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Mock classes for Java Messaging System
package com.mockrunner.jms;
import java.util.Iterator;
import java.util.List;
import javax.jms.JMSException;
import javax.jms.MessageConsumer;
import javax.jms.MessageListener;
import javax.jms.Queue;
import javax.jms.Session;
import javax.jms.Topic;
import com.mockrunner.base.NestedApplicationException;
import com.mockrunner.base.VerifyFailedException;
import com.mockrunner.mock.jms.JMSMockObjectFactory;
import com.mockrunner.mock.jms.MockConnection;
import com.mockrunner.mock.jms.MockMessage;
import com.mockrunner.mock.jms.MockMessageConsumer;
import com.mockrunner.mock.jms.MockMessageProducer;
import com.mockrunner.mock.jms.MockQueue;
import com.mockrunner.mock.jms.MockQueueBrowser;
import com.mockrunner.mock.jms.MockQueueConnection;
import com.mockrunner.mock.jms.MockQueueConnectionFactory;
import com.mockrunner.mock.jms.MockQueueReceiver;
import com.mockrunner.mock.jms.MockQueueSender;
import com.mockrunner.mock.jms.MockQueueSession;
import com.mockrunner.mock.jms.MockSession;
import com.mockrunner.mock.jms.MockTemporaryQueue;
import com.mockrunner.mock.jms.MockTemporaryTopic;
import com.mockrunner.mock.jms.MockTopic;
import com.mockrunner.mock.jms.MockTopicConnection;
import com.mockrunner.mock.jms.MockTopicConnectionFactory;
import com.mockrunner.mock.jms.MockTopicPublisher;
import com.mockrunner.mock.jms.MockTopicSession;
import com.mockrunner.mock.jms.MockTopicSubscriber;
/**
* Module for JMS tests.
* Note that all indices are zero based.
* Note for JMS 1.1:
* If you use {@link MockQueueConnectionFactory} for creating your
* connections and sessions, you have to use the methods with Queue
* in their name. Same with {@link MockTopicConnectionFactory}.
* The methods without Queue and Topic
* in the method name are for connections and sessions that were
* created using the {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* {@link com.mockrunner.mock.jms.MockConnectionFactory}
* also implements the QueueConnectionFactory and
* TopicConnectionFactory interfaces and can be used to create
* queue and topic connections as well as generic JMS 1.1 connections.
* It is recommended to use {@link com.mockrunner.mock.jms.MockQueueConnectionFactory}
* if you only use queues and {@link com.mockrunner.mock.jms.MockTopicConnectionFactory}
* if you only use topics and are not interested in having one factory for both.
* It is possible to create a {@link MockQueueConnection} or a {@link MockTopicConnection}
* using the {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* However, the Queue methods (e.g. {@link #verifyAllQueueReceiversClosed})
* only work, if you use {@link MockQueueConnectionFactory} and the
* Topic methods (e.g. {@link #verifyCreatedTopicMapMessageNotAcknowledged})
* only work, if you use {@link MockTopicConnectionFactory}.
*/
public class JMSTestModule
{
private JMSMockObjectFactory mockFactory;
private int currentQueueConnectionIndex;
private int currentTopicConnectionIndex;
private int currentConnectionIndex;
public JMSTestModule(JMSMockObjectFactory mockFactory)
{
this.mockFactory = mockFactory;
currentQueueConnectionIndex = -1;
currentTopicConnectionIndex = -1;
currentConnectionIndex = -1;
}
/**
* Sets the index of the {@link MockQueueConnection} that should be used
* for the current test. Per default the latest created connection
* is used.
* @param connectionIndex the index of the connection
*/
public void setCurrentQueueConnectionIndex(int connectionIndex)
{
this.currentQueueConnectionIndex = connectionIndex;
}
/**
* Returns the current {@link MockQueueConnection} based on its
* index or null if no queue connection
* was created. The connection has to be created using the
* {@link MockQueueConnectionFactory}.
* @return the queue connection
*/
public MockQueueConnection getCurrentQueueConnection()
{
if(0 > currentQueueConnectionIndex)
{
return mockFactory.getMockQueueConnectionFactory().getLatestQueueConnection();
}
return mockFactory.getMockQueueConnectionFactory().getQueueConnection(currentQueueConnectionIndex);
}
/**
* Sets the index of the {@link MockTopicConnection} that should be used
* for the current test. Per default the latest created connection
* is used.
* @param connectionIndex the index of the connection
*/
public void setCurrentTopicConnectionIndex(int connectionIndex)
{
this.currentTopicConnectionIndex = connectionIndex;
}
/**
* Returns the current {@link MockTopicConnection} based on its
* index or null if no topic connection
* was created. The connection has to be created using the
* {@link MockTopicConnectionFactory}.
* @return the topic connection
*/
public MockTopicConnection getCurrentTopicConnection()
{
if(0 > currentTopicConnectionIndex)
{
return mockFactory.getMockTopicConnectionFactory().getLatestTopicConnection();
}
return mockFactory.getMockTopicConnectionFactory().getTopicConnection(currentTopicConnectionIndex);
}
/**
* Sets the index of the {@link MockConnection} that should be used
* for the current test. Per default the latest created connection
* is used.
* @param connectionIndex the index of the connection
*/
public void setCurrentConnectionIndex(int connectionIndex)
{
this.currentConnectionIndex = connectionIndex;
}
/**
* Returns the current {@link MockConnection} based on its
* index or null if no connection
* was created. The connection has to be created using the
* {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* @return the topic connection
*/
public MockConnection getCurrentConnection()
{
if(0 > currentConnectionIndex)
{
return mockFactory.getMockConnectionFactory().getLatestConnection();
}
return mockFactory.getMockConnectionFactory().getConnection(currentConnectionIndex);
}
/**
* Creates a new connection and uses it for creating a new session and receiver.
* Registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing senders. It can be used to register message driven beans.
* Note that the created connection is the latest created
* connection and automatically becomes the default connection for the
* test module. The created session is transacted.
* This method uses the {@link MockQueueConnectionFactory} for
* creating the connection and the session. If you want to use the
* {@link com.mockrunner.mock.jms.MockConnectionFactory} you have to create the connection on your own
* and call {@link #registerTestMessageListenerForQueue(MockConnection, String, MessageListener)}.
* @param queueName the name of the queue used for message receiving
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForQueue(String queueName, MessageListener listener)
{
try
{
MockQueueConnectionFactory factory = mockFactory.getMockQueueConnectionFactory();
MockQueueConnection connection = (MockQueueConnection)factory.createQueueConnection();
registerTestMessageListenerForQueue(connection, queueName, listener);
}
catch(JMSException exc)
{
throw new NestedApplicationException(exc);
}
}
/**
* Creates a new session and receiver using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing senders. It can be used to register message driven beans.
* The created session is transacted.
* @param connection the connection used for creating the session
* @param queueName the name of the queue used for message receiving
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForQueue(MockConnection connection, String queueName, MessageListener listener)
{
registerTestMessageListenerForQueue(connection, queueName, true, Session.AUTO_ACKNOWLEDGE, listener);
}
/**
* Creates a new session and receiver using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing senders. It can be used to register message driven beans.
* @param connection the connection used for creating the session
* @param queueName the name of the queue used for message receiving
* @param transacted should the created session be transacted
* @param acknowledgeMode the acknowledge mode of the created session
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForQueue(MockConnection connection, String queueName, boolean transacted, int acknowledgeMode, MessageListener listener)
{
registerTestMessageListenerForQueue(connection, queueName, transacted, acknowledgeMode, null, listener);
}
/**
* Creates a new session and receiver using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing senders. It can be used to register message driven beans.
* @param connection the connection used for creating the session
* @param queueName the name of the queue used for message receiving
* @param transacted should the created session be transacted
* @param acknowledgeMode the acknowledge mode of the created session
* @param messageSelector the message selector
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForQueue(MockConnection connection, String queueName, boolean transacted, int acknowledgeMode, String messageSelector, MessageListener listener)
{
try
{
Queue queue = getDestinationManager().getQueue(queueName);
MockSession session = (MockSession)connection.createSession(transacted, acknowledgeMode);
MessageConsumer consumer = session.createConsumer(queue, messageSelector);
consumer.setMessageListener(listener);
connection.start();
}
catch(JMSException exc)
{
throw new NestedApplicationException(exc);
}
}
/**
* Creates a new connection and uses it for creating a new session and subscriber.
* Registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing publishers. It can be used to resgister message driven beans.
* Note that the created connection is the latest created
* connection and automatically becomes the default connection for the
* test module. The created session is transacted.
* This method uses the {@link MockTopicConnectionFactory} for
* creating the connection and the session. If you want to use the
* {@link com.mockrunner.mock.jms.MockConnectionFactory} you have to create the connection on your own
* and call {@link #registerTestMessageListenerForTopic(MockConnection, String, MessageListener)}.
* @param topicName the name of the topic used for message receiving
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForTopic(String topicName, MessageListener listener)
{
try
{
MockTopicConnectionFactory factory = mockFactory.getMockTopicConnectionFactory();
MockTopicConnection connection = (MockTopicConnection)factory.createTopicConnection();
registerTestMessageListenerForTopic(connection, topicName, listener);
}
catch(JMSException exc)
{
throw new NestedApplicationException(exc);
}
}
/**
* Creates a new session and subscriber using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing publishers. It can be used to resgister message driven beans.
* The created session is transacted.
