Oracle 1z0-1072-22 Dumps

Define a non-overlapping IP Address Space between the data center and the cloud.

Configure each of the CPEs to leverage each of the IPSec Tunnels created by the connection process.

Create two or more CPEs that map to the private IP addresses of the customer routers used in the IPSec VPN Tunnel.

Define a default route table entry for the VCN that directs all traffic to the data center network to a single DRG.

Create dynamic routing gateways in more than one AD within your region.

The instance is replaced automatically by the load balancer.

The instance is terminated automatically by the load balancer.

The instance is taken out of the back end set by the load balancer.

The load balancer stops sending traffic to that instance.

It can be restored as new volumes to any Availability Domain within the same region.

It must be restored as new volumes to the same Availability Domain on which the original block volume backup resides.

It can be restored as new volumes to any Availability Domain across different regions.

It can be restored as new volumes with different sizes from the backups.

It provides higher IOPS than Block Storage.

It can be directly attached or detached from a compute instance.

Data is stored redundantly only in a single AD.

Data is stored redundantly across multiple availability domains (ADs) in a multi-AD region.

It provides strong consistency.

Passing the variable with a var statement to Terraform

Setting the variable as key value pairs in a file in a subdirectory named tfvar

A default value in the variable declaration within a TF plan file

Setting the environment variable using a TF_VAR_ predicate in front of the variable name

security list

static route CIDR

name

compute instance

network bandwidth

CPU

storage

memory

You can have multiple subnets in an Availability Domain for a given VCN.

Private and Public subnets cannot reside in the same Availability Domain for a given VCN.

Subnets can have their IP addresses overlap with other subnets in another network for a given VCN.

Instances obtain their private IP and the associated security list from their subnets.

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An instance with enough storage to accommodate the job

An object bucket

A File System service instance

Block Volume

Oracle IAM controls which filesystems are mountable by which instances.

Security lists can be used as a virtual firewall to prevent an instance from mounting an FSS mount target within a subnet.

Encryption of file storage in FSS is optional.

Data in transit to an FSS mount target is encrypted.

FSS leverages UNIX user group and permission checking for file access security.

psql

Oracle Swingbench

SQL Developer

Oracle Enterprise Manager

It configures, reconfigures, and instantiates resources and their dependencies.

It shows the operator the course of action that would be taken if a change is applied.

It deletes all existing resources and re-creates them.

It shows a dependency graph.

You need to move all the compartments in the hierarchy to the new parent compartment.

You cannot move a subcompartment to another parent compartment.

Both parent and child compartments cannot have the same name.

Sub-compartment D needs to be empty before it can be moved.

Private SSH key to the database

Connectivity to Swift endpoints

Access to the OCI Object Storage service

VCN configured with VPN for secure access to the Oracle Cloud Infrastructure (OCI) Object Storage service

User has multi-factor authentication (MFA) enabled.

User is member of an Identity and Access Management (IAM) group.

Users can be blocked but not deleted.

User needs to be deleted from federation Identity Provider (IdP) before deleting from IAM.

Create an NFS export option that allows READ_ONLY access where the source is the CIDR range of the DB System subnet.

Connect via SSH to one of the application servers where the file system has been mounted. Use the Unix command chmod to change permissions on the file system directory, allowing the database user read only access.

Modify the security list associated with the subnet where the mount target resides. Change the ingress rules corresponding to the DB System subnet to be stateless.

Create an instance principal for the DB System. Write an Identity and Access Management (IAM) policy that allows the instance principal read-only access to the file storage service.

Create a group in OCI Infrastructure Access Management (IAM). Create a policy to grant access to the OKE cluster. Other team members should use OCI Cloud Shell to generate the kubeconfig into their own cloud shell environment and access the cluster using kubectl from cloud shell.

Create a group in OCI Infrastructure Access Management (IAM). Create a policy to grant access to the OKE cluster. Create individual users and access token for each team member. Other team members should use OCI Cloud Shell to generate the kubeconfig into their own cloud shell environment and access the cluster using kubectl from cloud shell.

Create a group in OCI Infrastructure Access Management (IAM). Create a policy to grant access to the OKE cluster. Create a cluster role and cluster role binding to provide access to the cluster for each team member. Other team members should install oci cli and kubectl locally on their laptop. Use the oci cli to generate the kubeconfig and use kubectl to access the cluster.

Create a group in OCI Infrastructure Access Management (IAM). Create a policy to grant access to the OKE cluster. Other team members should install oci cli and kubectl locally on their laptop. Use the oci cli to generate the kubeconfig and use kubectl to access the cluster.

VCNs support transitive peering.

Peering VCNs should not have overlapping CIDR blocks.

VCNs must be in the same tenancy to be peered.

The only way to interconnect VCNs is through peering.

Deploy production and DR applications in two separate virtual cloud networks (VCNs), each in different regions, and then use VCN local peering gateways for connectivity.

