def decrypt_string(the_string):
key = crypto_db.get_cryptokey()
ciphertext = binascii.unhexlify(the_string)
decobj = AES.new(key, AES.MODE_ECB)
plaintext = decobj.decrypt(ciphertext)
# Resulting plaintext
return plaintext
def decrypt_string(the_string):
key = crypto_db.get_cryptokey()
ciphertext = binascii.unhexlify(the_string)
decobj = AES.new(key, AES.MODE_ECB)
plaintext = decobj.decrypt(ciphertext)
# Resulting plaintext
return plaintext
def encrypt_string(the_string):
key = crypto_db.get_cryptokey()
encobj = AES.new(key, AES.MODE_ECB)
# pad out the string to a multiple of 16
x = 16 - (len(the_string) % 16)
if x < 16:
the_string_pad = '{: <{}}'.format(the_string, len(the_string) + x)
else:
the_string_pad = the_string
ciphertext = encobj.encrypt(the_string_pad)
# Resulting ciphertext in hex
return ciphertext.encode('hex')
def encrypt_string(the_string):
key = crypto_db.get_cryptokey()
encobj = AES.new(key, AES.MODE_ECB)
# pad out the string to a multiple of 16
x = 16-(len(the_string) % 16)
if x < 16:
the_string_pad = '{: <{}}'.format(the_string,len(the_string)+x)
else:
the_string_pad = the_string
ciphertext = encobj.encrypt(the_string_pad)
# Resulting ciphertext in hex
return ciphertext.encode('hex')
def make_jwt(userid):
cryptokey = get_cryptokey()
encoded = jwt.encode({'user': userid}, cryptokey, algorithm='HS256')
return encoded
def decode_jwt(token):
cryptokey = get_cryptokey()
decoded = jwt.decode(token, cryptokey, algorithm='HS256')
return decoded['user']
def decode_jwt(token): cryptokey = get_cryptokey() decoded = jwt.decode(token,cryptokey, algorithm='HS256') return decoded['user']
def make_jwt(userid):
cryptokey = get_cryptokey()
encoded = jwt.encode({'user': userid}, cryptokey, algorithm='HS256')
return encoded
def _make_page(self, the_user):
template_args = {'current': crypto_db.get_cryptokey()}
self.render_template('crypto_admin.html', template_args)
def _make_page(self,the_user):
template_args = {
'current' : crypto_db.get_cryptokey()
}
self.render_template('crypto_admin.html', template_args)