typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern will be created and either the remote source or remote target address will be set to the name of the temporary queue. If the Link is not dynamic then the address of the remote target or source will be used useful for debugging or simply monitoring client activity. Along with the STOMP frame itself the remote IP address of the client is logged as well as the internal connection ID so that frames from the

typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern will be created and either the remote source or remote target address will be set to the name of the temporary queue. If the Link is not dynamic then the address of the remote target or source will be used useful for debugging or simply monitoring client activity. Along with the STOMP frame itself the remote IP address of the client is logged as well as the internal connection ID so that frames from the

typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern will be created and either the remote source or remote target address will be set to the name of the temporary queue. If the Link is not dynamic then the address of the remote target or source will be used useful for debugging or simply monitoring client activity. Along with the STOMP frame itself the remote IP address of the client is logged as well as the internal connection ID so that frames from the

typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern will be created and either the remote source or remote target address will be set to the name of the temporary queue. If the Link is not dynamic then the address of the remote target or source will be used useful for debugging or simply monitoring client activity. Along with the STOMP frame itself the remote IP address of the client is logged as well as the internal connection ID so that frames from the

typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern will be created and either the remote source or remote target address will be set to the name of the temporary queue. If the Link is not dynamic then the address of the remote target or source will be used useful for debugging or simply monitoring client activity. Along with the STOMP frame itself the remote IP address of the client is logged as well as the internal connection ID so that frames from the

detection and is designed for internal use only. Furthermore, it's too opaque to be trusted by a remote user as it only returns the number of message added to the queue since the last time it was called Highlights: Support ActiveMQ5 feature JMSXGroupFirstForConsumer. Clarify handshake timeout error with remote address. Support duplicate detection for AMQP messages the same as core. 2.7.0 Full release notes typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern

detection and is designed for internal use only. Furthermore, it's too opaque to be trusted by a remote user as it only returns the number of message added to the queue since the last time it was called Highlights: Support ActiveMQ5 feature JMSXGroupFirstForConsumer. Clarify handshake timeout error with remote address. Support duplicate detection for AMQP messages the same as core. 2.7.0 Full release notes typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern

detection and is designed for internal use only. Furthermore, it's too opaque to be trusted by a remote user as it only returns the number of message added to the queue since the last time it was called Highlights: Support ActiveMQ5 feature JMSXGroupFirstForConsumer. Clarify handshake timeout error with remote address. Support duplicate detection for AMQP messages the same as core. 2.7.0 Full release notes typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern

detection and is designed for internal use only. Furthermore, it's too opaque to be trusted by a remote user as it only returns the number of message added to the queue since the last time it was called Highlights: Support ActiveMQ5 feature JMSXGroupFirstForConsumer. Clarify handshake timeout error with remote address. Support duplicate detection for AMQP messages the same as core. 2.7.0 Full release notes typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern

detection and is designed for internal use only. Furthermore, it's too opaque to be trusted by a remote user as it only returns the number of message added to the queue since the last time it was called Highlights: Support ActiveMQ5 feature JMSXGroupFirstForConsumer. Clarify handshake timeout error with remote address. Support duplicate detection for AMQP messages the same as core. 2.7.0 Full release notes typically providing reliability, transactions and many other features. Unlike systems based on a Remote Procedure Call (RPC) pattern, messaging systems primarily use an asynchronous message passing pattern