server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. tcp://0.0

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

load-balancing. 1.0.0 Full release notes. Highlights: Versions 26 First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client

server-side message load-balancing. 1.0.0 Full release notes. Highlights: First release of the donated code-base as ActiveMQ Artemis! Lots of features for parity with ActiveMQ 5.x including: OpenWire support Here's a snippet of Java code using JMS which demonstrates the FQQN syntax: Queue q1 session.createQueue("a1::q1"); MessageConsumer In the example below, the acceptor is configured to use queue/ for the anycastPrefix . Client code can specify queue/foo/ if the client wants anycast routing. Consider, for example, a STOMP client