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NEW QUESTION # 35
An insurance company has contracted you to help automatetheir 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 end-point in uk- londond-1. How can you automate the failover process? (Choose the best answer.)
- A. 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.
- B. Create a Traffic Management Steering policy and attach it to a backend servers from both eu-frankfurt-1 and uk-london-1 regions.
- C. Create a Health Check that evaluates both regionalendpoints. Create a Traffic Management Steering policy with Failover type and associate it with the Health Check.
- 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.
Answer: C
NEW QUESTION # 36
You have been monitoring your company applications running in Oracle Cloud Infra-structure (OCI) and notice that the application is using OCI Traffic Management service. This service uses a traffic steering policy to distribute the DNS traffic based on subnet addresses in a rule set. Which steering policy is in use in this particular case? (Choose the best answer.)
- A. Load Balancing policy
- B. Geolocation steering
- C. ASN steering policy
- D. IP Prefix steering
Answer: D
NEW QUESTION # 37
You are asked to deploy a new application that has been designed to scale horizontally. The business stakeholders have asked that the application be deployed in us-phoenix-1. Nor-mal usage requires 2 OCPUs.
You expect to have few spikes during the week, that will require up to 4 OCPUs, and a major usage uptick at the end of each month that will require 8 OCPUs. What is the most cost-effective approach to implement a highly available and scalable solution? (Choose the best answer.)
- A. Create an instance pool with a VM.Standard2.1 shape instance configuration. Set up the autoscaling configuration to use 2 availability domains and have a minimum of 2 in-stances and a maximum of 8 instances.
- B. Create an instance with 1 OCPU shape. Use a CLI script to clone it when more re-sources are needed.
- C. Create an instance pool with a VM.Standard2.2 shape instance configuration. Set up the autoscaling configuration to use 2 availability domains and have a minimum of 2 in-stances, to handle the weekly spikes, and a maximum of 4 instances.
- D. Create an instance with 1 OCPU shape. Use the Resize Instance action to scale up to a larger shape when more resources are needed.
Answer: A
NEW QUESTION # 38
(CHK) Your company recently adopted a hybrid cloud architecture which requires them to migrate some of their on-premises web applications to Oracle Cloud Infrastructure (OCI). You created a Terraform template which automatically provisions OCI resources such as compute instances, load balancer, and a database instance. After running the stack using the terraform apply command, it successfully launched the compute instances and the load balancer, but it failed to create a new database instance with the following error: Service error: NotAuthorizedOrNotFound. shape VM.Standard2.4 not found. http status code: 404 You dis-covered that the resource quotas assigned to your compartment prevent you from using VM.Standard2.4 instance shapes available in your tenancy. You edit the Terraform script and replace the shape with VM.Standard2.2 Which option would you recommend to re-run the terraform command to have required OCI resources provisioned with the least effort? (Choose the best answer.)
- A. terraform plan target=oci_database_db_system.db_system
- B. terraform refresh target=oci_database_db_system.db_system
- C. terraform apply auto-approve
- D. terraform apply target=oci_database_db_system.db_system
Answer: D
NEW QUESTION # 39
You have created a geolocation steering policy in the Oracle Cloud Infrastructure (OCI) Traffic Management service, with this configuration:
What happens to requests that originate in Africa? (Choose the best answer.)
- A. The traffic will be forwarded randomly to any of the pools mentioned in the rules.
- B. The traffic will be dropped.
- C. The traffic will be forwarded at the same time to both Pool 1 and Pool 2.
- D. The traffic will be forwarded to Pool 1. If Pool 1 is not available, then it will be for-warded to Pool 2.
Answer: A
NEW QUESTION # 40
Several development teams in your company have each been provided with a budget anda dedicated compartment to be used for testing purpose u are asked to help them to control the costs and avoid any overspending. What should you do?
- A. Associate a Budget Tag to each resource with monthly budget amount and use that In-formation to prepare a weekly report to send to each team.
- B. Configure a Quota for each compartment to prevent provisioning of any bare metal in-stances.
- C. Associate a Budget Tag to each compartment with the monthly budget amount and set an alert rule to notify the developers' teams when they reached a specific percentage of the budget.
- D. Contact Oracle support and ask them to associate the monthly budget with the Service LimitsIn every region for which your tenancy is subscribed. The tenancy administrator will receive an alert email from Oracle when the limit Is reached.
Answer: C
NEW QUESTION # 41
Your company has restructured its HR department. As part of this change, you also need to re-organize the compartments within Oracle Cloud Infrastructure (OCI) to align them with the company's new organizational structure. The following change is required:
Compartment Team_x needs to be moved under a new parent compartment, Project_B The tenancy has the following policies defined for compartments Project_A and Project_B:
Policy1: Allow group G1 to manage instance-family in compartment HR:Project_A Policy2: Allow group G2 to manage instance-family in compartment HR:Project_B Which two statements describe the impacts after the compartment Team_x is moved? (Choose two.)
- A. Group G1 can now manage instance-families in compartment Project_A but not in compartment Team_x
- B. Group G1 can now manage instance-families in compartment Project_A, compartment Project_B and compartment Team_X
- C. Group G2 can now manage instance-families in compartment Project_A but not in compartment Team_x
- D. Group G2 can now manage instance-families in compartment Project_B, compartment Project_A and compartment Team_X
- E. Group G2 can now manage instance-families in compartment Project_B and compart-ment Team_X
Answer: A,E
NEW QUESTION # 42
Scenario: 3 (Use the OCI CLI to Work with Object Storage from a Compute Instance) Scenario Description: (Hands-On Performance Exam Certification) Your company runs a web application in OCI that generates log files. You want to upload these files to OCI Object Storage to meet data retention requirements. Some files need to be retained indefinitely, whereas others can be deleted after 30 days. Use the OCI CLI to create bucket and upload the log directory and create a lifecycle policy rule to delete temporary files after 30 days.
Pre-Configuration:
To fulfill this requirement, you are provided with the following:
Access to an OCI tenancy, an assigned compartment, and OCI credentials
A compute instance with OCI CLI installed and a set of files in ~/dir_to_upload to use Access to the OCI Console Required IAM policies Assumptions:
Perform the tasks by using the OCI CLI on the compute instance.
Use instance principal authentication for all CLI commands; the instance has been given the policies necessary.
Connect to the compute instance using Cloud Shell's private networking and the provided SSH key.
An SSH key pair has been provided to you for the compute instance.
Private Key https://objectstorage.us-ashburn-1.oraclecloud.com/n/tenancyname/b/PBT_Storage/o/PKey.key Note: Throughout your exam, ensure to use assigned Compartment , User Name and Region.
Complete the following tasks in the provisioned OCI environment:
Task 1: Create a Bucket in Object Storage
Task 2: Upload a Directory's Contents to Object Storage
Task 3: Add a Lifecycle Policy to the Bucket
Answer:
Explanation:
See the solution below with Step by Step Explanation.
Explanation
Task 1: Create a Bucket in Object Storage
Create a bucket named CloudOpsBucket_<user id> with the following properties:
Storage tier: Standard
Auto-tiering: Disabled
Object versioning: Enabled
Emit events: Disabled
Keys: Oracle-managed
Visibility: Private
Task 2: Upload a Directory's Contents to Object Storage
Upload the contents of the directory ~/dir_to_upload and its subdirectories to the bucket CloudOpsBucket Task 3: Add a Lifecycle Policy to the Bucket Create a lifecycle policy rule that deletes all files from ~/dir_to_upload/temp after 30 days Task 1: Create a bucket in Object Storage
1. Open Cloud Shell in the console. Under Network along the top, select Ephemeral Private Network Setup.
2. Select the subnet of the compute instance.
3. SSH into the compute instance using the provided SSH key:
ssh -i /path/to/key opc@<private_ip>
4. In the compute instance, create the bucket with the following command (note that it's one long line):
oci os bucket create -c "<compartment_id>" --name "CloudOpsBucket" --auth instance_principal --versioning
'Enabled'
Task 2: Upload a directory's contents to Object Storage
1. Upload the contents of the specified directory and subdirectories with the following command (note that it's one long line):
oci os object bulk-upload -bn "CloudOpsBucket" --src-dir "~/dir_to_upload" --auth instance_principal Task 3: Add a lifecycle policy to the bucket
1. Create a file named rule.json
2. Add the following content to rule.json:
{"items": [{"action": "DELETE","is-enabled": true,"name": "Delete-Rule","object-name-filter":
{"exclusion-patterns": null,"inclusion-patterns": null,"inclusion-prefixes": ["temp/"]},"target":
"objects","time-amount": 30,"time-unit": "DAYS"}]}
3. Add the lifecycle policy rule with the following command:
oci os object-lifecycle-policy put -bn "CloudOpsBucket" --from-json file://rule.json --auth instance_principal Top of Form
NEW QUESTION # 43
You created an Oracle Linux compute instance through the Oracle Cloud Infrastructure (OCI) management console then immediately realize you forgot to add an SSH key file. You notice that OCI compute service provides instance console connections that supports adding SSH keys for a running instance. Hence, you created the console connection for your Linux server and activated it using the connection string provided.
However, now you get prompted for a username and password to login. What option should you recommend to add the SSH key to your running instance, while minimizing the administrative overhead? (Choose the best answer.)
- A. You need to modify the serial console connection string to include the identity file flag, to specify the SSH key to use.
- B. You need to configure the boot loader to use ttyS0 as a console terminal on the VM.
- C. You need to reboot the instance from the console, boot into the bash shell in maintenance mode, and add SSH keys for the OPC user.
- D. You need to terminate the running instance and recreate it by providing the SSH key file.
Answer: C
NEW QUESTION # 44
You have been asked to update the lifecycle policy for object storage using the Oracle Cloud Infrastructure (OCI) Command Line Interface (CLI). Which command can successful-ly update the policy? (Choose the best answer.)
- A. oci os object-lifecycle-policy put --ns <object_storage_namespace> --bn <bucket_name>
- B. oci os object-lifecycle-policy get --ns <object_storage_namespace> --bn <bucket_name>
- C. oci os object-lifecycle-policy delete --ns <object_storage_namespace> --bn <buck-et_name>
- D. oci os object-lifecycle-policy put --ns <object_storage_namespace> --bn <bucket_name> -- --items
<json_formatted_lifecycle_policy>
Answer: D
NEW QUESTION # 45
Which TWO components are optional while creating the MQL expressions in the Oracle Cloud Infrastructure (OCI) Monitoring service? (Choose two.)
- A. Interval
- B. Grouping Function
- C. Metric
- D. Dimensions
- E. Statistic
Answer: B,D
NEW QUESTION # 46
You are working with Terraform on your laptop and have been tasked with spinning up multiple compute instances in Oracle Cloud Infrastructure (OCI) for a project. In addition, you are also required to collect IP addresses of provisioned instances and write them to a file and save it in your laptop. Which specific Terraform functionality can help accomplish this task? (Choose the best answer.)
- A. Terraform remote state
- B. Terraform modules
- C. Terraform local-exec
- D. Terraform remote-exec
Answer: C
NEW QUESTION # 47
You have been contracted by a local e-commerce company to assist with enhancing their online shopping application. The application is currently deployed in a single Oracle Cloud Infrastructure (OCI) region. The application utilizes a public load balancer, application servers in a private subnet, and a database in a separate, private subnet. The company would like to deploy another set of similar infrastructure in a different OCI region that will act as standby site. In the event of a failure at the primary site, all customers should be routed to the failover site automatically. After deploying the additional infrastructure within the second region, how should you configure automated failover requirements? (Choose the best answer.)
