Jay-Rajput/oci_data huggingface dataset:
Creating a Policy Using the Console


Complete information about using the Policy Builder and templates is found in Writing Policy Statements with the Policy Builder.

See also how policies work, policy syntax, and policy reference.

Open the navigation menu and click Identity & Security. Under Identity, click Policies.
Under Compartment, select the compartment where you want the policies to reside.
Click Create Policy.
In the Create Policy page, enter the following information:

Name: Enter a name for the policy, for example, bds-net-admin.

Description: Enter a description for the policy.

Compartment: Select a compartment from the list, if you want to create the policy in a different compartment.

Policy Builder: Click the toggle on the Policy Builder box. Copy the following and paste it into the text box:

Copy
allow service bdsprod to {VCN_READ, VNIC_READ, VNIC_ATTACH, VNIC_CREATE, SUBNET_READ, SUBNET_ATTACH, VNIC_DETACH, VNIC_DELETE, SUBNET_DETACH} in compartment bds-learn
 Note

Also, you must grant the VCN_READ right to the compartment the VCN belongs to, and grant the other rights to the compartment the subnet belongsShow manual editor to.

Additionally, if you’re using customer-managed encryption keys, copy and paste them into the text box:

Copy
allow service blockstorage to use keys in compartment <name_of_compartment> where target.key.id='<ocid_of_key>'
allow service bdsprod to use key-delegate in compartment <name_of_compartment> where target.key.id='<ocid_of_key>'
allow service bdsprod to read keys in compartment <name_of_compartment> where target.key.id='<ocid_of_key>'
allow group <user-group> to use key-delegate in compartment <name_of_compartment> where target.key.id='<ocid_of_key>'

allow service objectstorage to use keys in compartment <name_of_compartment> where target.key.id='<ocid_of_key>'
Click Create.
To review any policy, click its name.

For more information about creating groups, users, and policies, see Overview of Oracle Cloud Infrastructure Identity and Access Management in the Oracle Cloud Infrastructure documentation.
Subscriptions, Invoices, and Payment History Overview

Required IAM Policy
Load Balancer Timeout Connection Settings

Keep-Alive Settings
Idle Timeout Settings
Known Issues for Data Catalog

Some rich text formatting is lost while exporting or importing a glossary
Incremental harvest of Autonomous Database data assets
Unable to associate 'Unrecognized file' and 'File' types to the same custom property
During glossary export the Owner (Name) field is empty if the owner is a federated user
Creating a Dedicated AI Cluster in Generative AI for Fine-Tuning Custom 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 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 Fine-tuning-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 fine-tune custom models. To use a dedicated AI cluster for fine-tuning, select that cluster when creating a custom model.
After your model is created, get the custom model's details.
Introduction to Network Load Balancer

Network Load Balancer Types
Public Network Load Balancer
Private Network Load Balancer
Network Load Balancer Reachability
Using Private Network Load Balancer as Next Hop Route Target with VCN Transit Routing
All Network Load Balancers
Private IP Address Consumption
Network Load Balancer Concepts
Resource Identifiers
Ways to Access Oracle Cloud Infrastructure
Monitoring Resources
Authentication and Authorization
Limits on Network Load Balancers
Required IAM Policies
Network Load Balancer Policies
Connections Idle Timeout
Logging
Encryption
Database Provisioning and Management


Oracle Database Service for Azure (OracleDB for Azure) allows you to integrate Oracle Cloud Infrastructure database products into your Microsoft Azure cloud environment. OracleDB for Azure uses a service-based approach as an alternative to manually creating complex cross-cloud deployments for your application stack.

Figure 1-1 OracleDB for Azure Portal







Using the OracleDB for Azure Portal, you create and manage resources, including Oracle Autonomous Databases, Oracle Exadata Databases, Oracle Base Databases, and Oracle MySQL HeatWave Clusters. The following topics provide specifics of the creation and management tasks associated with each resource type.

