You have received an email from your manager to provision new resources on Oracle Cloud Infrastructure (OCI). When researching OCI y detect that you should use OCI Resource Manager. Since this is a task that will be done multiple times for development, test, and production need to create a command that can be re-used.
Which CLI command can be used In this situation?
A)

B)

C)

D)

• A. Option D
• B. Option A
• C. Option B
• D. Option C

You have created an Autonomous Data Warehouse (ADW) service in your company's Oracle Cloud Infrastructure (OCI) tenancy and you now have to load historical data Into It. You have already extracted this historical data from multiple data marts and data warehouses. This data is stored in multiple CSV text files and these file are ranging in size from 25 MB to 20 GB.
Which step Is most efficient and error tolerant method for loading data Into ADW?

• A. Create Auth token, use it to create an object storage credential by executing DBMS_CLOUD.CREATE_CREDENTIAL, using OCI CLI upload the CSV files to an OCI object storage bucket, create the tables in the ADW database and then execute DBMS_CLOUD.COPY_DATA for each CSV file to copy the contents into the corresponding ADW database table.
• B. Create the tables In the ADW database and then execute SQL*Loader for each CSV file to load the contents Into the corresponding ADW database table.
• C. Create Auth token, use It to create an object storage credential by executing DBMS_CLOUD.CREATE_CREDENTIAL, using the web console upload the CSV files to an OCI object storage bucket, create the tables in the ADW database and then execute DBMS_CLOUD.COPY_DATA for each CSV file to copy the contents into the corresponding ADW database table.
• D. Create Auth token, use it to create an object storage credential by executing DBMS_CLOUD.CREATE_CREDENTIAL, using OCI CLI upload the CSV files to an OCI object storage bucket, create the tables In the ADW database and then execute Data Pump Import for each CSV file to copy the contents into the corresponding ADW database table.

An Insurance company has contracted you to help automate their application business continuity plan. They have the application running in eu-frankfurt-1 as the primary site and uk-london-1 as a disaster recovery site. Normally they have a DNS A record associated with the IP address of the primary endpoint In eu-frankfurt-1. In the event of a disaster, they use OCI DNS Zone Management to update the A record and replace it with the IP address of the endpoint In uk-london-1.
How can you automate the failover process?

• A. Create a Traffic Management Steering policy and attach it to a backend set with the backend servers from both eu-frankfurt-1 and uk-london-1 regions.
• B. Create a Health Check that evaluates both regional endpoints. Create a Traffic Management Steering policy with Failover type and associate it with the Health Check.
• C. Provision a Load Balancer in Frankfurt and associate it with the A record in DNS. Create a backend set with backend servers from both eu-frankfurt-1 and uk-london-1 regions.
• D. Create a Traffic Management Steering policy with Load Balancer type and add both eu-frankfurt-1 and uk-london-1 endpoints. Attach the Traffic Management Steering policy to the A record.

You have set an alarm to be generated when the CPU usage of a specified instance is greater than 10%. In the alarm behavior view below you not that the critical condition happened around 23:30. You were expecting a notification after 1 minute, however, the alarm firing state did not begin until 23:23.

What should you change to fix It?

• A. Change the notification topic that you previously associated with the alarm.
• B. Change the alarm condition to be greater than 3%.
• C. Change the alarm's trigger delay minutes value to 1.
• D. Change the alarm's metric interval to 1.