import pika
from PikaBus.PikaBusSetup import PikaBusSetup
# Use pika connection params to set connection details
credentials = pika.PlainCredentials('amqp', 'amqp')
connParams = pika.ConnectionParameters(
host='localhost',
port=5672,
virtual_host='/',
credentials=credentials)
# Create a PikaBusSetup instance without a listener queue
pikaBusSetup = PikaBusSetup(connParams)
# Create a temporary bus to publish messages.
bus = pikaBusSetup.CreateBus()
payload = {'hello': 'world!', 'reply': False}
# To publish a message means publishing a message on a topic received by any subscribers of the topic.
bus.Publish(payload=payload, topic='myTopic')
if payload['reply']:
payload['reply'] = False
bus.Reply(payload=payload)
# Use pika connection params to set connection details
credentials = pika.PlainCredentials('amqp', 'amqp')
connParams = pika.ConnectionParameters(
host='localhost',
port=5672,
virtual_host='/',
credentials=credentials)
# Create a PikaBusSetup instance with a listener queue, and add the message handler method.
pikaBusSetup = PikaBusSetup(connParams,
defaultListenerQueue='myQueue',
defaultSubscriptions='myTopic')
pikaBusSetup.AddMessageHandler(MessageHandlerMethod)
# Start consuming messages from the queue.
pikaBusSetup.StartConsumers()
# Create a temporary bus to subscribe on topics and send, defer or publish messages.
bus = pikaBusSetup.CreateBus()
bus.Subscribe('myTopic')
payload = {'hello': 'world!', 'reply': True}
# To send a message means sending a message explicitly to one receiver.
bus.Send(payload=payload, queue='myQueue')
# To defer a message means sending a message explicitly to one receiver with some delay before it is processed.
payload: dict = kwargs['payload']
print(payload)
raise Exception("I'm just failing as I'm told ..")
# Use pika connection params to set connection details
credentials = pika.PlainCredentials('amqp', 'amqp')
connParams = pika.ConnectionParameters(host='localhost',
port=5672,
virtual_host='/',
credentials=credentials)
# Create a PikaBusSetup instance with a listener queue and your own PikaErrorHandler definition.
pikaErrorHandler = PikaErrorHandler(errorQueue='error', maxRetries=1)
pikaBusSetup = PikaBusSetup(connParams,
defaultListenerQueue='myFailingQueue',
pikaErrorHandler=pikaErrorHandler)
pikaBusSetup.AddMessageHandler(failingMessageHandlerMethod)
# Start consuming messages from the queue.
pikaBusSetup.StartConsumers()
# Create a temporary bus to subscribe on topics and send, defer or publish messages.
bus = pikaBusSetup.CreateBus()
payload = {'hello': 'world!', 'reply': True}
# To send a message means sending a message explicitly to one receiver.
# In this case the message will keep failing and end up in an dead-letter queue called `error`.
# Locate the failed message in the `error` queue at the RabbitMq admin portal on http://localhost:15672 (user=amqp, password=amqp)
bus.Send(payload=payload, queue='myFailingQueue')
import pika
import json
from PikaBus.PikaBusSetup import PikaBusSetup
from PikaBus.abstractions.AbstractPikaBus import AbstractPikaBus
# Use pika connection params to set connection details.
credentials = pika.PlainCredentials('amqp', 'amqp')
connParams = pika.ConnectionParameters(host='localhost',
port=5672,
virtual_host='/',
credentials=credentials)
# Create a PikaBusSetup instance without a listener queue.
pikaBusSetup = PikaBusSetup(connParams)
# Run Init to create default listener queue, exchanges and subscriptions.
pikaBusSetup.Init(listenerQueue='myQueue', subscriptions='myQueue')
# Create a temporary bus transaction using the `with` statement
# to transmit all outgoing messages at the end of the transaction.
with pikaBusSetup.CreateBus() as bus:
bus: AbstractPikaBus = bus
payload = {'hello': 'world!', 'reply': False}
bus.Send(payload=payload, queue='myQueue')
bus.Publish(payload=payload, topic='myQueue')
# Fetch and print all messages from the queue synchronously.
with pikaBusSetup.CreateBus() as bus:
bus: AbstractPikaBus = bus
message = bus.channel.basic_get('myQueue', auto_ack=True)
while message[0] is not None: