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

MQTT has been specifically designed to reduce transport overhead (and thus network traffic) and code footprint on client devices. For this reason MQTT is ideally suited to constrained devices such as connection will be terminated. In the case of MQTT 5 clients they will receive a disconnect reason code of 0x80 (i.e. "Unspecified error"). 8.10. Automatic Subscription Clean-up Sometimes MQTT 3.x clients the "Authentication Method" property in its CONNECT packet it will receive a CONNACK with a reason code of 0x8C (i.e. bad authentication method) and the network connection will be closed. 8.16. Publish

MQTT has been specifically designed to reduce transport overhead (and thus network traffic) and code footprint on client devices. For this reason MQTT is ideally suited to constrained devices such as connection will be terminated. In the case of MQTT 5 clients they will receive a disconnect reason code of 0x80 (i.e. "Unspecified error"). 8.10. Automatic Subscription Clean-up Sometimes MQTT clients the "Authentication Method" property in its CONNECT packet it will receive a CONNACK with a reason code of 0x8C (i.e. bad authentication method) and the network connection will be closed. 8.16. Publish

MQTT has been specifically designed to reduce transport overhead (and thus network traffic) and code footprint on client devices. For this reason MQTT is ideally suited to constrained devices such as connection will be terminated. In the case of MQTT 5 clients they will receive a disconnect reason code of 0x80 (i.e. "Unspecified error"). 8.10. Automatic Subscription Clean-up Sometimes MQTT clients the "Authentication Method" property in its CONNECT packet it will receive a CONNACK with a reason code of 0x8C (i.e. bad authentication method) and the network connection will be closed. 8.16. Publish

MQTT has been specifically designed to reduce transport overhead (and thus network traffic) and code footprint on client devices. For this reason MQTT is ideally suited to constrained devices such as connection will be terminated. In the case of MQTT 5 clients they will receive a disconnect reason code of 0x80 (i.e. "Unspecified error"). 8.10. Automatic Subscription Clean-up Sometimes MQTT clients the "Authentication Method" property in its CONNECT packet it will receive a CONNACK with a reason code of 0x8C (i.e. bad authentication method) and the network connection will be closed. 8.16. Publish

MQTT has been specifically designed to reduce transport overhead (and thus network traffic) and code footprint on client devices. For this reason MQTT is ideally suited to constrained devices such as connection will be terminated. In the case of MQTT 5 clients they will receive a disconnect reason code of 0x80 (i.e. "Unspecified error"). 8.10. Automatic Subscription Clean-up Sometimes MQTT 3.x clients html#Topic_Alias">topic aliasing. This is an optimization for the size of <code>PUBLISHcode> control packets as a 2-byte integer value can now be substituted for the _name of the