A.  

Global Disk Array (GDA)

B.  

Global Storage Pool (GSP)

C.  

Global Access Cache (GAC)

D.  

Global Volume Store (GVS)

A.  

iso2class

B.  

image2class

C.  

Data Director

D.  

VME user mode

A.  

Best practice is to use the last address in the range.

B.  

Best practice is to use the first address in the range.

C.  

Your grid controller’s IP address is automatically assigned.

D.  

Because there is no best practice, select any address in the range.

A.  

ctld, the controller daemon, controls the start process.

B.  

The application is added to the grid by the grid controller.

C.  

The start procedure follows the pattern you specify in the Q-obj file.

D.  

Application scheduling determines which components in an application will be started on which servers.

A.  

A reference to a storage Logical Unit Number (LUN)

B.  

All the software required to boot and operate an instance of this class

C.  

A reference to the IP address or host name of the commodity server on which the object is stored

D.  

The characteristics of the appliance as a component, including its inputs, outputs, configuration properties, and their default values and hardware resources

A.  

You can do nothing in this case, because CA AppLogic is unable to use storage outside the internal IP SAN.

B.  

Use network cards on the private network with iSCSI support which will automatically initiate connections to the SAN on boot.

C.  

Create a custom appliance that will mount a remote share using Network File System (NFS) through a combination of NASR and OUT appliances.

D.  

Install a Host Bus Adapter (HBA) on each server, plug into the fiber channel network, mount the volume on grid nodes, and enable CA AppLogic to manage it.

A.  

Create a storage grid.

B.  

Create a high availability (HA) grid.

C.  

Use them as standby grid controllers.

D.  

Use them for testing resource-intensive applications.