- A. Deploy a new load balancer in the primary region. Create one backend set for the primary application servers and a second backend set for the standby application servers. Create a listener for the primary backend set with a timeout of 3 minutes. Create a listener for the secondary backend set with a timeout of 10 minutes.
- B. Create a new A record in DNS that points to the public load balancer at the secondary site. Create a CNAME for the sub-domain failover that will resolve to the new A rec-ord. Inform customers to prepend the website URL with failover if the primary site is unavailable.
- C. Create a load balancer policy in the Traffic Management service. Configure one answer for each site.
Set the answer for the primary sitewith a weight of 10 and the answer for the secondary site with a weight of 100. - D. Create a failover policy in the Traffic Management service. Set the IP address of the public load balancer for the primary site in answer pool 1. Set the IP address of the public load balancer for the secondary site in answer pool 2. Define a health check to monitor both sites.
Answer: D
NEW QUESTION # 48
You have a Terraform configuration that includes a VCN and three compute instances in the VCN. The configuration also includes a cloud-init script for each compute instance. You upload the configuration to OCI Resource Manager and runan apply job. Which option correctly describes the order of execution, assuming the configuration does not model explicit dependencies?
- A. Resource Manager provisions the VCN, then the compute instances one at a time. Terraform waits for the cloud-init script of each instance to complete before proceeding to the next instance.
- B. Resource Manager provisions the VCN, then all compute instances in parallel.
- C. Resource Manager provisions the VCN, then the compute instances one at a time. Terraform does not wait for the cloud-init script of eachinstance to complete before proceeding to the next instance.
- D. Resource Manager provisions the resources from top to bottom in the configuration file.
Answer: B
NEW QUESTION # 49
Which two statements about the Oracle Cloud Infrastructure (OCI) Command Line Inter-face (CLI) are TRUE? (Choose two.)
- A. You can filter CLI output using the JMESPath query option for JSON.
- B. The CLI provides an automatic way to connect with instances provisioned on OCI.
- C. You can run CLI commands from inside OCI Regions only.
- D. The CLI provides the same core functionality as the Console, plus additional commands.
- E. The CLI allows you to use the Python language to interact with OCI APIs.
Answer: A,D
NEW QUESTION # 50
The general syntax for an IAM policy is: Allow <identity_domain_name>/<subject> to <verb>
<resource-type> in <location> where <conditions> Which two are valid values for <verb>?
- A. create
- B. destroy
- C. manage
- D. alter
- E. read
Answer: C,E
NEW QUESTION # 51
You have created a group for several auditors. You assign the following policies to the group:
What actions are the auditors allowed to perform within your tenancy? (Choose the best answer.)
- A. Auditors are able to create new instances in the tenancy.
- B. The Auditors can view resources in the tenancy.
- C. Auditors are able to view all resources in the compartment.
- D. The Auditors are able to delete resource in the tenancy.
Answer: B
NEW QUESTION # 52
In Oracle Cloud Infrastructure (OCI), how many listeners can have a Load Balancer?
- A. 16 listeners
- B. 7 listeners
- C. 10 listeners
- D. 12 listeners
- E. 5 listeners
Answer: A
NEW QUESTION # 53
Your deployment platform within Oracle Cloud Infrastructure (OCI) leverages a compute instance with multiple block volumes attached. There are multiple teams that use the same compute instance and have access to these block volumes. You want to ensure that noone accidentally deletes any of these block volumes. You have started to construct the following IAM policy but need to determine which permissions should be used.
allow group DeploymentUsers to manage volume-family where ANY { request.permission != <???>, request.permission != <???>, request.permission != <???> } Which permissions can you use in place of <???> in this policy? (Choose the best answer.)
