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Network Appliance NS0-093 Certification Exam validates your ability to install, configure and administer NetApp hardware, identify hardware faults and troubleshoot them, and communicate effectively with technical support teams. Achieving this certification will demonstrate your expertise in the latest industry-standard technologies that NetApp hardware support engineers use every day. Upon successful completion of the exam, you will receive a NetApp Accredited Hardware Support Engineer certification, which is a valuable credential in the industry.
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Network Appliance NetApp Accredited Hardware Support Engineer Sample Questions (Q10-Q15):
NEW QUESTION # 10
Which three commands can be used to manually generate a kernel core file? (Choose three.)
- A. SP> system core
- B. ::> halt -dump true -node <node_name>
- C. ::> system node panic -node <node_name>
- D. SP> system power cycle
- E. ::> reboot -node <node_name> -dump true
Answer: B,C,E
Explanation:
To manually generate a kernel core file in ONTAP, the following commands can be used:
* What it does:Reboots the specified node and generates a core dump before rebooting.
* Example Usage:
1. ::> reboot -node <node_name> -dump truereboot -node <node_name> -dump true
* What it does:Halts the specified node and generates a core dump before shutting down.
* Example Usage:
2. ::> halt -dump true -node <node_name>halt -dump true -node <node_name>
* What it does:Forces a panic on the specified node, which triggers a kernel core dump.
* Example Usage:
3. ::> system node panic -node <node_name>system node panic -node <node_name>
* A. SP> system power cycle:
* This command reboots the system from the Service Processor but does not generate a core dump.
* E. SP> system core:
* This command displays core file information but does not generate a new core dump.
Why Other Options Are Incorrect:
* NetApp "Kernel Core Dump Guide" explains the use of reboot, halt, and panic commands to trigger core dumps.
* ONTAP CLI Reference includes the syntax for these commands.
References:
NEW QUESTION # 11
What are two valid options for uploading a core file from a node that is running ONTAP 9.12.1 software to NetApp for analysis? (Choose two.)
- A. Download via Service Processor Infrastructure (SPI) and upload to upload.netapp.com.
- B. Download via CIFS and upload to upload.netapp.com.
- C. system node autosupport invoke -diagnostic
- D. system node autosupport invoke-core-upload
Answer: B,D
Explanation:
Options for Uploading Core Files:
* Core files are diagnostic dumps created during system failures for analysis by NetApp Support.
* They can be uploaded via multiple methods, depending on system configuration and access:
Option B (CIFS Download):
* Core files can be downloaded from the node using a CIFS share and then manually uploaded to upload.
netapp.com.
* This method is useful if automated processes are unavailable or connectivity is limited.
Option D (Autosupport Invoke-Core-Upload):
* The command system node autosupport invoke-core-upload automates the process of uploading the core file to NetApp.
* It uses the configured Autosupport mechanism to transfer the file to NetApp Support for analysis.
NetApp Reference Documentation:
* "ONTAP Autosupport Guide" and "ONTAP Troubleshooting Guide" provide instructions for manually and automatically uploading core files.
NEW QUESTION # 12
Which two statements regarding drive 1.2.3.L1 are true? (Choose two.)
- A. The drive is in bay 3.
- B. The drive is in bay 2.
- C. The drive is in shelf 2.
- D. The drive is in shelf 1.
Answer: A,C
Explanation:
The identifier 1.2.3.L1 follows the NetApp disk naming convention, which specifies the location of the drive in the system. Here is the breakdown of the identifier:
* 1: This indicates the stack ID or loop ID. It represents the stack number in the disk shelf configuration.
* 2: This indicates the shelf ID. In this case, the drive is located in shelf 2.
* 3: This indicates the bay ID or slot number within the shelf. The drive is in bay 3.
* L1: This represents the logical port or logical disk identifier.
* The shelf ID is 2, so the drive is in shelf 2 (A is correct).
* The bay ID is 3, so the drive is in bay 3 (B is correct).
* C. The drive is in bay 2: The bay ID is explicitly specified as 3, not 2.
* D. The drive is in shelf 1: The shelf ID is clearly given as 2, not 1.
* NetApp Hardware Universe documentation provides details on disk naming conventions.
* The "ONTAP Disk Management Guide" includes a full explanation of disk IDs and their interpretation.
How to Interpret Disk Identifier 1.2.3.L1:Why Other Options Are Incorrect:References:
NEW QUESTION # 13
At what stage is a write acknowledged to a client?
- A. when the write has been flushed from NVRAM to RAM
- B. when the write has been flushed to disk
- C. when the write is present in the NVRAM on the local node and its HA partner
- D. when the write is present in the local node RAM and NVRAM
Answer: C
Explanation:
* In a clustered ONTAP system, write requests are acknowledged to the client only after they are securely stored in NVRAM on both the local node and its HA (High Availability) partner.
* This ensures redundancy and data protection in case of a node failure.
Write Acknowledgment in NetApp ONTAP:
* A. when the write is present in the local node RAM and NVRAM:
* Writes are not acknowledged until the HA partner also stores the data in its NVRAM.
* B. when the write has been flushed to disk:
* Writes are acknowledged before they are written to disk, as NVRAM ensures durability.
* D. when the write has been flushed from NVRAM to RAM:
* Data is not acknowledged based on RAM; NVRAM on both nodes is the requirement.
Why Other Options Are Incorrect:
* NetApp's "ONTAP Write I/O Processing Guide" explains the role of NVRAM and HA in write acknowledgment.
* "Data Protection in ONTAP" highlights the synchronization of NVRAM between HA partners.
References:
NEW QUESTION # 14
What is the recommended value for disk and CPU use when you plan an upgrade?
- A. less than 50%
- B. less than 70%
- C. less than 90%
- D. less than 85%
Answer: B
Explanation:
Upgrade Considerations for Disk and CPU Utilization:
* During an ONTAP upgrade, it is critical to ensure the system has sufficient resources to handle the upgrade process without impacting normal operations.
Recommended Threshold:
* NetApp recommends that both disk and CPU utilization should be below 70% before initiating an upgrade. This ensures that there is enough headroom for the upgrade operations and avoids performance degradation.
Steps to Verify Utilization:
* Use the system node show -fields cpu command to check CPU usage.
* Use the storage aggregate show -fields used command to check aggregate disk utilization.
NetApp Reference Documentation:
* "ONTAP Upgrade and Maintenance Guide" specifies the 70% threshold for disk and CPU usage during upgrade planning.
* The "ONTAP Performance Management Guide" provides methods for monitoring system resource utilization.
NEW QUESTION # 15
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