* @param connection the connection used for creating the session
* @param topicName the name of the topic used for message receiving
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForTopic(MockConnection connection, String topicName, MessageListener listener)
{
registerTestMessageListenerForTopic(connection, topicName, true, Session.AUTO_ACKNOWLEDGE, listener);
}
/**
* Creates a new session and subscriber using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing publishers. It can be used to resgister message driven beans.
* @param connection the connection used for creating the session
* @param topicName the name of the topic used for message receiving
* @param transacted should the created session be transacted
* @param acknowledgeMode the acknowledge mode of the created session
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForTopic(MockConnection connection, String topicName, boolean transacted, int acknowledgeMode, MessageListener listener)
{
registerTestMessageListenerForTopic(connection, topicName, transacted, acknowledgeMode, null, listener);
}
/**
* Creates a new session and subscriber using the specified connection and
* registers the specified listener. Starts the connection for message
* receiving. This method is useful for creating test listeners when
* testing publishers. It can be used to resgister message driven beans.
* @param connection the connection used for creating the session
* @param topicName the name of the topic used for message receiving
* @param transacted should the created session be transacted
* @param acknowledgeMode the acknowledge mode of the created session
* @param messageSelector the message selector
* @param listener the listener that should be registered
*/
public void registerTestMessageListenerForTopic(MockConnection connection, String topicName, boolean transacted, int acknowledgeMode, String messageSelector, MessageListener listener)
{
try
{
Topic topic = getDestinationManager().getTopic(topicName);
MockSession session = (MockSession)connection.createSession(transacted, acknowledgeMode);
MessageConsumer consumer = session.createConsumer(topic, messageSelector);
consumer.setMessageListener(listener);
connection.start();
}
catch(JMSException exc)
{
throw new NestedApplicationException(exc);
}
}
/**
* Returns the {@link DestinationManager}.
* @return the {@link DestinationManager}
*/
public DestinationManager getDestinationManager()
{
return mockFactory.getDestinationManager();
}
/**
* Returns the {@link ConfigurationManager}.
* @return the {@link ConfigurationManager}
*/
public ConfigurationManager getConfigurationManager()
{
return mockFactory.getConfigurationManager();
}
/**
* Returns the {@link MessageManager} for the specified session
* or null if the session does not exist. The returned
* {@link MessageManager} is used to keep track of messages sent
* to queues.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @return the {@link MessageManager}
*/
public MessageManager getQueueMessageManager(int indexOfSession)
{
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session) return null;
return session.getMessageManager();
}
/**
* Returns the {@link MessageManager} for the specified session
* or null if the session does not exist. The returned
* {@link MessageManager} is used to keep track of messages sent
* to topics.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @return the {@link MessageManager}
*/
public MessageManager getTopicMessageManager(int indexOfSession)
{
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session) return null;
return session.getMessageManager();
}
/**
* Returns the {@link MessageManager} for the specified session
* or null if the session does not exist. The returned
* {@link MessageManager} is used to keep track of messages sent
* to topics.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @return the {@link MessageManager}
*/
public MessageManager getMessageManager(int indexOfSession)
{
MockSession session = getSession(indexOfSession);
if(null == session) return null;
return session.getMessageManager();
}
/**
* Returns the {@link QueueTransmissionManager} for the specified session
* or null if the session does not exist.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @return the {@link QueueTransmissionManager}
*/
public QueueTransmissionManager getQueueTransmissionManager(int indexOfSession)
{
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session) return null;
return session.getQueueTransmissionManager();
}
/**
* Returns the {@link TopicTransmissionManager} for the specified session
* or null if the session does not exist.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @return the {@link TopicTransmissionManager}
*/
public TopicTransmissionManager getTopicTransmissionManager(int indexOfSession)
{
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session) return null;
return session.getTopicTransmissionManager();
}
/**
* @param indexOfSession the index of the session
* @return the {@link TransmissionManagerWrapper}
* @deprecated use {@link #getTransmissionManagerWrapper}
*/
public TransmissionManagerWrapper getTransmissionManager(int indexOfSession)
{
return getTransmissionManagerWrapper(indexOfSession);
}
/**
* Returns the {@link TransmissionManagerWrapper} for the specified session
* or null if the session does not exist.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @return the {@link TransmissionManagerWrapper}
*/
public TransmissionManagerWrapper getTransmissionManagerWrapper(int indexOfSession)
{
MockSession session = getSession(indexOfSession);
if(null == session) return null;
return session.getTransmissionManagerWrapper();
}
/**
* Returns the {@link TransmissionManagerWrapper} for the specified session
* or null if the session does not exist.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @return the {@link TransmissionManagerWrapper}
*/
public TransmissionManagerWrapper getQueueTransmissionManagerWrapper(int indexOfSession)
{
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session) return null;
return session.getTransmissionManagerWrapper();
}
/**
* Returns the {@link TransmissionManagerWrapper} for the specified session
* or null if the session does not exist.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @return the {@link TransmissionManagerWrapper}
*/
public TransmissionManagerWrapper getTopicTransmissionManagerWrapper(int indexOfSession)
{
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session) return null;
return session.getTransmissionManagerWrapper();
}
/**
* Returns the list of {@link MockQueueSession} objects.
* The sessions have been created using the current {@link MockQueueConnection}.
* @return the {@link MockQueueSession} list
*/
public List getQueueSessionList()
{
if(null == getCurrentQueueConnection()) return null;
return getCurrentQueueConnection().getQueueSessionList();
}
/**
* Returns the list of {@link MockTopicSession} objects.
* The sessions have been created using the current {@link MockTopicConnection}.
* @return the {@link MockTopicSession} list
*/
public List getTopicSessionList()
{
if(null == getCurrentTopicConnection()) return null;
return getCurrentTopicConnection().getTopicSessionList();
}
/**
* Returns the list of {@link MockSession} objects.
* The sessions have been created using the current {@link MockConnection}.
* @return the {@link MockSession} list
*/
public List getSessionList()
{
if(null == getCurrentConnection()) return null;
return getCurrentConnection().getSessionList();
}
/**
* Returns the {@link MockQueueSession} for the specified index
* or null if the session does not exist.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @return the {@link MockQueueSession}
*/
public MockQueueSession getQueueSession(int indexOfSession)
{
if(null == getCurrentQueueConnection()) return null;
return getCurrentQueueConnection().getQueueSession(indexOfSession);
}
/**
* Returns the {@link MockTopicSession} for the specified index
* or null if the session does not exist.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @return the {@link MockTopicSession}
*/
public MockTopicSession getTopicSession(int indexOfSession)
{
if(null == getCurrentTopicConnection()) return null;
return getCurrentTopicConnection().getTopicSession(indexOfSession);
}
/**
* Returns the {@link MockSession} for the specified index
* or null if the session does not exist.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @return the {@link MockSession}
*/
public MockSession getSession(int indexOfSession)
{
if(null == getCurrentConnection()) return null;
return getCurrentConnection().getSession(indexOfSession);
}
/**
* Returns the {@link MockQueue} with the specified name
* or null if no such queue exists.
* @param name the name of the queue
* @return the {@link MockQueue}
*/
public MockQueue getQueue(String name)
{
return getDestinationManager().getQueue(name);
}
/**
* Returns the {@link MockTopic} with the specified name
* or null if no such topic exists.
* @param name the name of the topic
* @return the {@link MockTopic}
*/
public MockTopic getTopic(String name)
{
return getDestinationManager().getTopic(name);
}
/**
* Returns the list of {@link MockTemporaryQueue} objects
* for the specified session. The session has to be created using
* the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @return the {@link MockTemporaryQueue} list
*/
public List getTemporaryQueueList(int indexOfSession)
{
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session) return null;
return session.getTemporaryQueueList();
}
/**
* Returns the list of {@link MockTemporaryTopic} objects
* for the specified session. The session has to be created using
* the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @return the {@link MockTemporaryTopic} list
*/
public List getTemporaryTopicList(int indexOfSession)
{
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session) return null;
return session.getTemporaryTopicList();
}
/**
* Returns the {@link MockTemporaryQueue} with the specified index
* for the specified session. Returns null if no such
* temporary queue exists. The session has to be created using
* the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @return the {@link MockTemporaryQueue}
*/
public MockTemporaryQueue getTemporaryQueue(int indexOfSession, int indexOfQueue)
{
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session) return null;
return session.getTemporaryQueue(indexOfQueue);
}
/**
* Returns the {@link MockTemporaryTopic} with the specified index
* for the specified session. Returns null if no such
* temporary queue exists. The session has to be created using
* the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary queue
* @return the {@link MockTemporaryTopic}
*/
public MockTemporaryTopic getTemporaryTopic(int indexOfSession, int indexOfTopic)
{
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session) return null;
return session.getTemporaryTopic(indexOfTopic);
}
/**
* Returns the list of messages that are currently present in the queue
* or null if no such queue exists.
* @param name the name of the queue
* @return the list of messages
*/
public List getCurrentMessageListFromQueue(String name)
{
MockQueue queue = getQueue(name);
if(null == queue) return null;
return queue.getCurrentMessageList();
}
/**
* Returns the list of messages that are currently present in the
* temporary queue or null if no such queue exists.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @return the list of messages
*/
public List getCurrentMessageListFromTemporaryQueue(int indexOfSession, int indexOfQueue)
{
MockTemporaryQueue queue = getTemporaryQueue(indexOfSession, indexOfQueue);
if(null == queue) return null;
return queue.getCurrentMessageList();
}
/**
* Returns the list of messages that were received by the queue
* or null if no such queue exists.
