Jay-Rajput/oci_data huggingface dataset:
Viewing Billing Details


Under Your tenancy <tenancy name>, the Usage section shows a snapshot of your billing and usage. View the subscription ID, total credits amount, and check the remaining balance.

Because subscriptions are commitment-specific, you can view the following for each commitment associated with a particular subscription ID:

The credits used against the total. Your remaining balance is the "left" amount.
The number of days elapsed in the commitment.

When multiple commitments exist in a subscription, the interface show the multiple active commitments. For example, 1 of 2 is shown for a customer that has two commitments in a subscription.

Click the arrows to page through the active commitments in a subscription. Click the arrows again to page through further commitment details, for cases when multiple subscriptions are present.

The Usage section information can differ whether you are signed in as a parent or child tenancy in an organization:

Parent tenancies can see the commitment details for themselves and all child tenancies in the organization that are sharing a subscription. For such a case, you can click the arrows to scroll through and view the credit usage and days elapsed, for both the parent and child tenancies. As a result, the parent tenancy can get a bird's-eye view of all the usage at the commitment level (credit usage and days elapsed) across the entire organization, for every commitment in each subscription.
When a child tenancy is signed in, the child tenancy can only see its own commitment details.

To view more detailed cost reporting information, click Analyze costs to go to Cost Analysis. Also see Cost Reporting Integration and Viewing Subscription Details and Costs for more information on organization-based cost reporting. If Oracle Cloud Advisor has found any Cost savings opportunities, you can click View recommendations to review them.
Adding a Record to a DNS Zone


Add records that contain domain information to a DNS zone. Each record type contains information called record data (RDATA).

For example, the RDATA of an A or AAAA record contains an IP address for a domain name, while MX records contain information about the mail server for a domain. Oracle Cloud Infrastructure normalizes all RDATA into the most machine-readable format. The returned presentation of RDATA might differ from its initial input. For more information, see Records.

For general service information, see the DNS Service Overview

Console
CLI
API
 Note

The number and type of records in a zone depend on the goals for the zone and its DNS management.
Open the navigation menu and click Networking. Under DNS management, click Zones.
Under List scope, select the compartment that contains the zone that you want to add a record to.

All zones are listed in tabular form. Click the Zone type header to sort zone types alphanumerically in ascending or descending order.

Click the name of the zone you want to add a record to.

The zone details page appears. You can use the Zone Name sort filter to list to sort zone names alphanumerically in ascending or descending order.

Click the name of the zone to open its details page.
Under Resources, click Records.

A list of records appear. Records that have the same name, type, and TTL are displayed as a single RRset in the Zone Records list.

Click Manage Records.
Click Add record.
In the Add Record panel, enter record information:
(Optional) Enter a name for the record. Avoid entering confidential information.
Select a record type. For more information about record types, see Records.
Enter a TTL (time to live) for the record.
In the In RDATA/Answers section, select the RDATA entry mode and then enter the record information:
Select Basic to enter one record at a time. Click +Another record to add more records.
Select Advanced to add many records at the same time. Each record must be on its own line.
Click Add record.
Click Publish changes.
On the Confirm page, review the changes, and then click Confirm publish changes.
Getting Help and Contacting Support

View Related Documentation
Use a Search Engine
Use Support Chat in the Console
Post a Question to Oracle Forums
Cloud Customer Connect
Stack Overflow
Known Issues for Container Engine for Kubernetes

