
support_data_sapgui_702_java2 = SAPDiagSupportBits(unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000"))
support_data_sapgui_702_java5 = SAPDiagSupportBits(unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000"))
support_data_sapnw_701 = SAPDiagSupportBits(unhex("ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000"))
support_data_sapnw_702 = SAPDiagSupportBits(unhex("ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000"))
support_data = SAPDiagItem(item_type="APPL",
item_id="ST_USER",
item_sid="SUPPORTDATA",
item_value=support_data_sapgui_702_java5)
# Dynt Atom item types
diag_atom_etypes = {
def test_decrypt_invalid_data(self):
regex = r'does not look like a TripleSec ciphertext'
self.assertRaisesRegexp(TripleSecError, regex, lambda: triplesec.decrypt(b'foo', b'xxx'))
self.assertRaisesRegexp(TripleSecError, regex, lambda: triplesec.decrypt(unhex(b'1c94d7de00000003abcdef'), b'xxx'))
self.assertRaisesRegexp(TripleSecError, regex, lambda: triplesec.decrypt(b'12345678901235'*100, b'xxx'))
def fuzzer(self,host,port,minim,maxm,salt,timeout):
fuzzUDP(host,port,minim,maxm,salt,timeout,"TFTP")
# Stage 1
for opcode in stage_1:
printCommand(opcode[0])
for length in range(minim, maxm+1, salt):
payloadCount(minim,maxm,length)
pattern = createPattern(length)
payload = unhex(opcode[1][2:]) + pattern + unhex(null[1][2:]) + mode[1] + unhex(null[1][2:])
spattern = opcode[1] + opcode[0] + " + " + pattern + somefile[0] + " + " + null[1] + null[0] + " + " + mode[1] + mode[0] + " + " + null[1] + null[0]
sock = createSocketUDP(host,port,"TFTP",spattern,length,timeout)
sendDataUDP(sock,host,port,"TFTP",payload,spattern,length,timeout,1)
printCommand("(Mode) with" + opcode[0])
for length in range(minim, maxm+1, salt):
payloadCount(minim,maxm,length)
pattern = createPattern(length)
payload = unhex(opcode[1][2:]) + somefile[1] + unhex(null[1][2:]) + pattern + unhex(null[1][2:])
spattern = opcode[1] + opcode[0] + " + " + somefile[1] + somefile[0] + " + " + null[1] + null[0] + " + " + pattern + mode[0] + " + " + null[1] + null[0]
sock = createSocketUDP(host,port,"TFTP",spattern,length,timeout)
sendDataUDP(sock,host,port,"TFTP",payload,spattern,length,timeout,1)
# Stage 2
for opcode in stage_2:
printCommand(opcode[0])
for length in range(minim, maxm+1, salt):
payloadCount(minim,maxm,length)
pattern = createPattern(length)
payload = unhex(opcode[1][2:]) + unhex(block[1][2:]) + pattern + unhex(null[1][2:])
spattern = opcode[1] + opcode[0] + " + " + block[1] + block[0] + " + " + pattern + opcode[0] + " + " + null[1] + null[0]
sock = createSocketUDP(host,port,"TFTP",spattern,length,timeout)
sendDataUDP(sock,host,port,"TFTP",payload,spattern,length,timeout,1)
# Stage 3
for opcode in stage_3:
for error_opcode in error_opcodes:
printCommand(opcode[0] + " with" + error_opcode[0])
for length in range(minim, maxm+1, salt):
payloadCount(minim,maxm,length)
pattern = createPattern(length)
payload = unhex(opcode[1][2:]) + unhex(error_opcode[1][2:]) + pattern + unhex(null[1][2:])
spattern = opcode[1] + opcode[0] + " + " + error_opcode[1] + error_opcode[0] + " + " + pattern + " (Error String)" + " + " + null[1] + null[0]
sock = createSocketUDP(host,port,"TFTP",spattern,length,timeout)
sendDataUDP(sock,host,port,"TFTP",payload,spattern,length,timeout,1)
exitProgram(2)
import socket
import os
import uuid
import time
import xlwt
import base64
from icon import img
from pyDes import *
from binascii import unhexlify as unhex
from binascii import b2a_hex, a2b_hex
import paramiko
kk = triple_des(unhex("201809229378ABCDEF9921ABCDEF9921"))
hostname = socket.gethostname()
uid = str(uuid.uuid3(uuid.NAMESPACE_DNS, hostname).hex[-12:])
#http://www.network-science.de/ascii/
#standard
figlet = '''
____ _____ _ _ _
| _ \| ___|__| |_ _ _ __| (_) ___
| | | | |_ / __| __| | | |/ _` | |/ _ \
| |_| | _|\__ \ |_| |_| | (_| | | (_) |
|____/|_| |___/\__|\__,_|\__,_|_|\___/
'''
result.append(block)
i += 8
if _pythonMajorVersion < 3:
data = ''.join(result)
else:
data = bytes.fromhex('').join(result)
else:
data = self.__key3.crypt(data, DECRYPT)
data = self.__key2.crypt(data, ENCRYPT)
data = self.__key1.crypt(data, DECRYPT)
return self._unpadData(data, pad, padmode)
data = "Please encrypt my data"
k = des("DESCRYPT", CBC, "\0\0\0\0\0\0\0\0", pad=None, padmode=PAD_PKCS5)
d = k.encrypt(data)
