def client_le(self, *args, **kwargs):
tensor = self - args[0]
serialized_tensor = serialize_paillier(to_paillier(tensor, public_key))
json_obj = MultiDimensionalArrayEncoder().encode(serialized_tensor)
params = {'obj': json_obj, 'function': '<='}
r = post(url=url + '/comparetensor', json=params)
return deserialize(r.content)
def retrieve_test_result(User, result, public_key):
random_data = random.randint(100)
result = result + random_data
result_obj = serialize_paillier(to_paillier(result, public_key))
json_obj = MultiDimensionalArrayEncoder().encode(result_obj)
data = {'buyer': User.address, 'obj': json_obj}
result_url = User.contract.functions.test_result_link().call()
response = post(result_url, json=data)
string_result = response.content
try:
print('Result has been received!')
print('===========================')
decrypted_result = deserialize(string_result)
decrypted_result = decrypted_result - random_data
except:
decrypted_result = loads(string_result)
return decrypted_result