* @param name the name of the queue
* @return the list of messages
*/
public List getReceivedMessageListFromQueue(String name)
{
MockQueue queue = getQueue(name);
if(null == queue) return null;
return queue.getReceivedMessageList();
}
/**
* Returns the list of messages that were received by the
* temporary queue or null if no such queue exists.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @return the list of messages
*/
public List getReceivedMessageListFromTemporaryQueue(int indexOfSession, int indexOfQueue)
{
MockTemporaryQueue queue = getTemporaryQueue(indexOfSession, indexOfQueue);
if(null == queue) return null;
return queue.getReceivedMessageList();
}
/**
* Returns the list of messages that are currently present in the topic
* or null if no such topic exists.
* @param name the name of the queue
* @return the list of messages
*/
public List getCurrentMessageListFromTopic(String name)
{
MockTopic topic = getTopic(name);
if(null == topic) return null;
return topic.getCurrentMessageList();
}
/**
* Returns the list of messages that are currently present in the
* temporary topic or null if no such topic exists.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @return the list of messages
*/
public List getCurrentMessageListFromTemporaryTopic(int indexOfSession, int indexOfTopic)
{
MockTemporaryTopic topic = getTemporaryTopic(indexOfSession, indexOfTopic);
if(null == topic) return null;
return topic.getCurrentMessageList();
}
/**
* Returns the list of messages that were received by the topic
* or null if no such topic exists.
* @param name the name of the topic
* @return the list of messages
*/
public List getReceivedMessageListFromTopic(String name)
{
MockTopic topic = getTopic(name);
if(null == topic) return null;
return topic.getReceivedMessageList();
}
/**
* Returns the list of messages that were received by the
* temporary topic or null if no such topic exists.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @return the list of messages
*/
public List getReceivedMessageListFromTemporaryTopic(int indexOfSession, int indexOfTopic)
{
MockTemporaryTopic topic = getTemporaryTopic(indexOfSession, indexOfTopic);
if(null == topic) return null;
return topic.getReceivedMessageList();
}
/**
* Verifies that the current {@link MockQueueConnection} is closed.
* The connection has to be created using the current {@link MockQueueConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueConnectionClosed()
{
if(null == getCurrentQueueConnection())
{
throw new VerifyFailedException("No QueueConnection present.");
}
if(!getCurrentQueueConnection().isClosed())
{
throw new VerifyFailedException("QueueConnection is not closed.");
}
}
/**
* Verifies that the current {@link MockQueueConnection} is started.
* The connection has to be created using the current {@link MockQueueConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueConnectionStarted()
{
if(null == getCurrentQueueConnection())
{
throw new VerifyFailedException("No QueueConnection present.");
}
if(!getCurrentQueueConnection().isStarted())
{
throw new VerifyFailedException("QueueConnection is not started.");
}
}
/**
* Verifies that the current {@link MockQueueConnection} is stopped.
* The connection has to be created using the current {@link MockQueueConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueConnectionStopped()
{
if(null == getCurrentQueueConnection())
{
throw new VerifyFailedException("No QueueConnection present.");
}
if(!getCurrentQueueConnection().isStopped())
{
throw new VerifyFailedException("QueueConnection is not stopped.");
}
}
/**
* Verifies that the current {@link MockTopicConnection} is closed.
* The connection has to be created using the current {@link MockTopicConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicConnectionClosed()
{
if(null == getCurrentTopicConnection())
{
throw new VerifyFailedException("No TopicConnection present.");
}
if(!getCurrentTopicConnection().isClosed())
{
throw new VerifyFailedException("TopicConnection is not closed.");
}
}
/**
* Verifies that the current {@link MockTopicConnection} is started.
* The connection has to be created using the current {@link MockTopicConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicConnectionStarted()
{
if(null == getCurrentTopicConnection())
{
throw new VerifyFailedException("No TopicConnection present.");
}
if(!getCurrentTopicConnection().isStarted())
{
throw new VerifyFailedException("TopicConnection is not started.");
}
}
/**
* Verifies that the current {@link MockTopicConnection} is stopped.
* The connection has to be created using the current {@link MockTopicConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicConnectionStopped()
{
if(null == getCurrentTopicConnection())
{
throw new VerifyFailedException("No TopicConnection present.");
}
if(!getCurrentTopicConnection().isStopped())
{
throw new VerifyFailedException("TopicConnection is not stopped.");
}
}
/**
* Verifies that the current {@link MockConnection} is closed.
* The connection has to be created using the current {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyConnectionClosed()
{
if(null == getCurrentConnection())
{
throw new VerifyFailedException("No Connection present.");
}
if(!getCurrentConnection().isClosed())
{
throw new VerifyFailedException("Connection is not closed.");
}
}
/**
* Verifies that the current {@link MockConnection} is started.
* The connection has to be created using the current {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyConnectionStarted()
{
if(null == getCurrentConnection())
{
throw new VerifyFailedException("No Connection present.");
}
if(!getCurrentConnection().isStarted())
{
throw new VerifyFailedException("Connection is not started.");
}
}
/**
* Verifies that the current {@link MockConnection} is stopped.
* The connection has to be created using the current {@link com.mockrunner.mock.jms.MockConnectionFactory}.
* @throws VerifyFailedException if verification fails
*/
public void verifyConnectionStopped()
{
if(null == getCurrentConnection())
{
throw new VerifyFailedException("No Connection present.");
}
if(!getCurrentConnection().isStopped())
{
throw new VerifyFailedException("Connection is not stopped.");
}
}
/**
* Verifies that the queue session with the specified index is
* closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionClosed(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(!session.isClosed())
{
throw new VerifyFailedException("QueueSession with index " + indexOfSession + " is not closed.");
}
}
/**
* Verifies that the queue session with the specified index was
* committed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionCommitted(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(!session.isCommitted())
{
throw new VerifyFailedException("QueueSession is not committed.");
}
}
/**
* Verifies that the queue session with the specified index was
* not committed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionNotCommitted(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(session.isCommitted())
{
throw new VerifyFailedException("QueueSession is committed.");
}
}
/**
* Verifies the number of commits of the queue session with the specified index.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberOfCommits the expected number of commits
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionNumberCommits(int indexOfSession, int numberOfCommits)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(numberOfCommits != session.getNumberCommits())
{
throw new VerifyFailedException("QueueSession was commited " + session.getNumberCommits() + " times, expected " + numberOfCommits + " times");
}
}
/**
* Verifies that the queue session with the specified index was
* rolled back.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionRolledBack(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(!session.isRolledBack())
{
throw new VerifyFailedException("QueueSession is not rolled back.");
}
}
/**
* Verifies that the queue session with the specified index was
* not rolled back.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionNotRolledBack(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(session.isRolledBack())
{
throw new VerifyFailedException("QueueSession is rolled back.");
}
}
/**
* Verifies the number of rollbacks of the queue session with the specified index.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberOfRollbacks the expected number of rollbacks
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionNumberRollbacks(int indexOfSession, int numberOfRollbacks)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(numberOfRollbacks != session.getNumberRollbacks())
{
throw new VerifyFailedException("QueueSession was rolled back " + session.getNumberRollbacks() + " times, expected " + numberOfRollbacks + " times");
}
}
/**
* Verifies that the queue session with the specified index was
* recovered.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionRecovered(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(!session.isRecovered())
{
throw new VerifyFailedException("QueueSession is not recovered.");
}
}
/**
* Verifies that the queue session with the specified index was
* not recovered.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSessionNotRecovered(int indexOfSession)
{
MockQueueSession session = checkAndGetQueueSessionByIndex(indexOfSession);
if(session.isRecovered())
{
throw new VerifyFailedException("QueueSession is recovered.");
}
}
/**
* Verifies that the topic session with the specified index is
* closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionClosed(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(!session.isClosed())
{
throw new VerifyFailedException("TopicSession with index " + indexOfSession + " is not closed.");
}
}
/**
* Verifies that the topic session with the specified index was
* committed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionCommitted(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(!session.isCommitted())
{
throw new VerifyFailedException("TopicSession is not committed.");
}
}
/**
* Verifies that the topic session with the specified index was
* not committed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionNotCommitted(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(session.isCommitted())
{
throw new VerifyFailedException("TopicSession is committed.");
}
}
/**
* Verifies the number of commits of the topic session with the specified index.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberOfCommits the expected number of commits
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionNumberCommits(int indexOfSession, int numberOfCommits)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(numberOfCommits != session.getNumberCommits())
{
throw new VerifyFailedException("TopicSession was commited " + session.getNumberCommits() + " times, expected " + numberOfCommits + " times");
}
}
/**
* Verifies that the topic session with the specified index was
* rolled back.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionRolledBack(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(!session.isRolledBack())
{
throw new VerifyFailedException("TopicSession is not rolled back.");
}
}
/**
* Verifies that the topic session with the specified index was
* not rolled back.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionNotRolledBack(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(session.isRolledBack())
{
throw new VerifyFailedException("TopicSession is rolled back.");
}
}
/**
* Verifies the number of rollbacks of the topic session with the specified index.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberOfRollbacks the expected number of rollbacks
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionNumberRollbacks(int indexOfSession, int numberOfRollbacks)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(numberOfRollbacks != session.getNumberRollbacks())
{
throw new VerifyFailedException("TopicSession was rolled back " + session.getNumberRollbacks() + " times, expected " + numberOfRollbacks + " times");
}
}
/**
* Verifies that the topic session with the specified index was
* recovered.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionRecovered(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(!session.isRecovered())
{
throw new VerifyFailedException("TopicSession is not recovered.");
}
}
/**
* Verifies that the topic session with the specified index was
* not recovered.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSessionNotRecovered(int indexOfSession)
{
MockTopicSession session = checkAndGetTopicSessionByIndex(indexOfSession);
if(session.isRecovered())
{
throw new VerifyFailedException("TopicSession is recovered.");
}
}
/**
* Verifies that the session with the specified index is
* closed.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionClosed(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(!session.isClosed())
{
throw new VerifyFailedException("Session with index " + indexOfSession + " is not closed.");
}
}
/**
* Verifies that the session with the specified index was
* committed.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionCommitted(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(!session.isCommitted())
{
throw new VerifyFailedException("Session is not committed.");
}
}
/**
* Verifies that the session with the specified index was
* not committed.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionNotCommitted(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(session.isCommitted())
{
throw new VerifyFailedException("Session is committed.");
}
}
/**
* Verifies the number of commits of session with the specified index.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param numberOfCommits the expected number of commits
* @throws VerifyFailedException if verification fails
*/
public void verifySessionNumberCommits(int indexOfSession, int numberOfCommits)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(numberOfCommits != session.getNumberCommits())
{
throw new VerifyFailedException("Session was commited " + session.getNumberCommits() + " times, expected " + numberOfCommits + " times");
}
}
/**
* Verifies that the session with the specified index was
* rolled back.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionRolledBack(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(!session.isRolledBack())
{
throw new VerifyFailedException("Session is not rolled back.");
}
}
/**
* Verifies that the session with the specified index was
* not rolled back.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionNotRolledBack(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(session.isRolledBack())
{
throw new VerifyFailedException("Session is rolled back.");
}
}
/**
* Verifies the number of rollbacks of session with the specified index.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param numberOfRollbacks the expected number of rollbacks
* @throws VerifyFailedException if verification fails
*/
public void verifySessionNumberRollbacks(int indexOfSession, int numberOfRollbacks)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(numberOfRollbacks != session.getNumberRollbacks())
{
throw new VerifyFailedException("Session was rolled back " + session.getNumberRollbacks() + " times, expected " + numberOfRollbacks + " times");
}
}
/**
* Verifies that the session with the specified index was
* recovered.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionRecovered(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(!session.isRecovered())
{
throw new VerifyFailedException("Session is not recovered.");
}
}
/**
* Verifies that the session with the specified index was
* not recovered.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifySessionNotRecovered(int indexOfSession)
{
MockSession session = checkAndGetSessionByIndex(indexOfSession);
if(session.isRecovered())
{
throw new VerifyFailedException("Session is recovered.");
}
}
/**
* Verifies that all queue sessions are closed.
