bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri analyzer-timeout critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri analyzer-timeout critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri analyzer-timeout critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeur critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeuri critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeur critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeur critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on

bytes. The default is 1024 * 1024. Setting The Destination Cache Many frameworks such as Spring resolve the destination by name on every operation, this can cause a performance issue and extra calls to transaction, the commitPreparedTransaction() or rollbackPreparedTransaction() method can be used to resolve heuristic transactions. Heuristically completed transactions can be listed using the listHeur critical-analyzer- policy should the server log, be halted or shutdown upon failures. LOG resolve-protocols if true then the broker will make use of any protocol managers that are in available on