Test ahritekt 1.3

Which are true about Local VCN Peering? Please choose Two. Two VCNs with overlapping CIDRs, in the same region. Two VCNs with non-overlapping CIDRs, in the same region. A local peering gateway (LPG) on each VCN in the peering relationship. Two VCNs with non-overlapping CIDRs, in the different region.

Where do you find the tnsnames.ora for your Autonomous Data Warehouse (ADW) database?. The tnsnames.ora file is included in credentials.zip file that you download from service console of ADW. You can download tnsnames.ora from Oracle Cloud Infrastructure web console under ADW details page. You are automatically prompted to download the tnsnames.ora file upon creation of the ADW database. The ADW database will place the tnsnames.ora in an object storage bucket.

In OCI there are four compartments , named compartment A ,compartment B, compartment C and compartment D are under the root compartment. Under compartment A is a subcompartment, also called compartment B. Please select which two options are valid when moving compartment. You cannot move the compartment B under compartment A to the parent compartment C. You cannot move the compartment B under compartment A to the parent compartment B. You can move the compartment B under compartment A to the parent compartment B. You can move the compartment B under compartment A to the parent compartment D.

You are a Solutions Architect for a pharmaceutical company. The company uses a strict process for release automation that involves building and testing services in 3 separate VCNs in same region. A peering topology is configured with VCN-1 peered with VCN-2 using LPG and VCN-2 peered with VCN-3 using LPG. The development team want to modify the process so that they can release code directly from VCN-1 to VCN-3. Update VCN-1's route table with an entry using the VPC peering as a target.C. Update VCN-2's route table with peering targets for VCN-1 and VCN-3 and enable route propagation. Update the CIDR blocks to enable inter-VCN routing. Create a new VCN peering connection between VCN-1 and VCN-3.

Which of the following is a key benefit of Database as a Service on Oracle Cloud Infrastructure?. Automatic database indices creation. Automated backups to Object Storage. Integration with Idendity and Access Management. Automatic index creation.

You have to create a Pod frontend that has two Containers. Each Container has a request of 0.25 cpu and 64MiB (226 bytes) of memory. Each Container has a limit of 0.5 cpu and 128MiB of memory. You can say the Pod has a request of 0.5 cpu and 128 MiB of memory, and a limit of 1 cpu and 256MiB of memory. What is the right yaml for creating such Pod named frontend? Here the container 1 name: app container 1 image is : images.my-company.example/app:v4 Here the container 2 name: log-aggregator container 2 image is : images.my-company.example/log-aggregator:v6. 1. apiVersion: v1 2. kind: Pod 3. metadata: 4. name: frontend 5. spec: 6. containers: 7. - name: app 8. image: images.my-company.example/app:v4 9. resources: 10. requests: 11. memory: "64Mi" 12. cpu: "250m" 13. limits: 14. memory: "128Mi" 15. cpu: "500m" 16. - name: log-aggregator 17. image: images.my-company.example/log-aggregator:v6 18. resources: 19. requests: 20. memory: "64Mi" 21. cpu: "250m" 22. limits: 23. memory: "128Mi" 24. cpu: "500m". 1. apiVersion: apps/v1 2. kind: Pod 3. metadata: 4. name: frontend 5. spec: 6. containers: 7. - name: app 8. image: images.my-company.example/app:v4 9. resources: 10. requests: 11. memory: "64Mi" 12. cpu: "250m" 13. limits: 14. memory: "128Mi" 15. cpu: "500m" 16. - name: log-aggregator 17. image: images.my-company.example/log-aggregator:v6 18. resources: 19. requests: 20. memory: "64Mi" 21. cpu: "250m" 22. limits: 23. memory: "128Mi" 24. cpu: "500m". 1. apiVersion: v1/apps 2. kind: Pod 3. metadata: 4. name: frontend 5. spec: 6. containers: 7. - name: app 8. image: images.my-company.example/app:v4 9. resources: 10. requests: 11. memory: "64Mi" 12. cpu: "250m" 13. limits: 14. memory: "128Mi" 15. cpu: "500m" 16. - name: log-aggregator 17. image: images.my-company.example/log-aggregator:v6 18. resources: 19. requests: 20. memory: "64Mi" 21. cpu: "250m" 22. limits: 23. memory: "128Mi" 24. cpu: "500m". 1. apiVersion: v2 2. kind: Pod 3. metadata: 4. name: frontend 5. spec: 6. containers: 7. - name: app 8. image: images.my-company.example/app:v4 9. resources: 10. requests: 11. memory: "64Mi" 12. cpu: "250m" 13. limits: 14. memory: "128Mi" 15. cpu: "500m" 16. - name: log-aggregator 17. image: images.my-company.example/log-aggregator:v6 18. resources: 19. requests: 20. memory: "64Mi" 21. cpu: "250m" 22. limits: 23. memory: "128Mi" 24. cpu: "500m".