* The sessions have to be created using the current {@link MockQueueConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueSessionsClosed()
{
List queueSessions = getQueueSessionList();
if(null == queueSessions) return;
for(int ii = 0; ii < queueSessions.size(); ii++)
{
MockQueueSession currentSession = (MockQueueSession)queueSessions.get(ii);
if(!currentSession.isClosed())
{
throw new VerifyFailedException("QueueSession with index " + ii + " is not closed.");
}
}
}
/**
* Verifies that all queue sessions are recovered.
* The sessions have to be created using the current {@link MockQueueConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueSessionsRecovered()
{
List queueSessions = getQueueSessionList();
if(null == queueSessions) return;
for(int ii = 0; ii < queueSessions.size(); ii++)
{
MockQueueSession currentSession = (MockQueueSession)queueSessions.get(ii);
if(!currentSession.isRecovered())
{
throw new VerifyFailedException("QueueSession with index " + ii + " is not recovered.");
}
}
}
/**
* Verifies that all queue sessions were commited.
* The sessions have to be created using the current {@link MockQueueConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueSessionsCommitted()
{
List queueSessions = getQueueSessionList();
if(null == queueSessions) return;
for(int ii = 0; ii < queueSessions.size(); ii++)
{
MockQueueSession currentSession = (MockQueueSession)queueSessions.get(ii);
if(!currentSession.isCommitted())
{
throw new VerifyFailedException("QueueSession with index " + ii + " is not committed.");
}
}
}
/**
* Verifies that all queue sessions were rolled back.
* The sessions have to be created using the current {@link MockQueueConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueSessionsRolledBack()
{
List queueSessions = getQueueSessionList();
if(null == queueSessions) return;
for(int ii = 0; ii < queueSessions.size(); ii++)
{
MockQueueSession currentSession = (MockQueueSession)queueSessions.get(ii);
if(!currentSession.isRolledBack())
{
throw new VerifyFailedException("QueueSession with index " + ii + " is not rolled back.");
}
}
}
/**
* Verifies that all topic sessions are closed.
* The sessions have to be created using the current {@link MockTopicConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicSessionsClosed()
{
List topicSessions = getTopicSessionList();
if(null == topicSessions) return;
for(int ii = 0; ii < topicSessions.size(); ii++)
{
MockTopicSession currentSession = (MockTopicSession)topicSessions.get(ii);
if(!currentSession.isClosed())
{
throw new VerifyFailedException("TopicSession with index " + ii + " is not closed.");
}
}
}
/**
* Verifies that all topic sessions are recovered.
* The sessions have to be created using the current {@link MockTopicConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicSessionsRecovered()
{
List topicSessions = getTopicSessionList();
if(null == topicSessions) return;
for(int ii = 0; ii < topicSessions.size(); ii++)
{
MockTopicSession currentSession = (MockTopicSession)topicSessions.get(ii);
if(!currentSession.isRecovered())
{
throw new VerifyFailedException("TopicSession with index " + ii + " is not recovered.");
}
}
}
/**
* Verifies that all topic sessions were commited.
* The sessions have to be created using the current {@link MockTopicConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicSessionsCommitted()
{
List topicSessions = getTopicSessionList();
if(null == topicSessions) return;
for(int ii = 0; ii < topicSessions.size(); ii++)
{
MockTopicSession currentSession = (MockTopicSession)topicSessions.get(ii);
if(!currentSession.isCommitted())
{
throw new VerifyFailedException("TopicSession with index " + ii + " is not committed.");
}
}
}
/**
* Verifies that all topic sessions were rolled back.
* The sessions have to be created using the current {@link MockTopicConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicSessionsRolledBack()
{
List topicSessions = getTopicSessionList();
if(null == topicSessions) return;
for(int ii = 0; ii < topicSessions.size(); ii++)
{
MockTopicSession currentSession = (MockTopicSession)topicSessions.get(ii);
if(!currentSession.isRolledBack())
{
throw new VerifyFailedException("TopicSession with index " + ii + " is not rolled back.");
}
}
}
/**
* Verifies that all sessions are closed.
* The sessions have to be created using the current {@link MockConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllSessionsClosed()
{
List sessions = getSessionList();
if(null == sessions) return;
for(int ii = 0; ii < sessions.size(); ii++)
{
MockSession currentSession = (MockSession)sessions.get(ii);
if(!currentSession.isClosed())
{
throw new VerifyFailedException("Session with index " + ii + " is not closed.");
}
}
}
/**
* Verifies that all sessions are recovered.
* The sessions have to be created using the current {@link MockConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllSessionsRecovered()
{
List sessions = getSessionList();
if(null == sessions) return;
for(int ii = 0; ii < sessions.size(); ii++)
{
MockSession currentSession = (MockSession)sessions.get(ii);
if(!currentSession.isRecovered())
{
throw new VerifyFailedException("Session with index " + ii + " is not recovered.");
}
}
}
/**
* Verifies that all sessions were commited.
* The sessions have to be created using the current {@link MockConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllSessionsCommitted()
{
List sessions = getSessionList();
if(null == sessions) return;
for(int ii = 0; ii < sessions.size(); ii++)
{
MockSession currentSession = (MockSession)sessions.get(ii);
if(!currentSession.isCommitted())
{
throw new VerifyFailedException("Session with index " + ii + " is not committed.");
}
}
}
/**
* Verifies that all topic sessions were rolled back.
