4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer activemq When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer activemq When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

4 properties: localAddress - If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only only a specific interface. To do clustered-standalone example demonstrates how to configure and starts 3 cluster nodes on the same machine to form a cluster. A subscriber for a JMS topic is created on each node, and we create a producer MBeanServer configuration When Apache ActiveMQ Artemis is run in standalone, it uses the Java Virtual Machine's Platform MBeanServer to register its MBeans. By default Jolokia is also deployed to allow access

. . . . . . . . . . . . . . . . . . . . . . . . 36 9.4. Virtual Topic Consumer Destination Translation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 10. Using to be set to a power of 2, i.e.: 2, 16, 128 and so on. 9.4. Virtual Topic Consumer Destination Translation For existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping supports 4 properties: localAddress If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only on a specific interface. To do this

. . . . . . . . . . . . . . . . . . . . . . . . 36 9.4. Virtual Topic Consumer Destination Translation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 36 10. Using to be set to a power of 2, i.e.: 2, 16, 128 and so on. 9.4. Virtual Topic Consumer Destination Translation For existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping supports 4 properties: localAddress If you are running with multiple network interfaces on the same machine, you may want to specify that the discovery group listens only on a specific interface. To do this