To distribute the physical destinations unevenly across the clustered WebLogic Managed Servers so that the high-powered machines…

Scenario : The Stock Control Application you are going to deploy to a cluster of WebLogic
Managed Servers requires a JMS destination to asynchronously deliver the messages to the backend Warehousing Application. To distribute the messages across the cluster, you decided to
configure the distributed
destination. Also the Warehousing Application is a legacy application written to implement a
proprietary MQ API connecting an MQ-Series server. The Stock Control Application is
implemented as a web application on a WebLogic cluster delivering the message to the distributed
destination. The cluster has three Managed Servers hosted on two high powered machines and
one low range/powered machine.
To distribute the physical destinations unevenly across the clustered WebLogic Managed Servers
so that the high-powered machines can receive more messages than the low-powered machines,
configure the distributed destination with:

Scenario : The Stock Control Application you are going to deploy to a cluster of WebLogic
Managed Servers requires a JMS destination to asynchronously deliver the messages to the backend Warehousing Application. To distribute the messages across the cluster, you decided to
configure the distributed
destination. Also the Warehousing Application is a legacy application written to implement a
proprietary MQ API connecting an MQ-Series server. The Stock Control Application is
implemented as a web application on a WebLogic cluster delivering the message to the distributed
destination. The cluster has three Managed Servers hosted on two high powered machines and
one low range/powered machine.
To distribute the physical destinations unevenly across the clustered WebLogic Managed Servers
so that the high-powered machines can receive more messages than the low-powered machines,
configure the distributed destination with:

A.
“Allocate Members Uniformly” set to false and manually select more physical destinations from
the
high-powered machines

B.
“Uneven Distribution” set to true and select all the physical destinations

C.
“Uniform Distribute Destination” set to true and select all the physical destinations from the
high-powered
and low- powered machines

D.
“Load Balancing Policy” set to Random and select only the destination from the high-powered
machine



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