allows you to have full guarantees that sent messages have reached the server without having to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: ServerLocator locator = null; ClientSessionFactory

allows you to have full guarantees that sent messages have reached the server without having to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: ServerLocator locator = null; ClientSessionFactory

--autocreate Auto create addresses. (default: true) --blocking Block producers when address becomes full, opposite of --paging (Default: false) The idea with address settings, is you can provide a block of settings which will be applied against any addresses that match the string in the match attribute address-full-policy . This attribute can have one of the following values: PAGE, DROP, FAIL or BLOCK and determines what happens when an address where max-size-bytes is specified becomes full. The

--autocreate Auto create addresses. (default: true) --blocking Block producers when address becomes full, opposite of --paging (Default: false) The idea with address settings, is you can provide a block of settings which will be applied against any addresses that match the string in the match attribute address-full-policy . This attribute can have one of the following values: PAGE, DROP, FAIL or BLOCK and determines what happens when an address where max-size-bytes is specified becomes full. The

have full guarantees that sent messages have reached the server without having Using Core 46 to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: Detecting Dead Connections 100 ServerLocator

have full guarantees that sent messages have reached the server without having Using Core 46 to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: Detecting Dead Connections 100 ServerLocator

have full guarantees that sent messages have reached the server without having Using Core 46 to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: Detecting Dead Connections 100 ServerLocator

--autocreate Auto create addresses. (default: true) --blocking Block producers when address becomes full, opposite of --paging (Default: false) The idea with address settings, is you can provide a block of settings which will be applied against any addresses that match the string in the match attribute address-full-policy . This attribute can have one of the following values: PAGE, DROP, FAIL or BLOCK and determines what happens when an address where max-size-bytes is specified becomes full. The

allows you to have full guarantees that sent messages have reached the server without having to block on each message sent until a response is received. Blocking on each messages sent is costly since requests that can be in the IO queue at any one time. If the queue becomes full then writes will block until space is freed up. When using NIO, this value should always be equal to 1 When using AIO controlled manner, using a finally block. Here's an example of a well behaved core client application closing its session and session factory in a finally block: ServerLocator locator = null; ClientSessionFactory

--autocreate Auto create addresses. (default: true) --blocking Block producers when address becomes full, opposite of --paging (Default: false) The idea with address settings, is you can provide a block of settings which will be applied against any addresses that match the string in the match attribute address-full-policy . This attribute can have one of the following values: PAGE, DROP, FAIL or BLOCK and determines what happens when an address where max-size-bytes is specified becomes full. The