A. Configure public peering on your FastConnect link. Redistribute BGP routes learned into your existing routing table and advertise a specific route for your network infrastructure to OCI.

B. Configure public peering on your FastConnect link with a static route that points to OCI object storage service.

C. Configure private peering on your FastConnect link. Redistribute BGP routes learned into your existing routing table and advertise a default from your network infrastructure to OCI.

D. Configure private peering on your FastConnect link with a static route that points to OCI object storage service.

A. VCN A (10.0.0.0/16) and VCN B (10.1.0.0/16)

B. VCN A (10.0.2.0/16) and VCN B (10.0.2.0/25)

C. VCN A (172.16.0.0/24) and VCN B (172.16.0.0/28)

D. VCN A (10.0.0.0/16) and VCN B (10.0.16.0/24)

A. Windows password

B. SSH key pair

C. PEM Certificate file

D. Auth tokens

E. API signing key

A. You can scale CPU up or down in ATP

B. You can scale storage up or down in ATP

C. You can add new ORACLE_HOME for bringing older versions of on-premises databases to ATP

D. You can add more Pluggable Database for consolidating multiple databases in ATP

E. You can add/remove Diskgroup in ATP

A. Automatically re-provision the resources that are tainted or whose configuration has changed.

B. Automatically translate a deployed infrastructure and create a plan.

C. Create resources in the right order without regard to the order in the terraform plan file.

D. Continuously maintain the configuration files in an instance.

E. Automatically destroy all the resources that are in tenancy.

A. Deploy all web servers into multiple Availability Domains and behind a private load balancer, and deploy two single-node OCI database systems across two Availability Domains with Data Guard enabled.

B. Deploy all web servers into multiple Availability Domains and behind a public load balancer, and deploy two single-node OCI database systems across two Availability Domains with Data Guard enabled.

C. Deploy all web servers into one Availability Domain and behind a public load balancer, and deploy two single-node OCI database systems in the same Availability Domain with Data Guard enabled.

D. Deploy all web servers into one Availability Domain, and deploy a single-node OCI database system into a different Availability Domain.

A. Check security lists and route tables of your virtual cloud network (VCN) and fix any issues associated with the rules

B. Delete and re-create your OCI load balancer

C. Disable session persistence on your backend set

D. Create separate listeners for each backend web server

A. Access the directory, where you mounted the shared volume, then cd into .snapshot folder and find the snapshot folder you want to recover and rename that folder to the original folder name.

B. Open OCI Console, select File Storage Service, find the snapshot you created and click restore.

C. Open OCI Console, select File Storage Service, find the shared storage, then click on snapshot and restore.

D. Access the directory where the shared volume is mounted, then cd into .snapshot folder, find the snapshot folder you want to recover and use cp or rsync tool to copy the files to the original location.

A. The maximum size for an uploaded object is 10 TiB

B. Individual object parts can be as small as 10 MiB or as large as 50 GiB

C. You do not have to commit the upload after you have uploaded all the object parts

D. While a multipart upload is still active, you cannot add parts even if the total number of parts is less than
10,000

A. Place all web servers behind a public load balancer.

B. Create an Internet Gateway and attach it to your VCN. Deploy public load balancer nodes into two Available Domains.

C. Configure a Dynamic Route Gateway in your VCN and make it highly available.

D. Configure a NAT instance in your Virtual Cloud Network (VCN). Create a route rule by using the private IP of the NAT instance as a route target for all the private subnets in your VCN.