together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 29 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 31 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 28 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 28 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 28 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 30 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more interfaces and consequently a REST messaging approach is a very strong contender for becoming the de-facto method for messaging interoperability. Messaging Concepts 30 With a REST approach messaging --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created

together. Message buses often form the core of an Enterprise Service Bus (ESB). Using a message bus to de-couple disparate systems can allow the system to grow and adapt more easily. It also allows more flexibility port (i.e. 8161), and remove it when it terminates: $ docker run --detach --name mycontainer -p 61616:61616 -p 8161:8161 --rm apache/activemq-artemis:latest-alpine Once the broker starts you can open the g.: $ docker run -e ARTEMIS_USER=myUser -e ARTEMIS_PASSWORD=myPass --name mycontainer -it -p 61616:61616 -p 8161:8161 apache/activemq-artemis:latest-alpine Mapping point The image will use the directory

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created eu' matches all address except for those starting with 'eu' 'eu.uk,eu.de' matches all addresses starting with either 'eu.uk' or 'eu.de' 'eu,!eu.uk' matches all addresses starting with 'eu' but not those

together. Message buses often form the core of an Enterprise Service Bus. (ESB). Using a message bus to de- couple disparate systems can allow the system to grow and adapt more easily. It also allows more --require-login This will configure security to require user / password, opposite o --allow-anonymous --role The name for the role created eu' matches all address except for those starting with 'eu' 'eu.uk,eu.de' matches all addresses starting with either 'eu.uk' or 'eu.de' 'eu,!eu.uk' matches all addresses starting with 'eu' but not those