print "Using Des, msg:", data
print "Encrypted: %r" % d
print "Decrypted: %r" % k.decrypt(d)
assert k.decrypt(d, padmode=PAD_PKCS5) == data
# Triple-des
print ("Now using triple des class")
from binascii import unhexlify as unhex
t1 = triple_des(unhex("133457799BBCDFF1112233445566778877661100DD223311"))
print ("Key: %r" % t1.getKey())
print ("Data: %r" % d)
td1 = t1.encrypt(d)
print ("Encrypted: %r" % td1)
td2 = t1.decrypt(td1)
print ("Decrypted: %r" % td2)
def _fulltest_():
# This should not produce any unexpected errors or exceptions
from time import time
from binascii import unhexlify as unhex
from binascii import hexlify as dohex
t = time()
data = "DES encryption algorithm".encode('ascii')
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 1: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 1: Successful")
data = "Default string of text".encode('ascii')
k = des("\0\0\0\0\0\0\0\0", CBC, "\0\0\0\0\0\0\0\0")
d = k.encrypt(data, "*")
if k.decrypt(d, "*") != data:
print ("Test 2: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 2: Successful")
data = "String to Pad".encode('ascii')
k = des("\r\n\tABC\r\n")
d = k.encrypt(data, "*")
if k.decrypt(d, "*") != data:
print ("Test 3: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 3: Successful")
k = des("\r\n\tABC\r\n")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080"), unhex("44"))
if k.decrypt(d, unhex("44")) != unhex("000102030405060708FF8FDCB04080"):
print ("Test 4a: Error: Unencypted data block does not match start data")
elif k.decrypt(d) != unhex("000102030405060708FF8FDCB0408044"):
print ("Test 4b: Error: Unencypted data block does not match start data")
else:
print ("Test 4: Successful")
data = "String to Pad".encode('ascii')
k = des("\r\n\tkey\r\n")
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 5a: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
# Try same with padmode set on the class instance.
k = des("\r\n\tkey\r\n", padmode=PAD_PKCS5)
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 5b: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 5: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 6: Error: Unencypted data block does not match start data")
else:
print ("Test 6: Successful")
k = triple_des("\r\n\tABC\r\n0987*543")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 7: Error: Unencypted data block does not match start data")
else:
print ("Test 7: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*54B", CBC, "12341234")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"))
if k.decrypt(d) != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080"):
print ("Test 8: Error: Triple DES CBC failed.")
else:
print ("Test 8: Successful")
k = triple_des("MyDesKey\r\n\tABC\r\n0987*54B", CBC, "12341234")
d = k.encrypt(unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDC"), '.')
if k.decrypt(d, '.') != unhex("000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDCB04080000102030405060708FF8FDC"):
print ("Test 9: Error: Triple DES CBC with padding failed.")
else:
print ("Test 9: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 10: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 10: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 11: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 11: Successful")
# Test PAD_PKCS5 with CBC encryption mode.
k = des("IGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 12: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 12: Successful")
k = des("IGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 13: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 13: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String to Pad".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 14: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 14: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7")
data = "String not need Padding.".encode('ascii')
d = k.encrypt(data, padmode=PAD_PKCS5)
if k.decrypt(d, padmode=PAD_PKCS5) != data:
print ("Test 15: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 15: Successful")
k = triple_des("\r\n\tkey\rIsGoodKey", mode=CBC, IV="\0\1\2\3\4\5\6\7", padmode=PAD_PKCS5)
data = "String to Pad".encode('ascii')
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 16: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 16: Successful")
