def testPublishAndPurgeOnMultipleQueues(self):
""" Test that queues are properly purged"""
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName1 = "testQueue1"
queueName2 = "testQueue2"
routingKey1 = "testKey1"
routingKey2 = "testKey2"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName1)
self.client.declareQueue(queueName2)
self.client.bindQueue(queueName1, exchangeName, routingKey1)
self.client.bindQueue(queueName2, exchangeName, routingKey2)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d-queue1" % (i)),
exchangeName, routingKey1)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d-queue2" % (i)),
exchangeName, routingKey2)
self._verifyQueue(queueName1, testMessageCount=_NUM_TEST_MESSAGES)
self._verifyQueue(queueName2, testMessageCount=_NUM_TEST_MESSAGES)
self.client.purgeQueue(queueName1)
self._verifyQueue(queueName1, testMessageCount=0)
self._verifyQueue(queueName2, testMessageCount=_NUM_TEST_MESSAGES)
self.client.purgeQueue(queueName2)
self._verifyQueue(queueName2, testMessageCount=0)
def testPublishMandatoryMessage(self):
"""
Tests sending an unroutable message after enabling publisher
acknowledgements.
"""
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
self.client.enablePublisherAcks()
self.assertRaises(UnroutableError,
self.client.publish,
Message("test-msg"),
exchangeName,
"fakeKey",
mandatory=True)
self.client.publish(Message("test-msg"),
exchangeName,
routingKey,
mandatory=True)
def testConsumerGetNextEvent(self):
""" Tests getting messages using a consumer and getNextEvent(). """
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)), exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
consumer = self.client.createConsumer(queueName)
for i in range(0, _NUM_TEST_MESSAGES):
message = self.client.getNextEvent()
self.assertEqual(message.body, "test-msg-%d" % (i))
self.assertEqual(message.properties, BasicProperties())
self.assertEqual(
message.methodInfo,
MessageDeliveryInfo(consumerTag=consumer.tag,
deliveryTag=(i + 1),
redelivered=False,
exchange=exchangeName,
routingKey=routingKey))
def testEnablePublisherAcksAfterUnroutableMessage(self):
"""
Tests enabling publisher acknowledgements after an unroutable message has
already been sent.
"""
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
self.client.publish(Message("test-msg"),
exchangeName,
"fakeKey",
mandatory=True)
with self.assertRaises(UnroutableError) as cm:
self.client.enablePublisherAcks()
self.assertEqual(
cm.exception.messages[0],
ReturnedMessage(body="test-msg",
properties=BasicProperties(),
methodInfo=MessageReturnInfo(
replyCode=312,
replyText="NO_ROUTE",
exchange=exchangeName,
routingKey="fakeKey")))
def testGetOneMessage(self):
""" Tests getting messages using getOneMessage. """
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)), exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
for i in range(0, _NUM_TEST_MESSAGES):
message = self.client.getOneMessage(queueName)
_LOGGER.info("getOneMessage() = %s", message.__repr__())
self.assertEqual(message.body, "test-msg-%d" % (i))
self.assertEqual(message.properties, BasicProperties())
self.assertEqual(
message.methodInfo,
MessageGetInfo(deliveryTag=(i + 1),
redelivered=False,
exchange=exchangeName,
routingKey=routingKey,
messageCount=(_NUM_TEST_MESSAGES - 1 - i)))
def testAckAllMessages(self):
""" Tests acking all messages"""
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)), exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
self._verifyReadyMessages(queueName)
self.client.createConsumer(queueName)
self._verifyUnacknowledgedMessages(queueName)
self.client.ackAll()
self._verifyAcknowledgedMessages(queueName)
def testNackingMessages(self):
"""Tests nacking messages """
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)),
exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
self.client.createConsumer(queueName)
self._hasEvent()
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES,
testConsumerCount=1)
for i in range(0, _NUM_TEST_MESSAGES):
self.client.getNextEvent().nack()
self._verifyQueue(queueName, testMessageCount=0, testConsumerCount=1)
@_RETRY_ON_ASSERTION_ERROR
def _verifyNackedMessages():
"""
Verifies that messages are unacknowledged on server in nested function to
use the _RETRY_ON_ASSERTION_ERROR decorator.
"""
queue = requests.get(
url="http://%s:%s/api/queues/%s/%s" % (
self.connParams.host,
self.connParams.port,
self.connParams.vhost,
queueName),
auth=(self.connParams.username, self.connParams.password)
).json()
self.assertEqual(queue["messages"], 0)
self.assertEqual(queue["messages_unacknowledged"], 0)
_verifyNackedMessages()
def testPublishMessage(self):
""" Test that published messages reach their specified queues"""
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
# Test message publishing
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)), exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
def testRecoverUnackedMessages(self):
""" Tests the recover method to re-queue unacked messages. """
self._connectToClient()
exchangeName = "testExchange"
exchangeType = "direct"
queueName = "testQueue"
routingKey = "testKey"
self.client.declareExchange(exchangeName, exchangeType)
self.client.declareQueue(queueName)
self.client.bindQueue(queueName, exchangeName, routingKey)
for i in range(0, _NUM_TEST_MESSAGES):
# Test random numbers of messages sent to the queue
self.client.publish(Message("test-msg-%d" % (i)), exchangeName,
routingKey)
self._verifyQueue(queueName, testMessageCount=_NUM_TEST_MESSAGES)
consumer = self.client.createConsumer(queueName)
for i in range(0, _NUM_TEST_MESSAGES):
message = self.client.getNextEvent()
self.assertEqual(message.body, "test-msg-%d" % (i))
self.assertEqual(message.properties, BasicProperties())
self.assertEqual(
message.methodInfo,
MessageDeliveryInfo(consumerTag=consumer.tag,
deliveryTag=(i + 1),
redelivered=False,
exchange=exchangeName,
routingKey=routingKey))
self._verifyUnacknowledgedMessages(queueName)
self.client.recover(requeue=True)
@_RETRY_ON_ASSERTION_ERROR
def _verifyRecoveredMessages():
"""
Verifies that messages are unacknowledged on server in nested function to
use the _RETRY_ON_ASSERTION_ERROR decorator.
"""
queue = requests.get(url="http://%s:%s/api/queues/%s/%s" %
(self.connParams.host, self.connParams.port,
self.connParams.vhost, queueName),
auth=(self.connParams.username,
self.connParams.password)).json()
self.assertIn("redeliver", queue["message_stats"])
self.assertEqual(queue["message_stats"]["redeliver"],
_NUM_TEST_MESSAGES)
_verifyRecoveredMessages()
for i in range(0, _NUM_TEST_MESSAGES):
message = self.client.getNextEvent()
self.assertEqual(message.body, "test-msg-%d" % (i))
self.assertEqual(message.properties, BasicProperties())
self.assertEqual(
message.methodInfo,
MessageDeliveryInfo(consumerTag=consumer.tag,
deliveryTag=(_NUM_TEST_MESSAGES + i + 1),
redelivered=True,
exchange=exchangeName,
routingKey=routingKey))
