class TokenizerTest(unittest.TestCase):
def setUp(self):
self.unit = Tokenizer()
def test_should_prepare_token_with_no_empty_args(self):
# given
expected_token = "58d5a909d0dcd14171190854e9b72a7e55c490d9977ed4c73bc3ac8fdeb7530b"
stationId = "example--station--id"
apiKey = "example--api--key"
timestamp = 1447280723
# when
token = self.unit.prepare_token(stationId, apiKey, timestamp)
# then
self.assertEqual(expected_token, token)
def test_should_validate_token_for_good_token_in_data_message(self):
# given
validated_token = "58d5a909d0dcd14171190854e9b72a7e55c490d9977ed4c73bc3ac8fdeb7530b"
data_message = DataMessage_pb2.DataMessage()
data_message.token = validated_token
# when
result = self.unit.validate_token(data_message, validated_token)
# then
self.assertTrue(result)
def test_should_no_validate_token_with_wrong_token(self):
# given
wrong_token = "wrong_token"
data_message = DataMessage_pb2.DataMessage()
data_message.token = "validated_token"
# when
result = self.unit.validate_token(data_message, wrong_token)
# then
self.assertFalse(result)
def send_data(self, station_id, api_key, timestamp, data, alerts=None):
data_message = DataMessage_pb2.DataMessage()
data_message.stationId = str(station_id)
data_message.apiKey = str(api_key)
data_message.timestamp = int(timestamp)
# data_items = []
# for data_item in data:
# dataItem = data_message.dataItems.add()
# dataItem.parameterId = int(data_item['parameterId'])
# dataItem.value = float(data_item['value'])
# data_items.append(dataItem)
#
# data_message.dataItems.extend(data_items)
for data_item in data:
data_message.dataItems.add(parameterId=data_item['parameterId'], value=data_item['value'])
# data_message.dataItemsCount = len(data)
tok = Tokenizer()
token = tok.prepare_token(data_message.stationId, data_message.apiKey, data_message.timestamp)
print("token: ", token)
data_message.token = str(token)
# Write the new address book back to disk.
#f = open("/tmp/test.pb2.bin", "wb")
#f.write(data_message.SerializeToString())
#f.close()
# from test_msg_pb2 import test_msg
import socket
import struct
address = (self.host, self.port)
client_socket = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
client_socket.connect(address)
data = data_message
num_retransmits = 0
while (num_retransmits < 5): # send the same message 5 times
num_retransmits = num_retransmits + 1
serialized_message = data.SerializeToString()
# DEBUG
#if tok.validate_token(data_message, token):
# print("token OK :-)")
#else:
# print("token WRONG !!!")
print("serialized_message: ", len(serialized_message))
totallen = 4 + len(serialized_message)
print("totallen: ", totallen)
pack1 = struct.pack('>I', totallen) # the first part of the message is length
client_socket.sendall(pack1 + serialized_message)
# DEBUG
# with open('send.test.packet.1', 'wb') as pack:
# pack.write(pack1 + serialized_message)
print("[client] stationId: ", data.stationId, " timestamp: ", data.timestamp)
def setUp(self):
self.unit = Tokenizer()