- A. VOLUME_ERASE, VOLUME_ATTACHMENT_ERASE, VOL-UME_BACKUP_ERASE
- B. ERASE_VOLUME, ERASE_VOLUME_ATTACHMENT, ERASE_VOLUME_BACKUP
- C. DELETE_VOLUME, DELETE_VOLUME_ATTACHMENT, DE-LETE_VOLUME_BACKUP
- D. VOLUME_DELETE, VOLUME_ATTACHMENT_DELETE, VOL-UME_BACKUP_DELETE
Answer: D
NEW QUESTION # 54
You are using the Oracle Cloud Infrastructure Command LineInterface to launch a Linux virtual machine. You enter the following command (with correct values for all parameters):
The command fails. Which is NOT a valid parameter in this command? (Choose the best answer.)
- A. "--subnet-id <subnet_id>"
- B. "--shape <shape_name>"
- C. "-c <compartment_id>"
- D. "--image-id <image_id>"
- E. "-t <tenancy_id>"
Answer: E
NEW QUESTION # 55
Scenario: 1 (Create a reusable VCN Configuration with Terraform)
Scenario Description: (Hands-On Performance Exam Certification)
You'll launch and destroy a VCN and subnet by creating Terraform automation scripts and issuing commands in Code Editor. Next, you'll download those Terraform scripts and create a stack by uploading them into Oracle Cloud Infrastructure Resource Manager.
You'll then use that service to launch and destroy the same VCN and subnet.
In this scenario, you will:
a. Create a Terraform folder and file in Code Editor.
b. Create and destroy a VCN using Terraform.
c. Create and destroy a VCN using Resource Manager.
Answer:
Explanation:
See the solution below with Step by Step Explanation.
Explanation
Create a Terraform Folder and File in Code Editor:
You'll create a folder and file to hold your Terraform scripts.
1. Log in to your tenancy in the Cloud Console and open the Code Editor, whose icon is at the top-right corner, to the right of the CLI Cloud Shell icon.
2. Expand the Explorer panel with the top icon on the left panel. It looks like two overlapping documents.
3. Expand the drop-down for your home directory if it isn't already expanded. It's okay if it is empty.
4. Create a new folder by clicking File, then New Folder, and name it terraform-vcn.
5. Create a file in that folder by clicking File, then New File, and name it vcn.tf. To make Code Editor, create the file in the correct folder, click the folder name in your home directory to highlight it.
6. First, you'll set up Terraform and the OCI Provider in this directory. Add these lines to the file:
terraform {required_providers {oci = {source = "oracle/oci"version = ">=4.67.3"}}required_version = ">=
1.0.0"}
7. Save the changes by clicking File, then Save.
8. Now, run this code. Open a terminal panel in Cloud Editor by clicking Terminal, then New Terminal.
9. Use pwd to check that you are in your home directory.
10. Enter ls and you should see your terraform_vcn directory.
11. Enter cd terraform_vcn/ to change to that directory with.
12. Use terraform init to initialize this directory for Terraform.
13. Use ls -a and you should see that Terraform created a hidden directory and file.
Create and Destroy a VCN Using Terraform
You'll create a Terraform script that will launch a VCN and subnet.
You'll then alter your script and create two additional files that will apply a compartment OCID variable to your Terraform script.
Write the Terraform
1. Add the following code block to your Terraform script to declare a VCN, replacing < your_compartment_ocid> with the proper OCID. The only strictly required parameter is the compartment OCID, but you'll add more later.
If you need to retrieve your compartment OCID, navigate to Identity & Security, then Compartments. Find your compartment, hover the cursor over the OCID, and click Copy.
resource "oci_core_vcn" "example_vcn" {compartment_id = "<your_compartment_ocid>"} This snippet declares a resource block of type oci_core_vcn. The label that Terraform will use for this resource is example_vcn.
2. In the terminal, run terraform plan, and you should see that Terraform would create a VCN. Because most of the parameters were unspecified, terraform will list their values as "(known after apply)." You can ignore the "-out option to save this plan" warning.
Note that terraform plan parses your Terraform configuration and creates an execution plan for the associated stack, while terraform apply applies the execution plan to create (or modify) your resources.
