The thin pool on the sec array has experienced an out-of-space condition so a MirrorView/A update has failed. What is the state of this particular MirrorView/A mirror?
A. System fractured
B. Inactive
C. Administratively fractured
D. Out-of-sync
2 Comments on “What is the state of this particular MirrorView/A mirror?”
networkmanagers says:
Correct answer is C
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emsays:
A:
A fracture stops MirrorView replication from the primary image to the secondary
mirror image. Administrative fractures are initiated by the user typically to suspend
replication, as opposed to a system fracture which is initiated by the MirrorView
software. A system fracture entitles a communication failure between the primary and
secondary systems.
With MirrorView/S, writes continue to the primary image but are not replicated to the
secondary during a fracture. Replication can resume when the user issues a
synchronize command.
With MirrorView/A, the current updates stop during a fracture, and no further updates
start until a synchronize request is issued. The last consistent copy remains in place
on the secondary image if the mirror is to be updated.
Correct answer is C
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A:
A fracture stops MirrorView replication from the primary image to the secondary
mirror image. Administrative fractures are initiated by the user typically to suspend
replication, as opposed to a system fracture which is initiated by the MirrorView
software. A system fracture entitles a communication failure between the primary and
secondary systems.
With MirrorView/S, writes continue to the primary image but are not replicated to the
secondary during a fracture. Replication can resume when the user issues a
synchronize command.
With MirrorView/A, the current updates stop during a fracture, and no further updates
start until a synchronize request is issued. The last consistent copy remains in place
on the secondary image if the mirror is to be updated.
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