* The sessions have to be created using the current {@link MockConnection}.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllSessionsRolledBack()
{
List sessions = getSessionList();
if(null == sessions) return;
for(int ii = 0; ii < sessions.size(); ii++)
{
MockSession currentSession = (MockSession)sessions.get(ii);
if(!currentSession.isRolledBack())
{
throw new VerifyFailedException("Session with index " + ii + " is not rolled back.");
}
}
}
/**
* Verifies the number of producers for the specified session.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param numberOfProducers the expected number of producers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberMessageProducers(int indexOfSession, int numberOfProducers)
{
checkAndGetSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTransmissionManagerWrapper(indexOfSession);
if(numberOfProducers != manager.getMessageProducerList().size())
{
throw new VerifyFailedException("Expected " + numberOfProducers + " producers, actually " + manager.getMessageProducerList().size() + " producers present");
}
}
/**
* Verifies that all producers for the specified session are closed.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllMessageProducersClosed(int indexOfSession)
{
checkAndGetSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTransmissionManagerWrapper(indexOfSession);
List producers = manager.getMessageProducerList();
for(int ii = 0; ii < producers.size(); ii++)
{
MockMessageProducer currentProducer = (MockMessageProducer)producers.get(ii);
if(!currentProducer.isClosed())
{
throw new VerifyFailedException("MessageProducer with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of senders for the specified session.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberOfSenders the expected number of senders
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueSenders(int indexOfSession, int numberOfSenders)
{
checkAndGetQueueSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getQueueTransmissionManagerWrapper(indexOfSession);
if(numberOfSenders != manager.getQueueSenderList().size())
{
throw new VerifyFailedException("Expected " + numberOfSenders + " senders, actually " + manager.getQueueSenderList().size() + " senders present");
}
}
/**
* Verifies the number of senders for the specified session and
* the specified queue name.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param numberOfSenders the expected number of senders
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueSenders(int indexOfSession, String queueName, int numberOfSenders)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
if(numberOfSenders != manager.getQueueSenderList(queueName).size())
{
throw new VerifyFailedException("Expected " + numberOfSenders + " senders for queue " + queueName + ", actually " + manager.getQueueSenderList(queueName).size() + " senders present");
}
}
/**
* Verifies that the specified sender is closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param indexOfSender the index of the sender
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueSenderClosed(int indexOfSession, String queueName, int indexOfSender)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
List senders = manager.getQueueSenderList(queueName);
if(indexOfSender >= senders.size())
{
throw new VerifyFailedException("QueueSender with index " + indexOfSender + " is not present.");
}
MockQueueSender sender = (MockQueueSender)senders.get(indexOfSender);
if(!sender.isClosed())
{
throw new VerifyFailedException("QueueSender of queue " + queueName + " with index " + indexOfSender + " not closed.");
}
}
/**
* Verifies that all senders for the specified session are closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueSendersClosed(int indexOfSession)
{
checkAndGetQueueSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getQueueTransmissionManagerWrapper(indexOfSession);
List senders = manager.getQueueSenderList();
for(int ii = 0; ii < senders.size(); ii++)
{
MockQueueSender currentSender = (MockQueueSender)senders.get(ii);
if(!currentSender.isClosed())
{
throw new VerifyFailedException("QueueSender with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of publishers for the specified session.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberOfPublishers the expected number of publishers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTopicPublishers(int indexOfSession, int numberOfPublishers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTopicTransmissionManagerWrapper(indexOfSession);
if(numberOfPublishers != manager.getTopicPublisherList().size())
{
throw new VerifyFailedException("Expected " + numberOfPublishers + " publishers, actually " + manager.getTopicPublisherList().size() + " publishers present");
}
}
/**
* Verifies the number of publishers for the specified session and
* the specified topic name.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param topicName the name of the topic
* @param numberOfPublishers the expected number of publishers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTopicPublishers(int indexOfSession, String topicName, int numberOfPublishers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
checkTopicByName(topicName);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(numberOfPublishers != manager.getTopicPublisherList(topicName).size())
{
throw new VerifyFailedException("Expected " + numberOfPublishers + " publishers for topic " + topicName + ", actually " + manager.getTopicPublisherList(topicName).size() + " publishers present");
}
}
/**
* Verifies that the specified publisher is closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param topicName the name of the topic
* @param indexOfPublisher the index of the publisher
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicPublisherClosed(int indexOfSession, String topicName, int indexOfPublisher)
{
checkAndGetTopicSessionByIndex(indexOfSession);
checkTopicByName(topicName);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
List publishers = manager.getTopicPublisherList(topicName);
if(indexOfPublisher >= publishers.size())
{
throw new VerifyFailedException("TopicPublisher with index " + indexOfPublisher + " is not present.");
}
MockTopicPublisher publisher = (MockTopicPublisher)publishers.get(indexOfPublisher);
if(!publisher.isClosed())
{
throw new VerifyFailedException("TopicPublisher of topic " + topicName + " with index " + indexOfPublisher + " not closed.");
}
}
/**
* Verifies that all publishers for the specified session are closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicPublishersClosed(int indexOfSession)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTopicTransmissionManagerWrapper(indexOfSession);
List publishers = manager.getTopicPublisherList();
for(int ii = 0; ii < publishers.size(); ii++)
{
MockTopicPublisher currentPublisher = (MockTopicPublisher)publishers.get(ii);
if(!currentPublisher.isClosed())
{
throw new VerifyFailedException("TopicPublisher with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of consumers for the specified session.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param numberOfConsumers the expected number of consumers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberMessageConsumers(int indexOfSession, int numberOfConsumers)
{
checkAndGetSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTransmissionManagerWrapper(indexOfSession);
if(numberOfConsumers != manager.getMessageConsumerList().size())
{
throw new VerifyFailedException("Expected " + numberOfConsumers + " consumers, actually " + manager.getMessageConsumerList().size() + " consumers present");
}
}
/**
* Verifies that all consumers for the specified session are closed.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllMessageConsumersClosed(int indexOfSession)
{
checkAndGetSessionByIndex(indexOfSession);
TransmissionManagerWrapper manager = getTransmissionManagerWrapper(indexOfSession);
List consumers = manager.getMessageConsumerList();
for(int ii = 0; ii < consumers.size(); ii++)
{
MockMessageConsumer currentConsumer = (MockMessageConsumer)consumers.get(ii);
if(!currentConsumer.isClosed())
{
throw new VerifyFailedException("MessageConsumer with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of receivers for the specified session.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberOfReceivers the expected number of receivers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueReceivers(int indexOfSession, int numberOfReceivers)
{
checkAndGetQueueSessionByIndex(indexOfSession);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
if(numberOfReceivers != manager.getQueueReceiverList().size())
{
throw new VerifyFailedException("Expected " + numberOfReceivers + " receivers, actually " + manager.getQueueReceiverList().size() + " receivers present");
}
}
/**
* Verifies the number of receivers for the specified session and
* the specified queue name.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param numberOfReceivers the expected number of receivers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueReceivers(int indexOfSession, String queueName, int numberOfReceivers)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
if(numberOfReceivers != manager.getQueueReceiverList(queueName).size())
{
throw new VerifyFailedException("Expected " + numberOfReceivers + " receivers for queue " + queueName + ", actually " + manager.getQueueReceiverList(queueName).size() + " receivers present");
}
}
/**
* Verifies that the specified receiver is closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param indexOfReceiver the index of the receiver
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueReceiverClosed(int indexOfSession, String queueName, int indexOfReceiver)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
List receivers = manager.getQueueReceiverList(queueName);
if(indexOfReceiver >= receivers.size())
{
throw new VerifyFailedException("QueueReceiver with index " + indexOfReceiver + " is not present.");
}
MockQueueReceiver receiver = (MockQueueReceiver)receivers.get(indexOfReceiver);
if(!receiver.isClosed())
{
throw new VerifyFailedException("QueueReceiver of queue " + queueName + " with index " + indexOfReceiver + " not closed.");
}
}
/**
* Verifies that all receivers for the specified session are closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueReceiversClosed(int indexOfSession)
{
checkAndGetQueueSessionByIndex(indexOfSession);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
List receivers = manager.getQueueReceiverList();
for(int ii = 0; ii < receivers.size(); ii++)
{
MockQueueReceiver currentReceiver = (MockQueueReceiver)receivers.get(ii);
if(!currentReceiver.isClosed())
{
throw new VerifyFailedException("QueueReceiver with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of subscribers for the specified session.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberOfSubscribers the expected number of subscribers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTopicSubscribers(int indexOfSession, int numberOfSubscribers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(numberOfSubscribers != manager.getTopicSubscriberList().size())
{
throw new VerifyFailedException("Expected " + numberOfSubscribers + " subscribers, actually " + manager.getTopicSubscriberList().size() + " subscribers present");
}
}
/**
* Verifies the number of subscribers for the specified session and
* the specified topic name.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param topicName the name of the topic
* @param numberOfSubscribers the expected number of subscribers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTopicSubscribers(int indexOfSession, String topicName, int numberOfSubscribers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
checkTopicByName(topicName);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(numberOfSubscribers != manager.getTopicSubscriberList(topicName).size())
{
throw new VerifyFailedException("Expected " + numberOfSubscribers + " subscribers for topic " + topicName + ", actually " + manager.getTopicSubscriberList(topicName).size() + " subscribers present");
}
}
/**
* Verifies that the specified subscriber is closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param topicName the name of the topic
* @param indexOfSubscriber the index of the receiver