# Ensure no error occurs when creating an instance with no IV yet set,
# test supplied by "Yoav Aner".
k = triple_des("\0" * 24, mode=CBC, pad=None, padmode=PAD_PKCS5)
data = "String to Pad".encode('ascii')
d = k.encrypt(data)
if k.decrypt(d) != data:
print ("Test 17: Error: decrypt does not match. %r != %r" % (data, k.decrypt(d)))
else:
print ("Test 17: Successful")
print ("")
print ("Total time taken: %f" % (time() - t))
def test_decrypt_invalid_version(self):
regex = r'Unimplemented version'
self.assertRaisesRegexp(TripleSecError, regex, lambda: triplesec.decrypt(unhex(b'1c94d7de01200000abcdef'), b'xxx'))
def unhexl(h):
"""Convert hex to little endian bytecode"""
return unhex(h)[::-1]
def postprocess_value(tokens, property, base=None, line=0, col=0):
"""
"""
tokens = trim_extra(tokens)
if len(tokens) >= 2 and (tokens[-2] == ("CHAR", "!")) and (tokens[-1] == ("IDENT", "important")):
important = True
tokens = trim_extra(tokens[:-2])
else:
important = False
if (
properties[property.name] in (int, float)
and len(tokens) == 2
and tokens[0] == ("CHAR", "-")
and tokens[1][0] == "NUMBER"
):
# put the negative sign on the number
tokens = [(tokens[1][0], "-" + tokens[1][1])]
value = tokens
if properties[property.name] in (int, float, str, color, uri, boolean) or type(properties[property.name]) is tuple:
if len(tokens) != 1:
raise ParseException('Single value only for property "%(property)s"' % locals(), line, col)
if properties[property.name] is int:
if tokens[0][0] != "NUMBER":
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = int(tokens[0][1])
elif properties[property.name] is float:
if tokens[0][0] != "NUMBER":
raise ParseException('Number value only for property "%(property)s"' % locals(), line, col)
value = float(tokens[0][1])
elif properties[property.name] is str:
if tokens[0][0] != "STRING":
raise ParseException('String value only for property "%(property)s"' % locals(), line, col)
value = tokens[0][1][1:-1]
elif properties[property.name] is color_transparent:
if tokens[0][0] != "HASH" and (tokens[0][0] != "IDENT" or tokens[0][1] != "transparent"):
raise ParseException('Hash or transparent value only for property "%(property)s"' % locals(), line, col)
if tokens[0][0] == "HASH":
if not re.match(r"^#([0-9a-f]{3}){1,2}$", tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0] + hex[0] + hex[1] + hex[1] + hex[2] + hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
else:
value = "transparent"
elif properties[property.name] is color:
if tokens[0][0] != "HASH":
raise ParseException('Hash value only for property "%(property)s"' % locals(), line, col)
if not re.match(r"^#([0-9a-f]{3}){1,2}$", tokens[0][1], re.I):
raise ParseException('Unrecognized color value for property "%(property)s"' % locals(), line, col)
hex = tokens[0][1][1:]
if len(hex) == 3:
hex = hex[0] + hex[0] + hex[1] + hex[1] + hex[2] + hex[2]
rgb = (ord(unhex(h)) for h in (hex[0:2], hex[2:4], hex[4:6]))
value = color(*rgb)
elif properties[property.name] is uri:
if tokens[0][0] != "URI":
raise ParseException('URI value only for property "%(property)s"' % locals(), line, col)
raw = tokens[0][1]
if raw.startswith('url("') and raw.endswith('")'):
raw = raw[5:-2]
elif raw.startswith("url('") and raw.endswith("')"):
raw = raw[5:-2]
elif raw.startswith("url(") and raw.endswith(")"):
raw = raw[4:-1]
value = uri(raw, base)
elif properties[property.name] is boolean:
if tokens[0][0] != "IDENT" or tokens[0][1] not in ("true", "false"):
raise ParseException('true/false value only for property "%(property)s"' % locals(), line, col)
value = boolean(tokens[0][1] == "true")
elif type(properties[property.name]) is tuple:
if tokens[0][0] != "IDENT":
raise ParseException('Identifier value only for property "%(property)s"' % locals(), line, col)
if tokens[0][1] not in properties[property.name]:
raise ParseException('Unrecognized value for property "%(property)s"' % locals(), line, col)
value = tokens[0][1]
elif properties[property.name] is numbers:
values = []
