Legal Notice 3. Preface 4. Project Info 5. Messaging Concepts 6. Architecture 7. Using the Server 8. Using JMS 9. Using Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 39. Duplicate Message Detection 40. Clusters 41. High Availability and Failover 42. Graceful Server Shutdown 43. Libaio Native Libraries 44. Thread management 45. Logging 46. REST Interface 47 dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Legal Notice 3. Preface 4. Project Info 5. Messaging Concepts 6. Architecture 7. Using the Server 8. Using JMS 9. Using Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 39. Duplicate Message Detection 40. Clusters 41. High Availability and Failover 42. Graceful Server Shutdown 43. Libaio Native Libraries 44. Thread management 45. Logging 46. REST Interface 47 dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Using JMS Using Core Mapping JMS Concepts to the Core API The Client Classpath Examples Routing Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Using JMS Using Core Mapping JMS Concepts to the Core API The Client Classpath Examples Routing Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Using JMS Using Core Mapping JMS Concepts to the Core API The Client Classpath Examples Routing Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Using JMS Using Core Mapping JMS Concepts to the Core API The Client Classpath Examples Routing 61 Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Legal Notice 3. Preface 4. Project Info 5. Messaging Concepts 6. Architecture 7. Using the Server 8. Using JMS 9. Using Core 10. Mapping JMS Concepts to the Core API 11. The Client Classpath 39. Duplicate Message Detection 40. Clusters 41. High Availability and Failover 42. Graceful Server Shutdown 43. Libaio Native Libraries 44. Thread management 45. Logging 46. REST Interface 47 dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Address Model Using JMS Using Core Using AMQP Mapping JMS Concepts to the Core API The Client Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Address Model Using JMS Using Core Using AMQP Mapping JMS Concepts to the Core API The Client Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite JEE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide

Contents Introduction Legal Notice Preface Project Info Messaging Concepts Architecture Using the Server Address Model Using JMS Using Core Using AMQP Mapping JMS Concepts to the Core API The Client Flows Core Bridges Duplicate Message Detection Clusters High Availability and Failover Graceful Server Shutdown Libaio Native Libraries Thread management Logging REST Interface Embedding Apache ActiveMQ dependencies. Run ActiveMQ Artemis stand-alone, run it in integrated in your favourite Java EE application server, or run it embedded inside your own product. It's up to you. Seamless high availability. We provide