Which answer describes a solution to this problem?

SystemA has a file system named /library that contains a library of files to be shared to the entire
company. Each remote system has read-only access to this file system through the /library mount
point.

Occasionally, serverA goes down for maintenance and users can no longer access the data in the
library. Therefore, you have configured a second server, named systemB, that users can access
when systemA goes down. They access the systemB server through the /library2 mount point.
However, when systemA goes down, all the users need to be instructed that they are to use
/library2 temporarily until systemA comes back up. Which answer describes a solution to this
problem?

SystemA has a file system named /library that contains a library of files to be shared to the entire
company. Each remote system has read-only access to this file system through the /library mount
point.

Occasionally, serverA goes down for maintenance and users can no longer access the data in the
library. Therefore, you have configured a second server, named systemB, that users can access
when systemA goes down. They access the systemB server through the /library2 mount point.
However, when systemA goes down, all the users need to be instructed that they are to use
/library2 temporarily until systemA comes back up. Which answer describes a solution to this
problem?

A.
Mount the file systems as follows:mount -F nfs systemA:/library,systemB:/library /library

B.
Mount the file systems as follows:mount -F nfs -o ro systemA:/library,systemB:/library /library

C.
Mount the file systems as follows:mount -F -o ro nfs systemA:/library systemB:/library /library

D.
Use AutoFS to maintain both mountpoints and have the users access either
/net/systemA/library or /net/system/library



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