3. Add a display name and CIDR block (the bolded portion) to the code. Note that we want to set the cidr_blocks parameter, rather than cidr_block (which is deprecated).
resource "oci_core_vcn" "example_vcn" {compartment_id = "<your_compartment_ocid>"display_name =
"VCN-01"cidr_blocks = ["10.0.0.0/16"]}
4. Save the changes and run terraform plan again. You should see the display name and CIDR block reflected in Terraform's plan.
5. Now add a subnet to this VCN. At the bottom of the file, add the following block:
resource "oci_core_subnet" "example_subnet" {compartment_id = "<your_compartment_ocid>"display_name
= "SNT-01"vcn_id = oci_core_vcn.example_vcn.idcidr_block = "10.0.0.0/24"} Note the line where we set the VCN ID. Here we reference the OCID of the previously declared VCN, using the name we gave it to Terraform: example_vcn. This dependency makes Terraform provision the VCN first, wait for OCI to return the OCID, then provision the subnet.
6. Run terraform plan to see that it will now create a VCN and subnet.
Add Variables
7. Before moving on there are a few ways to improve the existing code. Notice that the subnet and VCN both need the compartment OCID. We can factor this out into a variable. Create a file named variables.tf
8. In variables.tf, declare a variable named compartment_id:
variable "compartment_id" {type = string}
9. In vcn.tf, replace all instances of the compartment OCID with var.compartment_id as follows:
terraform {required_providers {oci = {source = "oracle/oci"version = ">=4.67.3"}}required_version = ">=
1.0.0"} resource "oci_core_vcn" "example_vcn" {compartment_id = var.compartment_iddisplay_name =
"VCN-01"cidr_blocks = ["10.0.0.0/16"]} resource "oci_core_subnet" "example_subnet" {compartment_id = var.compartment_iddisplay_name = "SNT-01"vcn_id = oci_core_vcn.example_vcn.idcidr_block =
"10.0.0.0/24"}
Save your changes in both vcn.tf and variables.tf
10. If you were to run terraform plan or apply now, Terraform would see a variable and provide you a prompt to input the compartment OCID. Instead, you'll provide the variable value in a dedicated file. Create a file named exactly terraform.tfvars
11. Terraform will automatically load values provided in a file with this name. If you were to use a different name, you would have to provide the file name to the Terraform CLI. Add the value for the compartment ID in this file:
compartment_id = "<your_compartment_ocid>"
Be sure to save the file.
12. Run terraform plan and you should see the same output as before.
Provision the VCN
13. Run terraform apply and confirm that you want to make the changes by entering yes at the prompt.
14. Navigate to VCNs in the console. Ensure that you have the right compartment selected. You should see your VCN. Click its name to see the details. You should see its subnet listed.
Terminate the VCN
15. Run terraform destroy. Enter yes to confirm. You should see the VCN terminate. Refresh your browser if needed.
Create and Destroy a VCN Using Resource Manager (You will most probably be tested on this in the actual certification) We will reuse the Terraform code but replace the CLI with Resource Manager.
1. Create a folder named terraform_vcn on your host machine. Download the vcn.tf, terraform.tfvars, and variables.tf files from Code Editor and move them to the terraform_vcn folder to your local machine. To download from Code Editor, right-click the file name in the Explorer panel and select Download. You could download the whole folder at once, but then you would have to delete Terraform's hidden files.
Create a Stack
2. Navigate to Resource Manager in the Console's navigation menu under Developer Services. Go to the Stacks page.
3. Click Create stack.
a. The first page of the form will be for stack information.
1) For the origin of the Terraform configuration, keep My configuration selected.
2) Under Stack configuration, upload your terraform_vcn folder.
3) Under Custom providers, keep Use custom Terraform providers deselected.
4) Name the stack and give it a description.
5) Ensure that your compartment is selected.
6) Click Next.
b. The second page will be for variables.
1) Because you uploaded a terraform.tfvars file, Resource Manager will auto-populate the variable for compartment OCID.