* @throws VerifyFailedException if verification fails
*/
public void verifyTopicSubscriberClosed(int indexOfSession, String topicName, int indexOfSubscriber)
{
checkAndGetTopicSessionByIndex(indexOfSession);
checkTopicByName(topicName);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
List subscribers = manager.getTopicSubscriberList(topicName);
if(indexOfSubscriber >= subscribers.size())
{
throw new VerifyFailedException("TopicSubscriber with index " + indexOfSubscriber + " is not present.");
}
MockTopicSubscriber subscriber = (MockTopicSubscriber)subscribers.get(indexOfSubscriber);
if(!subscriber.isClosed())
{
throw new VerifyFailedException("TopicSubscriber of topic " + topicName + " with index " + indexOfSubscriber + " not closed.");
}
}
/**
* Verifies that all subscribers for the specified session are closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTopicSubscribersClosed(int indexOfSession)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
List subscribers = manager.getTopicSubscriberList();
for(int ii = 0; ii < subscribers.size(); ii++)
{
MockTopicSubscriber currentSubscriber = (MockTopicSubscriber)subscribers.get(ii);
if(!currentSubscriber.isClosed())
{
throw new VerifyFailedException("TopicSubscriber with index " + ii + " not closed.");
}
}
}
/**
* Verifies the number of browsers for the specified session.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberOfBrowsers the expected number of browsers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueBrowsers(int indexOfSession, int numberOfBrowsers)
{
checkAndGetQueueSessionByIndex(indexOfSession);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
if(numberOfBrowsers != manager.getQueueBrowserList().size())
{
throw new VerifyFailedException("Expected " + numberOfBrowsers + " browsers, actually " + manager.getQueueBrowserList().size() + " browsers present");
}
}
/**
* Verifies the number of browsers for the specified session and
* the specified queue name.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param numberOfBrowsers the expected number of browsers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueBrowsers(int indexOfSession, String queueName, int numberOfBrowsers)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
if(numberOfBrowsers != manager.getQueueBrowserList(queueName).size())
{
throw new VerifyFailedException("Expected " + numberOfBrowsers + " browsers for queue " + queueName + ", actually " + manager.getQueueBrowserList(queueName).size() + " browsers present");
}
}
/**
* Verifies that the specified browser is closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param queueName the name of the queue
* @param indexOfBrowser the index of the browser
* @throws VerifyFailedException if verification fails
*/
public void verifyQueueBrowserClosed(int indexOfSession, String queueName, int indexOfBrowser)
{
checkAndGetQueueSessionByIndex(indexOfSession);
checkQueueByName(queueName);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
List browsers = manager.getQueueBrowserList(queueName);
if(indexOfBrowser >= browsers.size())
{
throw new VerifyFailedException("QueueBrowser with index " + indexOfBrowser + " is not present.");
}
MockQueueBrowser browser = (MockQueueBrowser)browsers.get(indexOfBrowser);
if(!browser.isClosed())
{
throw new VerifyFailedException("QueueBrowser of queue " + queueName + " with index " + indexOfBrowser + " not closed.");
}
}
/**
* Verifies that all browsers for the specified session are closed.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllQueueBrowsersClosed(int indexOfSession)
{
checkAndGetQueueSessionByIndex(indexOfSession);
QueueTransmissionManager manager = getQueueTransmissionManager(indexOfSession);
List browsers = manager.getQueueBrowserList();
for(int ii = 0; ii < browsers.size(); ii++)
{
MockQueueBrowser currentBrowser = (MockQueueBrowser)browsers.get(ii);
if(!currentBrowser.isClosed())
{
throw new VerifyFailedException("QueueBrowser with index " + ii + " not closed.");
}
}
}
/**
* Verifies that a durable subscriber exists.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param name the name of the subscription
* @throws VerifyFailedException if verification fails
*/
public void verifyDurableTopicSubscriberPresent(int indexOfSession, String name)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(null == manager.getDurableTopicSubscriber(name))
{
throw new VerifyFailedException("Durable subscriber with subscription name " + name + " not present.");
}
}
/**
* Verifies the number of durable subscribers for the specified session.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberOfSubscribers the expected number of durable subscribers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberDurableTopicSubscribers(int indexOfSession, int numberOfSubscribers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(numberOfSubscribers != manager.getDurableTopicSubscriberMap().size())
{
throw new VerifyFailedException("Expected " + numberOfSubscribers + " durable subscribers, actually " + manager.getDurableTopicSubscriberMap().size() + " durable subscribers present");
}
}
/**
* Verifies the number of durable subscribers for the specified session and
* the specified topic name.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param topicName the name of the topic
* @param numberOfSubscribers the expected number of durable subscribers
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberDurableTopicSubscribers(int indexOfSession, String topicName, int numberOfSubscribers)
{
checkAndGetTopicSessionByIndex(indexOfSession);
checkTopicByName(topicName);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
if(numberOfSubscribers != manager.getDurableTopicSubscriberMap(topicName).size())
{
throw new VerifyFailedException("Expected " + numberOfSubscribers + " durable subscribers for topic " + topicName + ", actually " + manager.getDurableTopicSubscriberMap(topicName).size() + " durable subscribers present");
}
}
/**
* Verifies that the specified durable subscriber is closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param name the name of the subscription
* @throws VerifyFailedException if verification fails
*/
public void verifyDurableTopicSubscriberClosed(int indexOfSession, String name)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
MockTopicSubscriber subscriber = (MockTopicSubscriber)manager.getDurableTopicSubscriber(name);
if(null == subscriber)
{
throw new VerifyFailedException("Durable TopicSubscriber with subscription name " + name + " not present.");
}
if(!subscriber.isClosed())
{
throw new VerifyFailedException("Durable TopicSubscriber with subscription name " + name + " not closed.");
}
}
/**
* Verifies that all durable subscribers for the specified session are closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllDurableTopicSubscribersClosed(int indexOfSession)
{
checkAndGetTopicSessionByIndex(indexOfSession);
TopicTransmissionManager manager = getTopicTransmissionManager(indexOfSession);
Iterator keys = manager.getDurableTopicSubscriberMap().keySet().iterator();
while(keys.hasNext())
{
MockTopicSubscriber currentSubscriber = (MockTopicSubscriber)manager.getDurableTopicSubscriberMap().get(keys.next());
if(!currentSubscriber.isClosed())
{
throw new VerifyFailedException("Durable TopicSubscriber with name " + currentSubscriber.getName() + " not closed.");
}
}
}
/**
* Verifies the number of queue sessions.
* The sessions have to be created using the current {@link MockQueueConnection}.
* @param number the expected number of queue sessions
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberQueueSessions(int number)
{
if(number != getQueueSessionList().size())
{
throw new VerifyFailedException("Expected " + number + " queue sessions, actually " + getQueueSessionList().size() + " sessions present");
}
}
/**
* Verifies the number of topic sessions.
* The sessions have to be created using the current {@link MockTopicConnection}.
* @param number the expected number of topic sessions
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTopicSessions(int number)
{
if(number != getTopicSessionList().size())
{
throw new VerifyFailedException("Expected " + number + " topic sessions, actually " + getTopicSessionList().size() + " sessions present");
}
}
/**
* Verifies the number of sessions.
* The sessions have to be created using the current {@link MockConnection}.
* @param number the expected number of sessions
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberSessions(int number)
{
if(number != getSessionList().size())
{
throw new VerifyFailedException("Expected " + number + " sessions, actually " + getSessionList().size() + " sessions present");
}
}
/**
* Verifies the number of temporary queues.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param numberQueues the expected number of temporary queues
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTemporaryQueues(int indexOfSession, int numberQueues)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(numberQueues != getTemporaryQueueList(indexOfSession).size())
{
throw new VerifyFailedException("Expected " + numberQueues + " temporary queues, actually " + getTemporaryQueueList(indexOfSession).size() + " temporary queues present");
}
}
/**
* Verifies the number of temporary topics.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param numberTopics the expected number of temporary topics
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberTemporaryTopics(int indexOfSession, int numberTopics)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(numberTopics != getTemporaryTopicList(indexOfSession).size())
{
throw new VerifyFailedException("Expected " + numberTopics + " temporary topics, actually " + getTemporaryTopicList(indexOfSession).size() + " temporary topics present");
}
}
/**
* Verifies that the temporary queue with the specified index
* was deleted.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the queue
* @throws VerifyFailedException if verification fails
*/
public void verifyTemporaryQueueDeleted(int indexOfSession, int indexOfQueue)
{
checkAndGetQueueSessionByIndex(indexOfSession);
MockTemporaryQueue queue = getTemporaryQueue(indexOfSession, indexOfQueue);
if(null == queue)
{
throw new VerifyFailedException("TemporaryQueue with index " + indexOfQueue + " is not present.");
}
if(!queue.isDeleted())
{
throw new VerifyFailedException("TemporaryQueue with index " + indexOfQueue + " not deleted.");
}
}
/**
* Verifies that all temporary queues were deleted.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTemporaryQueuesDeleted(int indexOfSession)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List queueList = getTemporaryQueueList(indexOfSession);
for(int ii = 0; ii < queueList.size(); ii++)
{
MockTemporaryQueue currentQueue = (MockTemporaryQueue)queueList.get(ii);
if(!currentQueue.isDeleted())
{
throw new VerifyFailedException("TemporaryQueue with index " + ii + " not deleted.");
}
}
}
/**
* Verifies that the temporary topic with the specified index
* was closed.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the topic
* @throws VerifyFailedException if verification fails
*/
public void verifyTemporaryTopicDeleted(int indexOfSession, int indexOfTopic)
{
checkAndGetTopicSessionByIndex(indexOfSession);
MockTemporaryTopic topic = getTemporaryTopic(indexOfSession, indexOfTopic);
if(null == topic)
{
throw new VerifyFailedException("TemporaryTopic with index " + indexOfTopic + " is not present.");
}
if(!topic.isDeleted())
{
throw new VerifyFailedException("TemporaryTopic with index " + indexOfTopic + " not deleted.");
}
}
/**
* Verifies that all temporary topics were deleted.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @throws VerifyFailedException if verification fails
*/
public void verifyAllTemporaryTopicsDeleted(int indexOfSession)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List topicList = getTemporaryTopicList(indexOfSession);
for(int ii = 0; ii < topicList.size(); ii++)
{
MockTemporaryTopic currentTopic = (MockTemporaryTopic)topicList.get(ii);
if(!currentTopic.isDeleted())
{
throw new VerifyFailedException("TemporaryTopic with index " + ii + " not deleted.");
}
}
}
/**
* Verifies that the specified messages are equal by calling the
* equals() method. All mock messages provide a
* suitable implementation of equals().
