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Huawei H13-629 Exam - Topic 1 Question 31 Discussion

Actual exam question for Huawei's H13-629 exam
Question #: 31
Topic #: 1
[All H13-629 Questions]

Which of the following statements are incorrect regarding the Huawei OceanStor 9000 file system?

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Suggested Answer: A, C, D

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Reita
3 months ago
I thought metadata was organized differently, this is surprising!
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Michael
3 months ago
B is spot on, dynamic subtree is a game changer!
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Jani
4 months ago
Wait, are we sure about the mirroring node redundancy thing?
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Shizue
4 months ago
Totally agree, D is correct!
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Wilburn
4 months ago
I heard metadata is stored on SSDs in OceanStor 9000.
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Elfriede
4 months ago
I’m confused about option D; I thought metadata was stored on HDDs, not SSDs. I need to double-check that.
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Frankie
4 months ago
I have a vague recollection that metadata storage is object-wise, which makes me lean towards option C being incorrect.
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Whitney
5 months ago
I remember studying about dynamic subtree organization in metadata, so I feel like option B is actually correct.
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Dawne
5 months ago
I think option A might be incorrect, but I'm not entirely sure how mirroring node redundancy works in this context.
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Jamey
5 months ago
Separating the applications into dedicated node pools could work, but that might be overkill for this scenario. I'll focus on the more general cluster-level autoscaling options first.
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Zack
5 months ago
This seems like a good approach. As long as I select the right SharePoint site when creating the team, that should meet the requirements. I'll give it a try and double-check the results.
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Willodean
10 months ago
The Oceanstor 9000 is so big, it has its own weather system. Seriously, you can surf the metadata!
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Vincent
8 months ago
C) The metadata is stored object-wise in the Oceanstor 9000 system
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Wade
9 months ago
B) Oceanstor 9000 uses a dynamic subtree to organize metadata
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Georgene
9 months ago
A) Metadata is achieved by mirroring node redundancy
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Fletcher
10 months ago
Option D must be correct. The metadata is stored on the SSD of the storage nodes for faster access.
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Ben
8 months ago
D) The metadata is actually stored on the SSD of the storage node
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Zena
8 months ago
C) The metadata is stored object-wise in the Oceanstor 9000 system
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Isidra
8 months ago
B) Oceanstor 9000 uses a dynamic subtree to organize metadata
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Lezlie
8 months ago
A) Metadata is achieved by mirroring node redundancy
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Rhea
8 months ago
D) The metadata is actually stored on the SSD of the storage node
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Shawna
8 months ago
C) The metadata is stored object-wise in the Oceanstor 9000 system
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Tandra
9 months ago
B) Oceanstor 9000 uses a dynamic subtree to organize metadata
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Clay
9 months ago
C) The metadata is stored object-wise in the Oceanstor 9000 system
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Stephanie
9 months ago
B) Oceanstor 9000 uses a dynamic subtree to organize metadata
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Isreal
9 months ago
A) Metadata is achieved by mirroring node redundancy
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Fernanda
10 months ago
A) Metadata is achieved by mirroring node redundancy
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Rosalind
10 months ago
Option C is definitely wrong. The metadata is not stored object-wise, but rather in a more efficient way.
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Shawnda
9 months ago
Option C is definitely wrong. The metadata is not stored object-wise, but rather in a more efficient way.
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Noble
9 months ago
D) The metadata is actually stored on the SSD of the storage node
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Stephaine
9 months ago
B) Oceanstor 9000 uses a dynamic subtree to organize metadata
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Erin
10 months ago
A) Metadata is achieved by mirroring node redundancy
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Eden
10 months ago
I think Option B is incorrect. The Oceanstor 9000 uses a dynamic subtree to organize the metadata, not a static one.
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Kris
11 months ago
Option A seems correct to me. Mirroring node redundancy is a key feature of the Oceanstor 9000 file system.
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Whitley
11 months ago
I'm not sure about A) Metadata is achieved by mirroring node redundancy. Can someone explain why that statement is incorrect?
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Marylin
11 months ago
I agree with Marilynn. The metadata is not stored on the SSD, it's organized using a dynamic subtree.
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Marilynn
11 months ago
I think the incorrect statement is D) The metadata is actually stored on the SSD of the storage node.
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