Topics:

Creating a Resource
Provisioning an Oracle Exadata System
Provisioning an Oracle Autonomous Database
Provisioning a Base Database
Provisioning Oracle MySQL HeatWave Cluster
Common Database Management Tasks
For more information on specific database topics beyond their implementation and use within OracleDB for Azure, see the following:
Get Started with Oracle Exadata Database Service on Dedicated Infrastructure
Get Started with Oracle Autonomous Database
Get Started with Oracle Base Database Service
Get Started with MySQL HeatWave
Regions and Availability Domains

Your Tenancy's Availability Domain Names
Fault Domains
Subscribed Region Limits
Service Availability Across Regions
Resource Availability
Oracle Integration Generation 2 Reference


Topics:

Upgrade to Oracle Integration Generation 2

Manually Federate Your Tenancy

Automate with Events
Oracle Integration Generation 2
.

Get Started
What's New
Overview
Before You Begin
Set Up Users, Groups, and Policies
Related Content
Create and Edit Instances
Manage Instances
Monitor Instances
Command Line Reference
REST API
Service Instance REST API Reference
More Resources
Documentation
Adapters
Recipes
Tutorials
Videos
Community
Marketplace
Troubleshooting
News Reports
 click on the Unsubscribe link at the bottom of the weekly report email or the confirmation email, this will eliminate the email address from the topic.
 Note

If a distribution list recipient unsubscribes it will eliminate the entire distribution list. Ensure only relevant email addresses are added to distribution lists.
Private DNS
 Tasks
Applications and Templates


To run or schedule a task to run, the task must first be published to an application.

In Data Integration, an application is a container for published tasks and their dependencies. You can use the default application in a workspace, or you can create your own applications. For more information about applications, see What are Data Integration Applications.

When you create an application in Data Integration, you can use a template. An application template has predefined parameterized tasks that you can run using values that you provide. For more information about templates, see What are Data Integration Application Templates.

The following pages describe how to create applications in Data Integration and the management tasks you can perform after creating:

Creating Applications
Creating an Application (Blank)
Creating an Application by Copying from Existing Resources
Creating an Application by Using a Template
Listing Applications
Viewing an Application's Details
Syncing an Application
Monitoring an Application
Working with References
Listing References
Mapping a Reference
Listing the Resources That Use a Reference
Removing a Reference Mapping
Understanding Patches
Moving an Application
Copying an Application OCID
Editing an Application
Deleting an Application

To run tasks or schedule tasks to run, see Task Runs and Schedules.

 Note



Tasks that are published to an application in Data Integration are run in the Data Integration service. For information about publishing to and running tasks in the Oracle Cloud Infrastructure Data Flow service, see Publishing to OCI Data Flow.

The following pages describe how to export and import an application:
Exporting an Application
Importing an Application
Internet Gateway
 Setup
Functions QuickStart on Cloud Shell

A. Set up your tenancy
B. Create application
C. Set up your Cloud Shell dev environment
D. Create, deploy, and invoke your function
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About Oracle
Contact Us
Legal Notices
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Known Issues


Known issues in Media Services.

Media Flow known issues
Media Streams known issues



For more information click here https://docs.oracle.com/en-us/iaas/osmh/doc/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/control-center/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/media-services/mediaflow/known-issues-mediaservices.htm

For more information click here https://docs.oracle.com/en-us/iaas/language/using/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/document-understanding/using/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/DNS/Tasks/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/data-science/using/knownissues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/data-labeling/using/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/data-flow/using/known-issues.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/anomaly/using/known-issues-root.htm
Metrics and Performance Testing

Testing Methodology and Performance for Balanced Elastic Performance Option
Host Maximum
FastConnect: With an Oracle Partner

Getting Started with FastConnect
Managing Your Virtual Circuit
Monitoring Your Connection
Troubleshooting
Securing Images


Find out how to secure images in Container Registry.

When working with Container Registry, you perform the following tasks to secure images:

Signing Images for Security
Scanning Images for Vulnerabilities
Overview of Data Science

Data Science Concepts
Ways to Access Data Science
Regions and Availability Domains
Limits on Data Science Resources
Resource Identifiers
Authentication and Authorization
Provisioning and Pricing
Compliance
User-Defined Functions
 Library or User-Defined Function
Scheduling Published Tasks to Run


Run a task manually or use schedules and task schedules to automate the running of tasks in Data Integration.

