resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they destinationCache element, you can toggle on the destination cache to improve the performance and reduce the calls to the broker. This should not be used if destinations (addresses) are not permanent broker side consult the JMS 1.1 specification for full details. Unlike non-durable subscriptions, the key function of durable subscriptions is that the messages contained in them persist longer than the lifetime

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they

message producer on an address that receives messages from another AMQP endpoint. Both elements function as a message bridge. However, there is no additional overhead required to process messages. Senders existing OpenWire consumers of virtual topic destinations it is possible to configure a mapping function that will translate the virtual topic consumer destination into a FQQN address. This address will resolve the destination by name on every operation, this can cause a performance issue and extra calls to the broker, in a scenario where destinations (addresses) are permanent broker side, such as they