Worker node properties out-of-sync with updated node pool properties
Unable to launch Kubernetes Dashboard
Unable to access in-cluster Helm
Some Kubernetes features (for example, the Metrics Server) cannot communicate with the kubelet via http/2
Kubernetes pods fail to mount volumes due to timeouts
OS Management causes Kubernetes cluster node pools to fail
Volume mount issues in node pools with master nodes running Kubernetes version 1.19 (or later) and worker nodes running Kubernetes version 1.18 (or earlier)
Issues resolving with DNS (nslookup, dig, or curl)
Source client IP is not preserved for traffic through a LoadBalancer Service using externalTrafficPolicy: Local
Pod network connectivity issues on bare metal instances
Incorrect maximum pods per node limit for flexible shapes
Pod network connectivity issues on VCNs with added CIDR blocks
Node Doctor script displays FileNotFoundError: [Errno 2] exception
RESOLVED: DNS resolution sometimes fails in clusters using VCN-native pod networking
RESOLVED: Pods sometimes fail to start on a worker node running Oracle Linux 8, in clusters using VCN-native pod networking
Worker node status unexpectedly changes to NotReady when running Oracle Linux 8.7 or Oracle Linux 8.8 with Kubernetes version 1.24.1, 1.25.4, or 1.26.2
Provisioning new worker nodes takes longer than expected in clusters using VCN-native pod networking
Virtual node Architecture shown as AMD64 when pods scheduled to run on Arm processors
Records




For more information click here https://docs.oracle.com/en-us/iaas/Content/DNS/Reference/supporteddnsresource.htm#supported-records
Connecting to a Data Flow SQL Endpoint

Download the JDBC or ODBC driver
Authenticate the Connection
Importing Assets for Inventory


Import assets from CSV files instead of setting up a source environment. However, if you import assets, you can’t take advantage of the automated discovery and replication modules.

In such a scenario, the cost and recommendations during migrations are provided based on the information from the CSV files.

Console
CLI
API
Open the navigation menu and click Migration & Disaster Recovery. Under Cloud Migrations, click Inventory, and then click Inventory assets.
On the Inventory assets page, click Import assets.
On the Import assets panel, perform the following steps:
Select the compartment.
(Optional) Download the CSV template and add the asset information. Ensure that the externalAssetId entry in the CSV file is unique.
In the CSV Import File box, drag and drop or browse and select the CSV file that you want to import.
Click Import.

The importing of assets takes a few minutes, and on the Import assets page, the asset state changes to Active (under the State column).

If you want to view the import job, under Inventory, click Work requests. When the importing job is complete, the status changes to Succeeded.
If you want to modify the entries for an inventory asset, you must update the CSV file and import it again.
You can now create a migration project. See Creating a Simple Migration Project.
Using Tags

Linking Tags to Data Objects
Viewing Tags
Accessing a Cluster Using Kubectl

Accessing a Cluster Using kubectl in Cloud Shell
Accessing a Cluster Using kubectl Installed Locally
Health Checks for Load Balancers


Use health status indicators to report on the general health of your load balancer and their components.

A health check is a test to confirm the availability of backend servers. A health check can be a request or a connection attempt. Based on a time interval you specify, the load balancer applies the health check policy to continuously monitor backend servers. If a server fails the health check, the load balancer takes the server temporarily out of rotation. If the server later passes the health check, the load balancer returns it to the rotation.

You configure your health check policy when you create a backend set. You can configure TCP-level or HTTP-level health checks for your backend servers. As an option, you can use SSL with TCP and HTTP health checks.

TCP-level health checks attempt to make a TCP connection with the backend servers by establishing a TCP three-way handshake.

HTTP-level health checks send requests to the backend servers at a specific URI and validate the response based on the status code or entity data (body) returned. HTTP health checks for backend sets configured with the Use SSL option use HTTPS for health checks unless also configured to use plain text health checks.

The service provides application-specific health check capabilities to help you increase availability and reduce your application maintenance window.

The backend set's Details page provides the same Overall Health status indicator found in the load balancer's list of backend sets. It also includes counters for the Backend Health status values reported by the backend set's backend servers.

The health status counter badges indicate the following:

The number of child entities reporting the indicated health status level.

If a counter corresponds to the overall health, the badge has a fill color.

If a counter has a zero value, the badge has a light gray outline and no fill color.