* @param message1 the first message
* @param message2 the second message
* @throws VerifyFailedException if verification fails
*/
public void verifyMessageEquals(MockMessage message1, MockMessage message2)
{
if(null == message1)
{
throw new VerifyFailedException("message1 is null");
}
if(null == message2)
{
throw new VerifyFailedException("message2 is null");
}
if(!message1.equals(message2))
{
throw new VerifyFailedException("messages not equal: message1: " + message1.toString() + ", message2: " + message2.toString());
}
}
/**
* Verifies that a message in the specified queue is equal to
* the specified message by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* @param nameOfQueue the name of the queue
* @param indexOfSourceMessage the index of the message in the queue
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyCurrentQueueMessageEquals(String nameOfQueue, int indexOfSourceMessage, MockMessage targetMessage)
{
checkQueueByName(nameOfQueue);
List messageList = getCurrentMessageListFromQueue(nameOfQueue);
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Queue " + nameOfQueue + " contains only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a received message is equal to the specified message
* by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* @param nameOfQueue the name of the queue
* @param indexOfSourceMessage the index of the received message
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageEquals(String nameOfQueue, int indexOfSourceMessage, MockMessage targetMessage)
{
checkQueueByName(nameOfQueue);
List messageList = getReceivedMessageListFromQueue(nameOfQueue);
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Queue " + nameOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a message in the specified temporary queue is equal to
* the specified message by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param indexOfSourceMessage the index of the message in the queue
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyCurrentQueueMessageEquals(int indexOfSession, int indexOfQueue, int indexOfSourceMessage, MockMessage targetMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getCurrentMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == messageList)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " contains only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a message received by a temporary queue is equal to the specified message
* by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param indexOfSourceMessage the index of the received message
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageEquals(int indexOfSession, int indexOfQueue, int indexOfSourceMessage, MockMessage targetMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == messageList)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies the number of messages in a queue.
* @param nameOfQueue the name of the queue
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCurrentQueueMessages(String nameOfQueue, int numberOfMessages)
{
checkQueueByName(nameOfQueue);
List list = getCurrentMessageListFromQueue(nameOfQueue);
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages in queue " + nameOfQueue + ", received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages received by a queue.
* @param nameOfQueue the name of the queue
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfReceivedQueueMessages(String nameOfQueue, int numberOfMessages)
{
checkQueueByName(nameOfQueue);
List list = getReceivedMessageListFromQueue(nameOfQueue);
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages received by queue " + nameOfQueue + ", received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages in a temporary queue.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCurrentQueueMessages(int indexOfSession, int indexOfQueue, int numberOfMessages)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List list = getCurrentMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == list)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages, received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages received by a temporary queue.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfReceivedQueueMessages(int indexOfSession, int indexOfQueue, int numberOfMessages)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List list = getReceivedMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == list)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages, received " + list.size() + " messages");
}
}
/**
* Verifies that all received messages of the specified queue
* are acknowledged.
* @param nameOfQueue the name of the queue
* @throws VerifyFailedException if verification fails
*/
public void verifyAllReceivedQueueMessagesAcknowledged(String nameOfQueue)
{
checkQueueByName(nameOfQueue);
List messageList = getReceivedMessageListFromQueue(nameOfQueue);
for(int ii = 0; ii < messageList.size(); ii++)
{
MockMessage currentMessage = (MockMessage)messageList.get(ii);
if(!currentMessage.isAcknowledged())
{
throw new VerifyFailedException("Message " + ii + " of queue " + nameOfQueue + " is not acknowledged");
}
}
}
/**
* Verifies that all received messages of the specified temporary queue
* are acknowledged.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @throws VerifyFailedException if verification fails
*/
public void verifyAllReceivedQueueMessagesAcknowledged(int indexOfSession, int indexOfQueue)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == messageList)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
for(int ii = 0; ii < messageList.size(); ii++)
{
MockMessage currentMessage = (MockMessage)messageList.get(ii);
if(!currentMessage.isAcknowledged())
{
throw new VerifyFailedException("Message " + ii + " of temporary queue " + indexOfQueue + " is not acknowledged");
}
}
}
/**
* Verifies that a received message is acknowledged.
* @param nameOfQueue the name of the queue
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageAcknowledged(String nameOfQueue, int indexOfMessage)
{
checkQueueByName(nameOfQueue);
List messageList = getReceivedMessageListFromQueue(nameOfQueue);
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Queue " + nameOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of queue " + nameOfQueue + " is not acknowledged");
}
}
/**
* Verifies that a received message is not acknowledged.
* @param nameOfQueue the name of the queue
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageNotAcknowledged(String nameOfQueue, int indexOfMessage)
{
checkQueueByName(nameOfQueue);
List messageList = getReceivedMessageListFromQueue(nameOfQueue);
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Queue " + nameOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of queue " + nameOfQueue + " is acknowledged");
}
}
/**
* Verifies that message received by a temporary queue is acknowledged.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageAcknowledged(int indexOfSession, int indexOfQueue, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == messageList)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of temporary queue " + indexOfQueue + " is not acknowledged");
}
}
/**
* Verifies that a received by a temporary queue is not acknowledged.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfQueue the index of the temporary queue
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedQueueMessageNotAcknowledged(int indexOfSession, int indexOfQueue, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryQueue(indexOfSession, indexOfQueue);
if(null == messageList)
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary queue with index " + indexOfQueue + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of temporary queue " + indexOfQueue + " is acknowledged");
}
}
/**
* Verifies the number of messages created with
* {@link MockQueueSession#createMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " messages, received " + getQueueMessageManager(indexOfSession).getMessageList().size() + " messages");
}
}
/**
* Verifies the number of bytes messages created with
* {@link MockQueueSession#createBytesMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of bytes messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueBytesMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getBytesMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " bytes messages, received " + getQueueMessageManager(indexOfSession).getBytesMessageList().size() + " bytes messages");
}
}
/**
* Verifies the number of map messages created with
* {@link MockQueueSession#createMapMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of map messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueMapMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getMapMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " map messages, received " + getQueueMessageManager(indexOfSession).getMapMessageList().size() + " map messages");
}
}
/**
* Verifies the number of text messages created with
* {@link MockQueueSession#createTextMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of text messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueTextMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getTextMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " text messages, received " + getQueueMessageManager(indexOfSession).getTextMessageList().size() + " text messages");
}
}
/**
* Verifies the number of stream messages created with
* {@link MockQueueSession#createStreamMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of stream messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueStreamMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getStreamMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " stream messages, received " + getQueueMessageManager(indexOfSession).getStreamMessageList().size() + " stream messages");
}
}
/**
* Verifies the number of object messages created with
* {@link MockQueueSession#createObjectMessage}.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of object messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedQueueObjectMessages(int indexOfSession, int number)
{
checkAndGetQueueSessionByIndex(indexOfSession);
if(number != getQueueMessageManager(indexOfSession).getObjectMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " object messages, received " + getQueueMessageManager(indexOfSession).getObjectMessageList().size() + " object messages");
}
}
/**
* Verifies that a message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueBytesMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueBytesMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueMapMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueMapMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueTextMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueTextMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueStreamMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueStreamMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockQueueSession#createMessage}
* is acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueObjectMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockQueueSession#createMessage}
* is not acknowledged.
* This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockQueueConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedQueueObjectMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetQueueSessionByIndex(indexOfSession);
List messageList = getQueueMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a message in the specified topic is equal to
* the specified message by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* @param nameOfTopic the name of the topic
* @param indexOfSourceMessage the index of the message in the topic
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyCurrentTopicMessageEquals(String nameOfTopic, int indexOfSourceMessage, MockMessage targetMessage)
{
checkTopicByName(nameOfTopic);
List messageList = getCurrentMessageListFromTopic(nameOfTopic);
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Topic " + nameOfTopic + " contains only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a received message is equal to the specified message
* by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* @param nameOfTopic the name of the topic
* @param indexOfSourceMessage the index of the received message
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageEquals(String nameOfTopic, int indexOfSourceMessage, MockMessage targetMessage)
{
checkTopicByName(nameOfTopic);
List messageList = getReceivedMessageListFromTopic(nameOfTopic);
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Topic " + nameOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a message in the specified temporary topic is equal to
* the specified message by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param indexOfSourceMessage the index of the message in the topic
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyCurrentTopicMessageEquals(int indexOfSession, int indexOfTopic, int indexOfSourceMessage, MockMessage targetMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getCurrentMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == messageList)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " contains only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies that a message received by a temporary topic is equal to the specified message
* by calling the equals() method.
* All mock messages provide a suitable implementation of equals().
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param indexOfSourceMessage the index of the received message
* @param targetMessage the message that will be used for comparison
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageEquals(int indexOfSession, int indexOfTopic, int indexOfSourceMessage, MockMessage targetMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == messageList)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfSourceMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage sourceMessage = (MockMessage)messageList.get(indexOfSourceMessage);
verifyMessageEquals(sourceMessage, targetMessage);
}
/**
* Verifies the number of messages in a topic.
* @param nameOfTopic the name of the topic
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCurrentTopicMessages(String nameOfTopic, int numberOfMessages)
{
checkTopicByName(nameOfTopic);
List list = getCurrentMessageListFromTopic(nameOfTopic);
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages in topic " + nameOfTopic + ", received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages received by a topic.
* @param nameOfTopic the name of the topic
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfReceivedTopicMessages(String nameOfTopic, int numberOfMessages)
{
checkTopicByName(nameOfTopic);
List list = getReceivedMessageListFromTopic(nameOfTopic);
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages received by topic " + nameOfTopic + ", received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages in a temporary topic.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCurrentTopicMessages(int indexOfSession, int indexOfTopic, int numberOfMessages)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List list = getCurrentMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == list)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages, received " + list.size() + " messages");
}
}
/**
* Verifies the number of messages received by a temporary topic.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param numberOfMessages the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfReceivedTopicMessages(int indexOfSession, int indexOfTopic, int numberOfMessages)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List list = getReceivedMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == list)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(numberOfMessages != list.size())
{
throw new VerifyFailedException("Expected " + numberOfMessages + " messages, received " + list.size() + " messages");
}
}
/**
* Verifies that all received messages of the specified topic
* are acknowledged.
