def create_claim_password_request(self):
request = self.create_password_transaction_request()
self.oracle.handle_request(request)
transactions = LockedPasswordTransaction(self.oracle.db).get_all()
self.assertEqual(len(transactions), 1)
transaction = transactions[0]
pwtxid = transaction['pwtxid']
data = json.loads(transaction['json_data'])
guess = {
'password': '******',
'address': "1AtY44R7exbYnXARs3xSEJuFdEVUMXwpUN"
}
rsa_pubkey = data['rsa_pubkey']
key = Util.construct_pubkey_from_data(rsa_pubkey)
rsa_hash = hashlib.sha256(json.dumps(rsa_pubkey)).hexdigest()
encrypted_guess = key.encrypt(json.dumps(guess), 0)[0]
base64_encrypted_guess = base64.encodestring(encrypted_guess)
passwords = json.dumps({rsa_hash: base64_encrypted_guess})
message = self.create_guess_message(pwtxid, passwords)
request = ('bounty_redeem', message)
return request
def create_claim_password_request(self):
request = self.create_password_transaction_request()
self.oracle.handle_request(request)
transactions = LockedPasswordTransaction(self.oracle.db).get_all()
self.assertEqual(len(transactions), 1)
transaction = transactions[0]
pwtxid = transaction['pwtxid']
data = json.loads(transaction['json_data'])
guess = {
'password': '******',
'address': "1AtY44R7exbYnXARs3xSEJuFdEVUMXwpUN"
}
rsa_pubkey = data['rsa_pubkey']
key = Util.construct_pubkey_from_data(rsa_pubkey)
rsa_hash = hashlib.sha256(json.dumps(rsa_pubkey)).hexdigest()
encrypted_guess = key.encrypt(json.dumps(guess), 0)[0]
base64_encrypted_guess = base64.encodestring(encrypted_guess)
passwords = json.dumps({rsa_hash: base64_encrypted_guess})
message = self.create_guess_message(pwtxid, passwords)
request = ('bounty_redeem', message)
return request
def test_rsa(self):
handler = handlers['password_transaction'](self.oracle)
pwtxid = hashlib.sha256('test').hexdigest()
rsa_public_key = json.loads(handler.get_public_key(pwtxid))
key = RSA.construct((long(rsa_public_key['n']), long(rsa_public_key['e'])))
msg = 'test message'
msg_encrypted = key.encrypt(msg, 0)
rsa_key = RSAKeyPairs(self.oracle.db).get_by_pwtxid(pwtxid)
key2 = Util.construct_key_from_data(rsa_key)
msg_decrypted = key2.decrypt(msg_encrypted)
self.assertEqual(msg, msg_decrypted)
def test_rsa(self):
handler = handlers['password_transaction'](self.oracle)
pwtxid = hashlib.sha256('test').hexdigest()
rsa_public_key = json.loads(handler.get_public_key(pwtxid))
key = RSA.construct(
(long(rsa_public_key['n']), long(rsa_public_key['e'])))
msg = 'test message'
msg_encrypted = key.encrypt(msg, 0)
rsa_key = RSAKeyPairs(self.oracle.db).get_by_pwtxid(pwtxid)
key2 = Util.construct_key_from_data(rsa_key)
msg_decrypted = key2.decrypt(msg_encrypted)
self.assertEqual(msg, msg_decrypted)
