def on_message(client: mqtt.Client, userdata, msg: mqtt.MQTTMessage):
ack: AckMessage = AckMessage.from_json(msg.payload)
tokens = msg.topic.split('/')
session_id = tokens[1]
if ack.status == Status.NEW:
new_ack = AckMessage(txid=ack.txid,
status=Status.PENDING,
transaction_currency="NANO",
transaction_hash="B50DB45966850AD4B11ECFDD8AE0A7AD97DF74864631D8C1495E46DDDFC1802A")
logging.info("Waiting...")
time.sleep(WAITING_INTERVAL)
logging.info("Sending first ack...")
client.publish("acks/{}".format(session_id), new_ack.to_json())
new_ack.status = Status.PAID
logging.info("Waiting...")
def pub_second_ack():
logging.info("Sending second ack...")
client.publish("acks/{}".format(session_id), new_ack.to_json())
t = Timer(WAITING_INTERVAL, pub_second_ack)
t.start()
async def test_on_ack(mock_mqtt):
wallet = Wallet.factory("manta://localhost:8000/123")
expected = AckMessage(txid="0", transaction_hash="myhash", status=Status.PENDING)
mock_mqtt.push("acks/123", expected.to_json())
ack_message = await wallet.acks.get()
assert ack_message == expected
def reply(topic, payload):
order = MerchantOrderRequestMessage.from_json(payload)
tokens = topic.split("/")
device = tokens[1]
r = AckMessage(txid="0",
status=Status.NEW,
url="manta://testpp.com/{}".format(order.session_id))
return "acks/{}".format(device), r.to_json()
async def test_ack(mock_mqtt):
store = Store('device1')
ack_message: AckMessage = None
expected_ack = AckMessage(txid='1234',
transaction_hash="hash_1234",
status=Status.PENDING)
mock_mqtt.push('acks/123', expected_ack.to_json())
ack_message = await store.acks.get()
assert expected_ack == ack_message
def se(topic, payload):
nonlocal mock_mqtt
if topic == "merchant_order_request/device1":
order = MerchantOrderRequestMessage.from_json(payload)
reply = AckMessage(status=Status.NEW,
url="manta://testpp.com/{}".format(
order.session_id),
txid="0")
topic = "acks/{}".format(order.session_id)
mock_mqtt.push(topic, reply.to_json())