* @param nameOfTopic the name of the topic
* @throws VerifyFailedException if verification fails
*/
public void verifyAllReceivedTopicMessagesAcknowledged(String nameOfTopic)
{
checkTopicByName(nameOfTopic);
List messageList = getReceivedMessageListFromTopic(nameOfTopic);
for(int ii = 0; ii < messageList.size(); ii++)
{
MockMessage currentMessage = (MockMessage)messageList.get(ii);
if(!currentMessage.isAcknowledged())
{
throw new VerifyFailedException("Message " + ii + " of topic " + nameOfTopic + " is not acknowledged");
}
}
}
/**
* Verifies that all received messages of the specified temporary topic
* are acknowledged.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @throws VerifyFailedException if verification fails
*/
public void verifyAllReceivedTopicMessagesAcknowledged(int indexOfSession, int indexOfTopic)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == messageList)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
for(int ii = 0; ii < messageList.size(); ii++)
{
MockMessage currentMessage = (MockMessage)messageList.get(ii);
if(!currentMessage.isAcknowledged())
{
throw new VerifyFailedException("Message " + ii + " of temporary topic " + indexOfTopic + " is not acknowledged");
}
}
}
/**
* Verifies that a received message is acknowledged.
* @param nameOfTopic the name of the topic
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageAcknowledged(String nameOfTopic, int indexOfMessage)
{
checkTopicByName(nameOfTopic);
List messageList = getReceivedMessageListFromTopic(nameOfTopic);
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Topic " + nameOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of topic " + nameOfTopic + " is not acknowledged");
}
}
/**
* Verifies that a received message is not acknowledged.
* @param nameOfTopic the name of the topic
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageNotAcknowledged(String nameOfTopic, int indexOfMessage)
{
checkTopicByName(nameOfTopic);
List messageList = getReceivedMessageListFromTopic(nameOfTopic);
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Topic " + nameOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of topic " + nameOfTopic + " is acknowledged");
}
}
/**
* Verifies that a message received by a temporary topic is acknowledged.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageAcknowledged(int indexOfSession, int indexOfTopic, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == messageList)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of temporary topic " + indexOfTopic + " is not acknowledged");
}
}
/**
* Verifies that a message received by a temporary topic is not acknowledged.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfTopic the index of the temporary topic
* @param indexOfMessage the index of the received message
* @throws VerifyFailedException if verification fails
*/
public void verifyReceivedTopicMessageNotAcknowledged(int indexOfSession, int indexOfTopic, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getReceivedMessageListFromTemporaryTopic(indexOfSession, indexOfTopic);
if(null == messageList)
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " of session with index " + indexOfSession + " does not exist");
}
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Temporary topic with index " + indexOfTopic + " received only " + messageList.size() + " messages");
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of temporary topic " + indexOfTopic + " is acknowledged");
}
}
/**
* Verifies the number of messages created with
* {@link MockTopicSession#createMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " messages, received " + getTopicMessageManager(indexOfSession).getMessageList().size() + " messages");
}
}
/**
* Verifies the number of bytes messages created with
* {@link MockTopicSession#createBytesMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of bytes messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicBytesMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getBytesMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " bytes messages, received " + getTopicMessageManager(indexOfSession).getBytesMessageList().size() + " bytes messages");
}
}
/**
* Verifies the number of map messages created with
* {@link MockTopicSession#createMapMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of map messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicMapMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getMapMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " map messages, received " + getTopicMessageManager(indexOfSession).getMapMessageList().size() + " map messages");
}
}
/**
* Verifies the number of text messages created with
* {@link MockTopicSession#createTextMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of text messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicTextMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getTextMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " text messages, received " + getTopicMessageManager(indexOfSession).getTextMessageList().size() + " text messages");
}
}
/**
* Verifies the number of stream messages created with
* {@link MockTopicSession#createStreamMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of stream messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicStreamMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getStreamMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " stream messages, received " + getTopicMessageManager(indexOfSession).getStreamMessageList().size() + " stream messages");
}
}
/**
* Verifies the number of object messages created with
* {@link MockTopicSession#createObjectMessage}.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of object messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTopicObjectMessages(int indexOfSession, int number)
{
checkAndGetTopicSessionByIndex(indexOfSession);
if(number != getTopicMessageManager(indexOfSession).getObjectMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " object messages, received " + getTopicMessageManager(indexOfSession).getObjectMessageList().size() + " object messages");
}
}
/**
* Verifies that a message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicBytesMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicBytesMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicMapMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicMapMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicTextMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicTextMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicStreamMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicStreamMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockTopicSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicObjectMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockTopicSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockTopicConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTopicObjectMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetTopicSessionByIndex(indexOfSession);
List messageList = getTopicMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies the number of messages created with
* {@link MockSession#createMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " messages, received " + getMessageManager(indexOfSession).getMessageList().size() + " messages");
}
}
/**
* Verifies the number of bytes messages created with
* {@link MockSession#createBytesMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of bytes messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedBytesMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getBytesMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " bytes messages, received " + getMessageManager(indexOfSession).getBytesMessageList().size() + " bytes messages");
}
}
/**
* Verifies the number of map messages created with
* {@link MockSession#createMapMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of map messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedMapMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getMapMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " map messages, received " + getMessageManager(indexOfSession).getMapMessageList().size() + " map messages");
}
}
/**
* Verifies the number of text messages created with
* {@link MockSession#createTextMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of text messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedTextMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getTextMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " text messages, received " + getMessageManager(indexOfSession).getTextMessageList().size() + " text messages");
}
}
/**
* Verifies the number of stream messages created with
* {@link MockSession#createStreamMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of stream messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedStreamMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getStreamMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " stream messages, received " + getMessageManager(indexOfSession).getStreamMessageList().size() + " stream messages");
}
}
/**
* Verifies the number of object messages created with
* {@link MockSession#createObjectMessage}.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param number the expected number of object messages
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberOfCreatedObjectMessages(int indexOfSession, int number)
{
checkAndGetSessionByIndex(indexOfSession);
if(number != getMessageManager(indexOfSession).getObjectMessageList().size())
{
throw new VerifyFailedException("Expected " + number + " object messages, received " + getMessageManager(indexOfSession).getObjectMessageList().size() + " object messages");
}
}
/**
* Verifies that a message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedBytesMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a bytes message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedBytesMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getBytesMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " bytes messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedMapMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a map message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedMapMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getMapMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " map messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTextMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a text message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedTextMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getTextMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " text messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedStreamMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a stream message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedStreamMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getStreamMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " stream messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockSession#createMessage}
* is acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedObjectMessageAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(!message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is not acknowledged");
}
}
/**
* Verifies that a object message created with {@link MockSession#createMessage}
* is not acknowledged. This method makes sense if messages are not cloned
* when sending them. This is the default, use {@link ConfigurationManager#setDoCloneOnSend}.
* If messages are cloned, the cloned message is acknowledged instead of
* the created message.
* The session has to be created using the current {@link MockConnection}.
* @param indexOfSession the index of the session
* @param indexOfMessage the index of the message
* @throws VerifyFailedException if verification fails
*/
public void verifyCreatedObjectMessageNotAcknowledged(int indexOfSession, int indexOfMessage)
{
checkAndGetSessionByIndex(indexOfSession);
List messageList = getMessageManager(indexOfSession).getObjectMessageList();
if(indexOfMessage >= messageList.size())
{
throw new VerifyFailedException("Only " + messageList.size() + " object messages created for session " + indexOfSession);
}
MockMessage message = (MockMessage)messageList.get(indexOfMessage);
if(message.isAcknowledged())
{
throw new VerifyFailedException("Message " + indexOfMessage + " of session " + indexOfSession + " is acknowledged");
}
}
private MockQueueSession checkAndGetQueueSessionByIndex(int indexOfSession)
{
if(null == getCurrentQueueConnection())
{
throw new VerifyFailedException("No QueueConnection present.");
}
MockQueueSession session = getQueueSession(indexOfSession);
if(null == session)
{
throw new VerifyFailedException("QueueSession with index " + indexOfSession + " does not exist.");
}
return session;
}
private MockTopicSession checkAndGetTopicSessionByIndex(int indexOfSession)
{
if(null == getCurrentTopicConnection())
{
throw new VerifyFailedException("No TopicConnection present.");
}
MockTopicSession session = getTopicSession(indexOfSession);
if(null == session)
{
throw new VerifyFailedException("TopicSession with index " + indexOfSession + " does not exist.");
}
return session;
}
private MockSession checkAndGetSessionByIndex(int indexOfSession)
{
if(null == getCurrentConnection())
{
throw new VerifyFailedException("No Connection present.");
}
MockSession session = getSession(indexOfSession);
if(null == session)
{
throw new VerifyFailedException("Session with index " + indexOfSession + " does not exist.");
}
return session;
}
private void checkQueueByName(String queueName)
{
DestinationManager destinationManager = getDestinationManager();
if(null == destinationManager.getQueue(queueName))
{
throw new VerifyFailedException("Queue with name " + queueName + " is not present.");
}
}
private void checkTopicByName(String topicName)
{
DestinationManager destinationManager = getDestinationManager();
if(null == destinationManager.getTopic(topicName))
{
throw new VerifyFailedException("Topic with name " + topicName + " is not present.");
}
}
}