500-444 · Question #1
Which sync job runs every 10 minutes to bring back the OUT_OF_SYNC machine to the IN_SYNC state?
The correct answer is B. Automated differential. Automated differential is correct because it is the scheduled sync job that runs at regular 10-minute intervals specifically designed to detect machines in an OUT_OF_SYNC state and reconcile them back to IN_SYNC by syncing only the changed (differential) data - making it…
Question
Which sync job runs every 10 minutes to bring back the OUT_OF_SYNC machine to the IN_SYNC state?
Options
- AOnDemand
- BAutomated differential
- CPush
- DManual differential
How the community answered
(24 responses)- A4% (1)
- B92% (22)
- C4% (1)
Explanation
Automated differential is correct because it is the scheduled sync job that runs at regular 10-minute intervals specifically designed to detect machines in an OUT_OF_SYNC state and reconcile them back to IN_SYNC by syncing only the changed (differential) data - making it efficient and automatic.
OnDemand (A) is wrong because it is triggered by a specific event or request, not a fixed recurring schedule. Push (C) is wrong because push operations send data from server to client on command, but are not the scheduled reconciliation job that monitors and corrects sync state. Manual differential (D) is wrong because it requires a human to initiate it - it cannot run autonomously on a timer.
Memory tip: Think "AUTO-diff AUTO-fixes" - the Automated differential is the one that automatically runs on a clock to fix what's out of sync, while everything else either needs a trigger or a human.
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