2) Click Next.
c. The third page will be for review.
1) Keep Run apply deselected.
2) Click Create. This will take you to the stack's details page.
Run a Plan Job
4. The stack itself is only a bookkeeping resource-no infrastructure was provisioned yet. You should be on the stack's page. Click Plan. A form will pop up.
a. Name the job RM-Plan-01.
b. Click Plan again at the bottom to submit a job for Resource Manager to run terraform plan. This will take you to the job's details page.
5. Wait for the job to complete, and then view the logs. They should match what you saw when you ran Terraform in Code Editor.
Run an Apply Job
6. Go back to the stack's details page (use the breadcrumbs). Click Apply. A form will pop up.
a. Name the job RM-Apply-01.
b. Under Apply job plan resolution, select the plan job we just ran (instead of "Automatically approve").
This makes it execute based on the previous plan, instead of running a new one.
c. Click Apply to submit a job for Resource Manager to run terraform apply. This will take you to the job's details page.
7. Wait for the job to finish. View the logs and confirm that it was successful.
View the VCN
8. Navigate to VCNs in the Console through the navigation menu under Networking and Virtual Cloud Networks.
9. You should see the VCN listed in the table. Click its name to go to its Details page.
10. You should see the subnet listed.
Run a Destroy Job
11. Go back to the stack's details page in Resource Manager.
12. Click Destroy. Click Destroy again on the menu that pops up.
13. Wait for the job to finish. View the logs to see that it completed successfully.
14. Navigate back to VCNs in the Console. You should see that it has been terminated.
15. Go back to the stack in Resource Manager. Click the drop-down for More actions. Select Delete stack.
Confirm by selecting Delete.
NEW QUESTION # 56
You have created an Autonomous Data Warehouse (ADW) service in your company 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 files are ranging in size from 25 MB to 20 GB. Which is the most efficient and error tolerant method for loading data into ADW? (Choose the best answer.)
- A. 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.
- B. 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.
- 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.
Answer: B
NEW QUESTION # 57
In your root compartment, you have two subcompartments, A and B. You have three in-stances in each compartment, including the root (for a total of nine). What does the following metric query return if you use the console to run it in the root compartment? CpuUtiliza-tion[1m].mean()
- A. One time series: the average CPU utilization over all nine instances per minute
- B. One time series: the average CPU utilization over the three instances in the root compartment per minute
- C. One number: the average CPU utilization over all nine instances over the last minute
- D. Three different time series: each time series represents the average CPU utilization of one of the three instances in the root compartment per minute.
Answer: B
NEW QUESTION # 58
You have a Linux compute instance located in a public subnet in a VCN which hosts a web application. The security list attached to subnet containing the compute instance has the following stateful ingress rule.
The Route table attached to the Public subnet is shown below.You can establish an SSH connection into the compute instance from the internet. However, you are not able to connect to the web server using your web browser.
Which step will resolve the issue? (Choose the best answer.)
- A. In the route table, add a rule for your default traffic to be routed to service gateway.
- B. In the security list, remove the ssh rule.
- C. In the security list, add an ingress rule for port 80 (http).
- D. In the route table, add a rule for your default traffic to be routed to NAT gateway.
Answer: C
NEW QUESTION # 59
One of the compute instances that you have deployed on Oracle Cloud Infrastructure (OCI) is malfunctioning.
You have created a console connection to remotely troubleshoot it. Which two statements about console connections are TRUE? (Choose two.)
- A. VNC console connection uses SSH port forwarding to create a secure connection from your local system to the VNC server attached to your instance's console.
- B. If you do not disconnect from the session, your serial console connection will automatically be terminated after 24 hours.
- C. It is not possible to connect to the serial console to aninstance running Microsoft Windows, however VNC console connection can be used.
- D. It is not possible to use VNC console connections to connect to Bare Metal Instances.
- E. For security purpose, the console connection will not let you edit system configuration files.
Answer: A,B
NEW QUESTION # 60
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