Here is a list of health check-related topics:

Health Status Indicators for Load Balancers

Understanding Load Balancer Health Issues

Common Side Effects of Load Balancer Health Check Misconfigurations

Load Balancer Health Check Best Practices

Creating a Load Balancer Custom Health Check Page

You can perform the following health check management tasks:

Getting a Load Balancer's Health Check Policy Details

Editing a Load Balancer's Health Check Policies
Database Autonomous Recovery Service

Configuring your Tenancy for Recovery Service
Using Recovery Service to Backup Oracle Cloud Databases
Recovery Service Metrics
Related Links
REST API Reference
Release Notes
More Resources
Oracle Cloud Infrastructure Recovery Service Documentation
Product Page
Recovery Service Blog
Overview of Object Storage

Object Storage Resources
Object Storage Characteristics
Ways to Access Object Storage
Using Object Storage
Authentication and Authorization
Security
Blocking Access to Object Storage Resources from Unauthorized IP Addresses
Object Storage IP Addresses
Limits on Object Storage Resources
Using Multipart Uploads

Required IAM Policy
Monitoring Resources
Using the Multipart Upload API
Understanding Administrator Roles


Learn about administrator roles and the privileges associated with each role so that you can delegate administrative tasks to other users, as needed.

In your organization, you might want administrators to have different levels of access to various tasks and resources. For example, the identity domain administrator has superuser privileges for an identity domain. This administrator may want to delegate some of their responsibilities to other users to carry out the tasks associated with these responsibilities, such as managing system configuration and security settings, applications, users, groups, group memberships, and so on. To do this, the administrator assigns these users to other administrator roles. Users who are assigned to these roles will be able to perform specific tasks that are associated with the roles.

The following table lists the administrator roles and summarizes the privileges for each role.

Administrator role	Privileges
Identity domain administrator	

Has superuser privileges for an identity domain in IAM

Identity domain administrators can:

Manage users, groups, applications, system configuration, and security settings

Perform delegated administration by assigning users to different administrative roles

Enable and disable Multi Factor Authentication (MFA), configure MFA settings, and configure authentication factors

Create self-registration profiles to manage different sets of users, approval policies, and applications


Security administrator	

Manage IAM system configuration and security settings for an identity domain.

Security administrators can customize the interface, default settings, notifications, and the password policies, configure Multi Factor Authentication (MFA), and manage the Microsoft Active Directory (AD) Bridge, Provisioning Bridge, identity providers, and trusted partner certificates.


Application administrator	Manage applications. Application administrators can create, update, activate, deactivate, and delete applications. Application administrators can also grant and revoke access to applications for groups and users.
User administrator	Manage users, groups, and group memberships for an identity domain.
User manager	Manage all users or users of selected groups in an identity domain. User managers can update, activate, deactivate, remove, and unlock user accounts. User managers can also reset passwords, reset authentication factors, and generate bypass codes for user accounts.
Help desk administrator	Manage all users or users of selected groups in an identity domain. Help desk administrators can view the details of a user and unlock a user account. Help desk administrators can also reset passwords, reset authentication factors, and generate bypass codes for user accounts.
Audit administrator	Run reports for an identity domain.

Assigning Users to Roles.
Overview of Data Transfer Service

Limits on Data Transfer Service Resources
Tagging Resources
Monitoring Resources
Automation for Objects Using the Events Service
Notifications
Data Encryption
FastConnect
Site-to-Site VPN
Inputting Text into Data Transfer
What's Next
Data Transformations


Data transformations are rules that you can use to cleanse, reshape, and process data before loading to target data assets.

Data Integration includes an interactive Data tab that displays a sampling of data, and updates the sampling as you apply transformation operations. With the Data tab you can also validate the impact of transformations, debug, and troubleshoot possible failures before you run a task.

You can access the Data tab when working in the Data Integration data flow designer, and in the configuration UI when you create a data loader task.