You have an application deployed in Oracle Cloud Infrastructure running only in the Phoenix region. You were asked to create a disaster recovery (DR) plan that will protect against the loss of critical data. The DR site must be at least 500 miles from your primary site and data transfer between the two sites must not traverse the public Internet. Which is the recommended disaster recovery plan?. Create a DR environment in Ashburn and provision a FastConnect virtual circuit using DRG between the regions. Create a new virtual cloud network (VCN) in the Phoenix region and create a subnet in one availability domain (AD) that is not currently being used by your production systems. Establish VCN peering between the production and DR sites. Create a DR environment in Ashburn. Associate a dynamic routing gateway (DRG) with the VCN in each region and configure an IPsec VPN connection between the two regions. Create a DR environment in Ashburn. Associate a DRG with the VCN in each region and create a remote peering connection between the two VCNs.

Which statement is true about Data Guard Implementation in DB systems?(Choose three). Both DB systems must be in the different compartment. You cannot manage the database as ays/sysdba. The DB systems must be the same shape type. Both DB systems must be in the same compartment. The database versions and editions must be identical. Oracle Data Guard does not support Oracle Database Standard Edition.

What is the default backup location for automatic database backups on database systems within Oracle Cloud Infrastructure?. ASM disk groups. Locally attached NVMe storage. Object storage on Oracle Cloud Infrastructure. Block volumes.

You need to transfer over 12 TB of data from on-premises to your cloud account. You started copying this data over the internet and noticed that it will take too long to complete. Without increasing the costs of your subscription, what is the recommended way to send this amount of data to your cloud account?. Use Data Transfer Service to send your data. Split the data into multiple parts and use the multipart tool. Compress the data and use the multipart tool. Send the data over a VPN IPsec tunnel. Use a 10 GB FastConnect line to send the data.

Which service would you use if your big data workload required shared access and NFS-based connectivity?. object storage. block volume. file storage. archive storage.

Your IT department wants to cut down storage costs, but also meet compliance requirements as set up by the central audit group. You have a legacy bucket with both Word does (*.docx) and Excel files (*.xlsx). Your auditors want to retain only Excel files for compliance purposes. Your IT departments wants to keep all other files for 365 days only. What two steps can you take to meet this requirement?. It is not possible to meet this requirement. Create Object Storage Lifecycle rules to delete objects from the legacy bucket after 365 days without any pattern matching. Create Object Storage Lifecycle rules to delete objects from the legacy bucket after 365 days with a filter type - include by pattern: ''.docx. Create Object Storage Lifecycle rules to delete objects from the legacy bucket after 365 days with a filter type - exclude by pattern: ''.xlsx". Create Object Storage Lifecycle rules to archive objects from the legacy bucket after 365 days without any pattern matching.

You are running several Linux based operating systems in your on-premises environment that you want to import to OCI as custom images. You can launch your imported images as OCI compute Virtual machines. Which two modes below can be used to launch these imported Linux VMs?. Native. Mixed. Emulated. Paravirtualized.

Which are valid supported Tag Variables? Please choose Three. ${iam.principal.tag}. ${iam.principal.type}. ${iam.principal.name}. ${iam.principal.variable}. ${oci.datetime}.

You are managing a tier-1 OLTP application on an Autonomous Transaction Processing (ATP) database. Your business needs to run hourly batch processes on this ATP database that may consume more CPUs than what is available on the server. How can you limit these batch processes to not interfere with the OLTP transactions?. Configure ATP resource management rules to manage runtime and IO consumption for the consumer group of batch processes. ATP is designed for OLTP workload only; you should not run batch processes on ATP. Disable automated backup during the batch process operations. Copy OLTP data into new tables in a new table space and run batch processes against these new tables.