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NEW QUESTION # 186
An Implementation Engineer performing an inventory of hardware for an NDU from an FlashArray//X70R2 to an FlashArray //X90R3 and discovers a complete FlashArray//X90R3 was shipped in place of an NDU kit.
What is the minimum hardware the Implementation Engineer should use from this array to complete the NDU?
Answer: C
Explanation:
To complete the Non-Disruptive Upgrade (NDU) from an //X70R2 to an //X90R3 using a fully shipped array, the Implementation Engineer must extract and use the Controllers and NVRAM modules .
* Stateless Architecture: The FlashArray upgrade philosophy allows the chassis and data drives (Data Packs) to remain in place while the compute (controllers) and cache (NVRAM) are swapped.
* Component Compatibility:
* Controllers: The X90R3 controllers provide the upgraded CPU/performance required.
* NVRAM: The NVRAM modules (located in the chassis front or rear slots depending on generation, but logically paired with controller performance) often differ between generations (R2 vs. R3) and performance tiers (70 vs. 90). The X70R2 NVRAM modules are typically not compatible with X90R3 controllers. Therefore, the engineer must swap the NVRAM modules along with the controllers to ensure the write cache is recognized.
* Power Supplies: Both the X70R2 and X90R3 utilize the same high-capacity 1600W Power Supply Units . Unless the existing PSUs are faulty, they do not technically need to be swapped for the system to function, making "Controller and NVRAM" the precise minimum requirement for the logic upgrade.
NEW QUESTION # 187
After rebooting a controller, which command should an Implementation Engineer run to verify all the Purity services have started successfully?
Answer: C
Explanation:
The pureadm command suite is the primary CLI tool used by Implementation Engineers and Support to manage the Purity operating environment's services and high-availability states. After a controller reboot- whether part of a hardware replacement, NDU, or fresh install-it is critical to verify that the Purity software stack has initialized correctly and that all sub-services (such as the I/O handling process, management daemon, and scut) are running.
The specific command pureadm list is the correct syntax to display a summary of the Purity services and their current status (e.g., running, stable, or stopped) on the local controller. This command provides a clean, immediate view of the service stack's health. If the output shows all expected services as "running," the engineer can confirm the controller has successfully rejoined the cluster and is ready to handle operations.
While pureadm alone might print help text and pureadm status is often a valid guess for other systems, the strict syntax for FlashArray implementation verification relies on pureadm list. This step is a standard part of the "Health Check" procedures found in upgrade guides. Failing to verify service status before proceeding (e.
g., failing over to the other controller) could lead to an outage if the rebooted controller hasn't actually fully started its data services. Therefore, pureadm list is the validation checkpoint before declaring the controller healthy.
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NEW QUESTION # 188
An evacuation is already in progress when the Account Team informs the Implementation Engineer that the customer wants to include another data pack to the evacuation. How should the Implementation Engineer proceed With this request?
Answer: B
Explanation:
Data evacuation is a background process used to move data off specific physical media (like a shelf or data pack) so it can be removed safely. Purity is designed to handle dynamic changes to evacuation requests efficiently.
If an evacuation is already running and additional hardware needs to be evacuated, the Implementation Engineer does not need to stop the current job or wait for it to finish. The correct procedure is to issue a new evacuation command specifying the additional packs or shelves. Purity will intelligently update the existing background job to include the new targets, queuing the data movement logic to ensure all specified hardware is cleared. This "add-to-flight" capability saves time and administrative overhead compared to cancelling and restarting the entire workflow.
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NEW QUESTION # 189
An Implementation Engineer is onsite to install a new DFM data pack (DP) to CH0.BAY10-CH0.BAY19 of a FlashArray. After adding the drives to the chassis, which command should the Implementation Engineer run to verify if the new DP is in a wide write group?
Answer: B
Explanation:
To verify the status, presence, and admission of a specific data pack, the correct command is puredrive list --pack CH0.BAY10.
In the context of FlashArray geometry, a "Write Group" (RAID set) is formed by combining DirectFlash Modules. A "Wide Write Group" typically consists of 10 modules (a full data pack). When an engineer installs a standard 10-pack of drives (Bays 10-19), verifying that all 10 drives are successfully recognized and "admitted" confirms that the system has formed the intended wide write group.
The puredrive list command with the --pack argument filters the output to show only the drives in that specific pack. The engineer checks that all 10 drives are listed and their status is "healthy" or "admitted". If fewer drives were admitted (e.g., only 5), it would indicate a "narrow" write group or a hardware issue.
Option A (find_drive.py) is a utility script used to physically locate a drive by blinking its LED, not to check logical RAID configuration.
Option B (puredb list drives) is an internal engineering command (puredb) that is generally not intended for standard field verification and may require root-level access. The puredrive command is the standard CLI tool for this validation.
NEW QUESTION # 190
A customer has a FlashArray X20R3 with 22/22 data packs in the chassis at 80% space usage and wishes to swap one of the data packs for a 45TB pack. What step needs to be taken to facilitate this consolidation?
Answer: B
Explanation:
To facilitate a Capacity Consolidation (CapCon) in a chassis that is physically full (both data pack slots occupied) and logically utilized above the threshold to allow internal evacuation, the standard procedure requires temporary external capacity, often referred to as "swing gear." In this scenario, the FlashArray//X20 chassis is fully populated with two 22TB data packs. Since there are no empty slots to insert the new 45TB pack, one of the existing packs must be removed first. However, with the array at 80% usage, the data residing on the pack designated for removal (roughly half the raw capacity) cannot fit into the remaining free space of the other pack.
Therefore, Pure Storage Support will provision a DirectFlash Shelf (DFS) containing temporary capacity (e.g., a 63TB pack as mentioned in Option B). The Implementation Engineer attaches this shelf, adds it to the system, and utilizes it as a destination to evacuate data from the old 22TB pack. Once the old pack is empty and removed, the new 45TB pack is installed into the chassis. Finally, the data is moved from the temporary shelf back into the new chassis capacity, and the temporary shelf is disconnected and returned. Option A is incorrect because an empty shelf provides no storage to offload data, and Option C is operationally unfeasible for most customers.
NEW QUESTION # 191
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