Deploy production and DR applications in two separate VCNs, each in different regions. Connect them using a VCN remote peering connection.

Deploy production and DR applications in the same VCN. Create production subnets in one AD, and DR subnets in another AD (assume a multi-AD region).

Deploy production and DR applications in two separate VCNs in different availability domains (ADs) within the primary region, and then use a VCN remote peering connection for connectivity.

You can restore a volume from any full volume backup but not from an Incremental backup.

You can only restore a volume to the same availability domain in which the original block volume resides.

You can restore a block volume backup to a larger volume size.

You can restore a volume to any availability domain within the same region where the backup is stored.

You can restore only one volume from a manual block volume backup.

The run command feature does not require any Oracle Cloud Agent plugins to be enabled and running.

The maximum size for a script file that you upload directly to an instance in plain text is 4 KB.

The run command feature is not supported on compute instances that use the Windows Server platform images.

You cannot run commands on an instance if the instance does not have SSH access or open inbound ports.

Load text files into ATP using SQL Developer.

Use RMAN duplicate.

Use Oracle Data Pump.

Transfer the physical database files and re-create the database.

Use database backup and restore.

Terminate the compute instance preserving the boot volume. Create a new compute instance using the BM.GPU2.2 shape using the boot volume preserved, but no block volume attached.

Terminate the compute instance preserving the boot volume. Create a new compute instance using the VM.Standard2.2 shape using the boot volume preserved, but no block volume attached.

Terminate the compute instance preserving the boot volume. Create a new compute instance using the VM.GPU3.4 shape using the boot volume preserved and use the NVMe devices to host your application.

Terminate the compute instance preserving the boot volume. Create a new compute instance using the BM.HPC2.36 shape using the boot volume preserved and use the NVMe devices to host your application.

Terminate the compute instance preserving the boot volume. Create a new compute instance using the BM.GPU2.2 shape using the boot volume preserved and attach a new block volume to host your application.

two subnets in total; one regional private subnet to host your back-end web servers and one regional public subnet to host your public load load balancer.

two subnets in total; one regional public subnet to host your back-end web servers and one regional private subnet to host your public load load balancer.

three subnets in total; one regional public subnet to host your back-end web servers and two AD specific private subnets to host your private load load balancer.

one subnet in total; one regional private subnet to host your back-end web servers and your public load balancer.

Create a new Object Storage bucket in another region and configure lifecycle policy to move data every 5 days.

Create a lifecycle policy to regularly send data from Standard to Archive storage.

Copy the Object Storage bucket to a block volume.

Create a replication policy to send data to a different bucket in another OCI region.

You can perform manual backups to OCI object storage in addition to automated backups available on ADW

You can backup ADW database only to a standard bucket type in OCI object storage

Oracle Cloud Infrastructure (OCI) recommends backing up ADW databases manually to on-premises storage devices

You must backup ADW database to object storage bucket named ADW_backup

It can be restored as new volumes with different sizes from the backups

It can be restored as a new volume to any AD across different regions

It must be restored as a new volume to the same availability domain (AD) on which the original block volume backup resides

It can be restored as a new volume to any AD in the same region

Adjust Network Bandwidth

Scale up/down Memory

Increase Storage allocated for Database

Scale up/down CPU

Every compartment you create comes with a predefined set of policies, so no further action is needed

Your users get automatic access to all compartments, so no further action is needed

Write an IAM Policy for each specific user granting them access to the production compartment

Write an IAM Policy for "production_group" granting it access to the production compartment

You can add/remove Diskgroup in ATP

You can scale storage up or down in ATP

You can scale CPU up or down in ATP

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

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

Native

Mixed

Paravirtualized

Emulated

Write an IAM policy and authorize the Object Storage service to manage objects on your behalf

Specify an existing destination bucket

Specify the bucket visibility for both the source and destination buckets

Provide a destination object name

Provide an option to choose bulk copying of objects

Choose an overwrite rule

Internet and custom resolver

Google DNS servers

custom resolver

Internet and virtual cloud network (VCN) resolver

The load balancer listener is not configured correctly.

The security list associated with the subnet In which the backend server is provisioned does not include the IP range for the source of the health check requests.

A user does not have correct Identity and Access Management (IAM) credentials on the backend servers.

The route table associated with the subnet in which the backend server is provisioned does not include the route for the OCI load balancer.

A fault domain is a grouping of hardware and infrastructure within an availability domain

Each availability domain contains three fault domains

A failed instance in a fault domain is automatically relaunched

A fault domain is selected automatically based on usage data

Drain all existing connections to this backend server and mark the backend web server offline

Create another OCI load balancer for the backend web servers, which are active and handling traffic

Edit the security list associated with the subnet to avoid traffic connectivity to this backend serve

Stop the load balancer for maintenance and restart the load balancer after the maintenance is finished