When you click an attribute name in the Data tab, Data Integration displays a profile panel where you can view the following profiles:

Data profile: Displays a summary of primitive data, such as the total number of rows and attributes. A data profile is not available for complex data types.
Attribute profile: Displays a summary of a selected attribute, such as the data type, minimum value, and maximum value. For a String data type, the maximum and minimum values are determined by lexicographic ordering. For a complex data type, a simplified structure of the data structure hierarchy is displayed.
 Important

For complex data types, see Hierarchical Data Types to understand what is supported.

The following pages provide more information about transformations and the types of transformations you can apply in Data Integration:

Transformations in Data Flow
Transformations in Data Loader Task
Applying Transformations
Managing Key Pairs on Linux Instances

Required SSH Public Key Format
Before You Begin
Creating an SSH Key Pair on the Command Line
Creating an SSH Key Pair Using PuTTY Key Generator
Logging Query Language Specification

Query Components
Log Streams
Fields
Data Types
Stream Expressions
Pipe Expressions
Operators
Tabular Operators
Scalar Operators
Aggregate Operators
Special Columns
Comments
Identifiers
Literals
Functions
System parameters
Known Issues for Managed Cloud Self Service Platform


Managed Cloud Self Service Platform has no known issues.
IP Addresses and DNS in Your VCN


These topics cover how your instances are assigned private and public IP addresses, and the use of DNS within your cloud network.

Private IP Addresses
Public IP Addresses
Bring Your Own IP
IP Pools
IPv6 Addresses
DNS in Your Virtual Cloud Network
CEMLI File Object Types


Learn about all CEMLI file objects that are supported in Oracle Automated CEMLI Execution Release 18.1.

The following topics are covered in this appendix:

Object Types
Object Types That Do Not Require a Header
Object Types That Require a Header
Object Types That Support NLS Languages
Object Types That Use Parameters



For more information click here https://docs.oracle.com/en-us/iaas/Content/managed-cloud-self-service/mgdcloudss_cemli_file_object_types.htm
Listeners for Load Balancers


Use listeners to check for incoming traffic on the load balancer's IP address.

A listener is a logical entity that checks for incoming traffic on the load balancer's IP address. To handle TCP, HTTP, and HTTPS traffic, you must configure at least one listener per traffic type. When you create a listener, you must ensure that your VCN's security rules allow the listener to accept traffic.

 Tip



To accommodate high-volume traffic, Oracle strongly recommends that you use stateless security rules for your load balancer subnets. See Stateful Versus Stateless Rules for more information.

You can have one SSL certificate bundle per listener. You can configure two listeners, one each for ports 443 and 8443, and associate SSL certificate bundles with each listener. For more information about SSL certificates for load balancers, see SSL Certificates.

Click Listeners under Resources in the load balancer's Details page to display the Listeners page. This page contains a button for creating listeners.

You can perform the following listener management tasks:

Creating a Listener

Listing the Listeners

Getting a Listener's Details

Editing a Listener

Enabling a Listener to Accept Traffic

Deleting a Listener
OCI Architecture Diagram Toolkits


We offer the Oracle Cloud Infrastructure (OCI) Architecture Diagram Toolkit in three formats:

PowerPoint
draw.io
Visio

Use these assets to draw custom architecture diagrams for your OCI implementation. Each of these formats contains OCI service icons and templates where possible. Examples and guidance on how to create diagrams for your specific cloud deployment are in the PowerPoint file.

In addition, we have the following assets for you.

PNG and SVG icon files
Cacoo template (2020 graphics version)
OmniGraffle stencils (2020 graphics version)
Deleting a Data Entity


Delete a data entity in Data Catalog.

 Note

When you delete a data entity, all attributes in the data entity are also deleted.
Console
CLI
API
On the Home tab of the instance for which you want to delete the data entity, click Data entities.
On the Data Entities page, select the data entity that you want to delete.
On the Data Entities page, click Delete.
In the Delete Data Entity dialog box, type Delete to confirm and click Delete.
DevOps Tools and Plug-ins

DevOps Integrations
Known Issues for Connector Hub

Multiple SMS messages for a single notification
Reference Architectures


Find out about the reference architectures that are available to help you learn how to use OCI Functions.

