Check the VM logs first when a cloud SQL database stops during an update with no config changes
Given a scenario, troubleshoot deployment issues.
AnswerCorrect answer: A — The VM is alive and no change was scheduled, so the VM logs are the next check to find why the cloud SQL database stopped.
An update is being deployed to a web application, and a systems administrator notices the cloud SQL database has stopped running. The VM is responding to pings, and there were not any configuration changes scheduled for the VM. Which of the following should the administrator check NEXT?
100% of anonymous learners picked answer A.
Votes are pick records left by other test-takers — they are not the verified answer.
Community Insight
When a service dies without a scheduled change, the troubleshooting methodology says gather information first, and on a live VM the logs are the highest-information, lowest-cost source.
During a web application update the cloud SQL database stops, yet the VM answers pings and no configuration change was scheduled. With the host alive and no known change to explain the failure, the next step is to read the VM logs, which record why the database service exited.
Firewall (B) tempts because a dead database looks like blocked traffic, but the VM answers pings and the service stopped running rather than being unreachable, which points away from packet filtering.
Community Discussion (3 comments)
CXSSP👍 3Selected: A
Logs on the VM typically contain detailed information about system events, errors, and application behavior. By examining the logs, the administrator can gain valuable insights into why the cloud SQL database stopped running. The logs might reveal error messages related to the database service itself, resource limitations, or any unexpected events that caused the crash. Analyzing these logs should provide clues to diagnose the root cause of the database outage and help the administrator determine the appropriate recovery steps.
TheFivePips👍 4Selected: A
This question sucks because I doesn't feel like there is enough information to really give a decent answer. That being said, when we need more information we should probably check the logs. That's my best guest. Its probably not a firewall issue because it responds to pings (doesn't rule it out tho). Probably not a memory issue because that wouldn't stop the Db from running unless it was a huge memory issue which would probably also stop pings( doesn't rule it out tho). vGPU is also not likely for similar reasons (doesn't rule it out tho). When in doubt, check the logs
kuzummjakk👍 2
While it COULD be C, B, or even D, the question insinuates it stopped working specifically while an update is being pushed that "shouldn't" have touched it. Since it shouldn't, and clearly is "somehow", more information is required.
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Expert Analysis
Why the Answer Is Correct
The troubleshooting methodology orders evidence gathering before fixes, and logs are where a stopped service explains itself: crash messages, out-of-memory kills, or dependency failures all land there. The VM responds to pings, so the operating system and network stack are alive, and nothing was scheduled that would alter configuration, so there is no obvious external cause. Reading the logs on the VM is therefore the next step that produces the most information for the least effort.
Why the Other Options Are Wrong
B, the firewall, would manifest as unreachable ports while the service keeps running, yet here the database process itself stopped, and ICMP replies do not even exercise the rules that matter to SQL traffic. C, memory, is a plausible crash cause but you confirm it through the logs and metrics first; jumping straight to memory skips the evidence step. D, vGPU performance, has no plausible connection to a SQL service stopping, since database engines do not depend on GPU scheduling.
Community Comment Notes
TheFivePips, a tester close to exam day, reasons that with little information the logs are the only evidence-gathering step, and that ping responses weaken the firewall theory. CXSSP notes logs reveal error messages, resource limits, and unexpected events that caused the crash. kuzummjakk adds the key nuance: the update that should not have touched the database somehow did, so more information is required before touching B, C, or D.