A SRDF/AR Single Hop scenario, where the Source site has become unavailable, is illustrated in the exhibit. At the time of failure all BCV pairs were Split and synchronization between the Source R1-BCV and the Target R2 was complete. Application restart at the Target site, while maintaining an additional clean copy of the data in case of corruption during the restart procedure, is essential. Which process would achieve this restart objective?

A.
Check for device locks on the Target site BCV devices, suspend RDF links and Write-enable the BCV devices, and then import Volume Groups, mount Filesystems and restart application from the Target site BCV devices.

B.
Check for device locks on the Target site R2 and BCV devices, suspend RDF links and Write-enabled the R2 devices, perform an incremental Establish from the Target site R2 to the BCV, and then import Volume Groups, mount File and restart application form the R2 devices.

C.
Check for the device locks on the Target site R2 and BCV devices, Suspend RDF links and Write-enable the R2 devices, perform an incremental Restore from the Target site BCV to the R2, and then import Volume Groups, mount Filesystems and restart application from the R2 devices.

D.
Check for device locks on the Target site R2 and BCV devices, suspend RDF links and Write-enable the R2 devices, perform an incremental Restore from the Target BCV to the R2, wait for synchronization to complete and then Split the Target BCV and R2, and then import Volume Groups, mount Gilesystmes and restart application from the R2 device.

E.
Check for device locks on the Target Site R2 and BCV devices, suspend RDF links and Write-enable the R2 devices, perform an incremental Establish from the Target site R2 to the BCV, wait for synchronization to complete and then split the Target site R2 and BCV, and then import volume Groups, mount Filesystems and restart application from the R2 devices.