Reference architectures are architectures, configurations, and best practices for deploying on Oracle Cloud Infrastructure. They are available from the Oracle Cloud Infrastructure Architecture Center.

Automate Loading Data to a Data Warehouse Using a Serverless Application

The Automate Loading Data to a Data Warehouse Using a Serverless Application reference architecture shows how to use a serverless function to automate the process of extracting data from files generated by various databases or applications and loading the data into a data warehouse for analysis.

In this architecture, the Events service is triggered when zipped CSV files are uploaded to a specific bucket in Oracle Cloud Infrastructure Object Storage. The emitted event invokes a function in OCI Functions, which extracts the data from the uploaded files and loads the data into an Oracle Autonomous Data Warehouse instance. After the data is loaded to the data warehouse, the processed CSV files are moved to a different bucket in Object Storage.
Notebook Sessions


Editing a Notebook Session

Deactivating and Activating a Notebook Session

Moving a Notebook Session Between Compartments

Deleting a Notebook Session

Persisting Data and Files on a Notebook Session Block Volume

Allocating Notebook Session Swap Space

Managing the Notebook Session Timeout

Downloading a Dataset

Using Notebooks to Connect to Data Flow



For more information click here https://docs.oracle.com/en-us/iaas/data-science/using/tshoot-notebook.htm#notebook-sessions
Creating a Dedicated AI Cluster in Generative AI for Hosting Models

 Important



Pre-General Availability: 2023-09-18

The following legal notice applies to Oracle pre-GA (Beta) releases. For copyright and other applicable notices, see Oracle Legal Notices.

Pre-General Availability Draft Documentation Notice

This documentation is in pre-General Availability status and is intended for demonstration and preliminary use only. It may not be specific to the hardware on which you are using the software. Oracle Corporation and its affiliates are not responsible for and expressly disclaim all warranties of any kind with respect to this documentation and will not be responsible for any loss, costs, or damages incurred due to the use of this documentation.

This documentation is not a commitment by Oracle to deliver any material, code, functionality or services. This documentation, and Oracle Pre-GA programs and services are subject to change at any time without notice and, accordingly, should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functionality for Oracle’s Pre-GA programs and services remains at the sole discretion of Oracle. All release dates or other predictions of future events are subject to change. The future availability of any future Oracle program or service should not be relied on in entering into any license or service agreement with Oracle.

In the navigation bar of the Console, choose a region that hosts Generative AI, for example, US Midwest (Chicago). If you don't know which region to choose, see Regions with Generative AI.
Open the navigation menu and click Analytics & AI. Under AI Services, click Generative AI.
In the left navigation, choose a compartment for creating the new version of the custom model in.
Ensure that you have permission to use or manage generative-ai-family and object-family resources in this compartment.
In the left navigation, choose a compartment that you have permission to work in.
Click Dedicated AI clusters.
Click Create dedicated AI cluster.
Select a compartment to create the dedicated AI cluster in. The default compartment is the one you selected in step 3, but you can select any compartment that you have permission to work in.
(Optional) Enter a name and description. If you leave the name blank, the system generates a name that you can change later.

The generated name has the format generativeaidedicatedaicluster<timestamp>.

For example: generativeaidedicatedaicluster20230901220755

For Type, click Hosting-beta.
Read the terms and click to agree with the beta testing use of the dedicated AI cluster.
Click Create.
 Note

Dedicated AI clusters take a few minutes to create. After a cluster is in an active state, you can use it to host models. To use a cluster for hosting, select that cluster when creating endpoints for your model.
Audit Log Retention Period


Describes the Audit log retention period.

Audit logs are retained for 365 days. You can view the log retention period in the tenancy details page.

If your OCI tenancy uses identity domains, see Viewing Tenancy Details. If your OCI tenancy does not use identity domains, see Managing the Tenancy.

Retention period is a tenancy-level setting. The value of the retention period setting affects all regions and all compartments. The retention period cannot be changed.