Biography

Fast and Effective Preparation With NCP-DB-6.10 Nutanix Certified Professional - Database Automation (NCP-DB) v6.10 Exam Questions

We know that you care about your NCP-DB-6.10 actual test. Do you want to take a chance of passing your NCP-DB-6.10 actual test? Now, take the NCP-DB-6.10 practice test to assess your skills and focus on your studying. Firstly, download our NCP-DB-6.10 free pdf for a try now. With the try, you can get a sneak preview of what to expect in the NCP-DB-6.10 Actual Test. That NCP-DB-6.10 test engine simulates a real, timed testing situation will help you prepare well for the real test.

Many candidates find the Nutanix exam preparation difficult. They often buy expensive study courses to start their Nutanix NCP-DB-6.10 certification exam preparation. However, spending a huge amount on such resources is difficult for many Nutanix Certified Professional - Database Automation (NCP-DB) v6.10 applicants. The Latest NCP-DB-6.10 Exam Dumps are the right option for you to prepare for the NCP-DB-6.10 certification test at home.

>> NCP-DB-6.10 Examinations Actual Questions <<

Reliable NCP-DB-6.10 Exam Cram - Practice NCP-DB-6.10 Exam

Our Software version has the advantage of simulating the real NCP-DB-6.10 exam environment. Many candidates can’t successfully pass their real exams for the reason that they are too nervous to performance rightly as they do the practices. This Software version of NCP-DB-6.10 practice materials will exactly help overcome their psychological fear. So you will be bound to pass your NCP-DB-6.10 exam since you have perfected yourself in taking the NCP-DB-6.10 exam with full confidence.

Nutanix Certified Professional - Database Automation (NCP-DB) v6.10 Sample Questions (Q266-Q271):

NEW QUESTION # 266
An administrator needs to maintain five days of time-travel capability to any second, plus an additional seven days of discrete recovery at a daily interval. How should the administrator define the Frequency and retention on the SLA?

• A. - Continuous log retention (days): 5
  - Weekly snapshot retention (weeks): 1
• B. - Continuous log retention (days): 7
  - Daily snapshot retention (days): 5
• C. - Daily snapshot retention (days): 7
  - Continuous log retention (days): 5
• D. - Weekly snapshot retention (weeks): 1
  - Continuous log retention (days): 7

Answer: C

Explanation:
The correct answer is D because it meets the requirements of maintaining five days of time-travel capability to any second and an additional seven days of discrete recovery at a daily interval.
Continuous log retention allows the administrator to restore the database to any point in time within the specified number of days, while snapshot retention allows the administrator to restore the database to a specific point in time at a fixed interval. Therefore, by setting the daily snapshot retention to 7 days, the administrator can ensure that there is a discrete recovery point for each day of the week. By setting the continuous log retention to 5 days, the administrator can ensure that there is a time-travel capability to any second within the last five days. The other options do not meet the requirements because they either have less than five days of continuous log retention or less than seven days of snapshot retention.

NEW QUESTION # 267
While restoring a PostgreSQL HA instance, an administrator notices that the restore of a standby node has failed. The primary node is ready to seive application traffic.
In what state does NDB leave the database?

• A. RECOVERY PENDING
• B. PAKFIAL.READY
• C. ONLINE
• D. OFFLINE

Answer: C

Explanation:
When restoring a PostgreSQL HA instance in NDB, if the standby node fails to restore but the primary node is successfully restored and ready to serve application traffic, NDB considers the database operational from the perspective of the primary node. In this scenario, NDB leaves the database in an "ONLINE" state, reflecting that the primary node is functional and capable of handling requests, even though the HA configuration is not fully intact due to the standby failure.
The administrator would need to address the standby node separately (e.g., by re-provisioning or troubleshooting), but the database's state is determined by the primary node's readiness.

NEW QUESTION # 268
A Linux OS is running a PostgreSQL instance that is managed by NDB. This instance is not working properly after a manual OS update, so an administrator has prepared a new Linux DB server VM that is ready to host the data from the broken DB.
Which action should the administrator perform to migrate data to the new DB server VM?

• A. Provision a new PostgreSQL instance from the Databases page.
• B. Register the new DB Server VM in NDB.
• C. Follow the Provision a PostgreSQL Instance wizard.
• D. From The Machine policy, Authorize Database Sever VMs.

Answer: B

Explanation:
In this scenario, a PostgreSQL instance managed by NDB on a Linux VM is malfunctioning after a manual OS update, and a new Linux DB server VM has been prepared to host the data. To migrate the data to the new VM, the administrator must integrate the new VM into NDB's management framework. The correct action is to register the new DB Server VM in NDB, which allows NDB to recognize and manage the VM as a database server. Once registered, the administrator can use NDB's features (e.g., cloning, restoring, or reprovisioning) to migrate the data from the broken instance to the new VM.

NEW QUESTION # 269
An administrator needs to assign a static IP address to the NDB VM using the command, shown below.
era-server > era server set ip=ip_address gateway=gatevay_address netmask=ip_J2etmas