particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server receive(); System.out.println("Got order: " + receivedMessage.getText()); This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to configure this clientId element. Any connection created by this connection factory will have this set as its client id. When the JMS acknowledge mode is set to DUPS_OK it is possible to configure the consumer so that

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server receive(); System.out.println("Got order: " + receivedMessage.getText()); This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to configure this clientId element. Any connection created by this connection factory will have this set as its client id. When the JMS acknowledge mode is set to DUPS_OK it is possible to configure the consumer so that

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server receive(); System.out.println("Got order: " + receivedMessage.getText()); This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to configure this clientId element. Any connection created by this connection factory will have this set as its client id. When the JMS acknowledge mode is set to DUPS_OK it is possible to configure the consumer so that

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 42 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 42 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 42 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to clientId element. Any connection created by this connection factory will have this set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 42 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 42 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible

particular JVM. In that situation each server would typically have an InVM acceptor with a unique server-ID. A client using JMS and JNDI can account for this by specifying a connction factory for each server System.out.println("Got order: " + receivedMessage.getText()); Setting The Client ID This represents the client id for a JMS client and is needed for creating durable subscriptions. It is possible to Any connection created by this connection factory will have this Using JMS 61 set as its client id. Setting The Batch Size for DUPS_OK When the JMS acknowledge mode is set to DUPS_OK it is possible