def on_message(self, message: InboundMessage):
payload_str = message.get_payload_as_string()
#print("\n" + f"Message Payload String: {payload_str} \n")
# No fraud detected, reconcile and settle transaction
print("Transaction details: ", payload_str, "\n")
print("Reconcilliation completed\n")
def on_message(self, message: InboundMessage):
global transaction_FX
global tx_my
payload_str = message.get_payload_as_string()
transaction = ast.literal_eval(payload_str)
#Calculate the FX
transaction['amount'] = transaction['amount'] * tx_FX
publish_mesg(str(transaction))
def on_message(self, message: InboundMessage):
global transaction_FX
global tx_my
payload_str = message.get_payload_as_string()
transaction = ast.literal_eval(payload_str)
#Receive the FX
if transaction['amount'] >= 900:
print("Fraud detected, sent to Compliance officer\n")
else:
print("No fraud\n")
publish_mesg(str(transaction))
def on_message(self, message: InboundMessage):
topic = message.get_destination_name()
payload_str = message.get_payload_as_string
print("\n" + f"Message Payload String: {payload_str} \n")
print("\n" + f"Message Topic: {topic} \n")
print("\n" + f"Message dump: {message} \n")
def on_message(self, message: InboundMessage):
topic = message.get_destination_name()
print("\n" + f"Received message on: {topic}")
print("\n" + f"Message dump: {message} \n")