# strip the list down to what we think goes number, comma, number, etc.
relevant_tokens = [token for token in tokens if token[0] == "NUMBER" or token == ("CHAR", ",")]
for (i, token) in enumerate(relevant_tokens):
if (i % 2) == 0 and token[0] == "NUMBER":
try:
value = int(token[1])
except ValueError:
value = float(token[1])
values.append(value)
elif (i % 2) == 1 and token[0] == "CHAR":
# fine, it's a comma
continue
else:
raise ParseException(
'Value for property "%(property)s" should be a comma-delimited list of numbers' % locals(),
line,
col,
)
value = numbers(*values)
return Value(value, important)
import json
import os.path
import six
import struct
import triplesec
from triplesec import TripleSec, TripleSecError
from triplesec.versions import _versions
path = os.path.dirname(os.path.realpath(os.path.abspath(__file__)))
vectors = json.load(open(os.path.join(path, 'vectors.json')))
for v in vectors:
for k in v:
v[k] = v[k].encode('ascii') # JSON insists to decode the loaded objects
if v[k].startswith(b'0x'): v[k] = unhex(v[k][2:])
if 'extra' in v: v['extra'] = unhex(v['extra'])
v['ciphertext'] = unhex(v['ciphertext'])
# A generic vector for various tests
VECTOR = vectors[0]
assert 'disabled' not in VECTOR
class TripleSec_tests(unittest.TestCase):
def _test_encrypt(self, encrypt, plaintext, key, pass_key=True):
if pass_key: ciphertext = encrypt(plaintext, key)
else: ciphertext = encrypt(plaintext)
self.assertEqual(plaintext, triplesec.decrypt(ciphertext, key))
# SAPGUI 7.02 Java rev 5: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000
# SAPGUI 7.02 Java rev 2: ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000
# SAPGUI 7.40 Java rev 8: ff7ffe2ddab737f674087e9305971597eff2bf8f4f71ff9f8606000000000000
# SAPGUI 7.02 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000
# SAPGUI 7.01 Windows: ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000
# SAPGUI 7.30 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000
# SAPGUI 7.40 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed91ca00000000000000
# SAPGUI 7.50 Windows: ff7ffa0d78b737def6196e9325bf1597ef73feebdb51fd91ce2c010000000000
#
# SAP EHP 1 for SAP Netweaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf22f8d03300f000000000000000000
# SAP EHP 2 for SAP NetWeaver 7.0: ff7ffe2dd8b737d674087e1305971597ebf23f8d0370ff0f0000000000000000
# SAP NetWeaver AS ABAP 7.50 SP02: ff7ffe2dd8b737f674087e9305971597ebf2bf8f4b71ff9f8606000000000000
# SAP NetWeaver AS ABAP 7.52 SP01: ff7ffa0d78b737de76186e9325b71597eb73feebdb51fd91ce24010000000000
support_data_sapgui_701_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb5501000000000000000000"))
support_data_sapgui_702_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1593ef73feebdb51ed010000000000000000"))
support_data_sapgui_730_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed910200000000000000"))
support_data_sapgui_740_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51ed91ca00000000000000"))
support_data_sapgui_750_win = SAPDiagSupportBits(
unhex("ff7ffa0d78b737def6196e9325bf1597ef73feebdb51fd91ce2c010000000000"))
support_data_sapgui_702_java2 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff030000000000000000"))
support_data_sapgui_702_java5 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737d674087e1305971597eff23f8d0770ff0f0000000000000000"))
support_data_sapgui_740_java8 = SAPDiagSupportBits(
unhex("ff7ffe2ddab737f674087e9305971597eff2bf8f4f71ff9f8606000000000000"))
support_data_sapnw_701 = SAPDiagSupportBits(
def deleteOldCacheData(self, days, still_active = [], delete_torrents = False):
if not days:
return
exptime = time() - (days*24*3600)
names = {}
times = {}
for f in os.listdir(self.dir_torrentcache):
p = os.path.join(self.dir_torrentcache, f)
f = os.path.basename(f)
try:
f, garbage = f.split('.')
except:
pass
try:
f = unhex(f)
assert len(f) == 20
except:
continue
if delete_torrents:
names.setdefault(f, []).append(p)
try:
t = os.path.getmtime(p)
except:
t = time()
times.setdefault(f, []).append(t)
for f in os.listdir(self.dir_datacache):
p = os.path.join(self.dir_datacache, f)
try:
f = unhex(os.path.basename(f))
assert len(f) == 20
except:
continue
names.setdefault(f, []).append(p)
try:
t = os.path.getmtime(p)
except:
t = time()
times.setdefault(f, []).append(t)
for f in os.listdir(self.dir_piececache):
p = os.path.join(self.dir_piececache, f)
try:
f = unhex(os.path.basename(f))
assert len(f) == 20
except:
continue
for f2 in os.listdir(p):
p2 = os.path.join(p, f2)
names.setdefault(f, []).append(p2)
try:
t = os.path.getmtime(p2)
except:
t = time()
times.setdefault(f, []).append(t)
names.setdefault(f, []).append(p)
for k, v in times.items():
if max(v) < exptime and not k in still_active:
for f in names[k]:
try:
os.remove(f)
except:
try:
os.removedirs(f)
except:
pass
