BM comment crypt test

Crypt

from Crypto.Cipher import AES
import base64
import os

# the block size for the cipher object; must be 16, 24, or 32 for AES
BLOCK_SIZE = 16
mode = AES.MODE_ECB
secret = "1234567890123456" #os.urandom(BLOCK_SIZE)

# create a cipher object using the random secret
cipher = AES.new(secret,mode)

# encode a string
#tx=cipher.encrypt('1234567890123456')
#print base64.b64encode(tx)

myData="""{
    comment = Ciao;
    "complete_name" = "Matteo Comisso";
    customer = "matteo-comisso";
    recipe = "patate-duchessa";
    timestamp = "1423663571.026645";
}{{{{{{{{{{{{{{{{{{{{{{{{{{{"""

encoded = cipher.encrypt(myData)
print 'Encrypted string:', base64.b64encode(encoded)

## DECRYPTER
mode = AES.MODE_ECB
cipher=AES.new(secret,mode)
decoded = cipher.decrypt(encoded)
print 'Decrypted string:', decoded.rstrip('{')

Decrypt

import base64, time, hashlib, json
from Crypto.Cipher import AES

#Data for next implementation
testRequest2 = "tIgFXqsNUAyG/mGZaqCfyDfIBEJm3OVVOCe0OPDIMC8/quxZmHiMt/u21rH5rv68thAIxIQNxcUnU7MJemX0tnL/zuZgoXxzwbCtfE2Qzn5naGLEc1ignp3ltY5OrH1v4b1pMXQJSOuM2HM1KmYlTUe+P7NwY7/+igbQlTpIqnhWsubOq65g6J+dzBsyQv3n1NYKwznf9gVOHlb4anK9F0+qmQRrxGqqYRzOYeJqDDo="
testRequest = "Bm2dbSLycsVGNmT65o/E6NQ2VBGIX4g63AeYsvnMAZzntG03MJaw3qch8h1vHx1o0O70XJf0x51NQOiLgDkzPMMj0GnXg0LlYG82EkIokBXF0RwBokB2BXwdPXRusRQFQPBDd72HMY+bIV/8hs4o1DhoRsy47Imcb209JudPPfn7TNbsZ0xcAqniMM+jk7LMntybb7yJ5X2/X7NFhzLz9q0b5UD2qdtAv6z1NEmXlVc="
#variables
secret = "PfK5/Q9b6q0/ZgMO"
padding='{'

# plainText = """"complete_name" = "Matteo Comisso";
# "customer" = "matteo-comisso";
# "timestamp" = "1423669409.095277";
# "recipe" = "patate-duchessa";
# "comment" = "Ciao, sono contetnto";
# {{{{{{{{"""

plainTextiOS = """"complete_name" = "Matteo Comisso";
"customer" = "matteo-comisso";
"timestamp" = "1423681696.130770";
"recipe" = "cestino-ai-frutti-di-èosco-crudista";
"comment" = "Ciao";"""

def decryptRequestData(codedString):
    cipher = AES.new(secret, AES.MODE_ECB)
    encryptedString = base64.b64decode(codedString)
    paddedText = cipher.decrypt(encryptedString)
    decryptedString = paddedText.rstrip(padding)
    decryptedString = decryptedString.rstrip(';\n')
    decryptedString = decryptedString.replace(" = ", ":").replace("\";\n", "\",")
    decryptedString = urllib
    return decryptedString

def encryptRequest(plainTextData):
    cipher = AES.new(secret, AES.MODE_ECB)
    encoded = cipher.encrypt(plainText)
    return base64.b64encode(encoded)


encryptedRequest = encryptRequest(plainTextiOS)

decodedString = decryptRequestData(encryptedRequest)

jsonTag = "{ " + decodedString + " }"
testa = json.loads(jsonTag)

print testa["customer"]
print testa["comment"]