A task must be published to an application before you can run the task or schedule the task to run. See Task Publishing.

To run a published task automatically on a specific schedule, you must perform the following actions:

Create a schedule: A schedule defines when and how frequently tasks should be run. A schedule can be used across tasks of any type.
Create a task schedule for the task: A task schedule is an automated run configuration for a specific task. You schedule a task to run automatically by creating a task schedule, and associating the task schedule with an existing schedule.

By using schedules and task schedules, you can enable published tasks to run automatically on specific days and times, and at specific frequency intervals. A schedule can be associated with multiple task schedules, but a task schedule must be associated with only one existing schedule.

By default, Data Integration allows simultaneous or parallel task runs of a task at a given time. To disallow concurrent task runs by a task schedule, select the disable simultaneous execution check box when you create the task schedule. When the check box is selected, any scheduled running of the task by the task schedule is skipped if the scheduled task run that's previously triggered is still running.

The following pages describe the management tasks for scheduling tasks to run:

Creating a Schedule
Creating an Hourly Schedule
Creating a Daily Schedule
Creating a Weekly Schedule
Creating a Monthly Schedule
Creating a Cron Expression Schedule
Viewing Schedules
Viewing a Schedule's Associated Tasks
Editing a Schedule
Deleting a Schedule
Creating a Task Schedule
Viewing Task Schedules
Viewing a Task's Associated Task Schedules
Viewing a Task Schedule's Past Runs
Disabling or Enabling a Task Schedule
Editing a Task Schedule
Deleting a Task Schedule
 Note



Data Integration follows the MISFIRE_INSTRUCTION_SMART_POLICY of an open source job scheduler. For example, suppose that a schedule is set to trigger a run job at 3 A.M. However, the system is not available at the trigger time. When the system is back up, say at 5 A.M., the job is run immediately after the misfire situation is discovered by the scheduler.
Creating a Virtual Cloud Network

Before You Begin
Create a Cloud Network Plus Related Resources
What's Next
Setting Preferences


Learn how to set preferences.

The following sections explain how to set preferences:
General Preferences
CEMLI Preferences
Defining Usage Plans to Manage Subscriber Access to APIs


Find out how to define usage plans to manage subscriber access to APIs with API Gateway.

Having created an API gateway and deployed one or more APIs on it, API plan managers typically want to:

monitor and manage the API consumers and API clients that access APIs
set up different access tiers for different customers.

As an API plan manager, you can monitor and manage API access by creating usage plans and subscribers. See Usage Plans and Entitlements, Subscribers, and Client Tokens.

You can make API access subject to rate limits and quotas tailored to particular customer needs, enabling you to set up different access tiers for different customers. For example, you might want to offer three tiers of access to your APIs: a Gold tier, allowing up to 1000 requests per hour; a Silver tier, allowing up to 500 requests per hour; and a Bronze tier, allowing up to 100 requests per hour. You might also want to impose a general rate limit of 10 requests per second for each customer, to ensure that heavy use by one customer does not affect other customers.

To set up a usage plan and a subscriber to manage access to an API, you have to:

Make an API deployment eligible for inclusion in a usage plan.

To make an API deployment eligible for inclusion in a usage plan, you have to specify the location of a client token passed in a request. Once the API deployment has been included in a usage plan, requests from subscribed API clients must include the client token in this location in order to access the API deployment. You specify the client token location in a global usage plan request policy for all routes in an API deployment specification. See Making an API Deployment Eligible for Inclusion in a Usage Plan.

Create a usage plan with an entitlement that specifies the API deployment as a target.

Having made the API deployment eligible for inclusion, you can create a usage plan definition that includes an entitlement that specifies the API deployment as a target, and optionally specifies a rate limit and a quota. If the number of requests in a given time period exceed a request quota, you can specify whether requests continue to be allowed, or are rejected. If a request is rejected because the quota has been exceeded, the response header indicates when the request can be retried. See Creating a Usage Plan.

Create a subscriber definition that specifies the usage plan.

Having created a usage plan, you can create one or more subscriber definitions for your customers (API consumers) and their API clients. A subscriber definition includes client names and client tokens to uniquely identify API clients, and specifies the usage plan that gives them access to your APIs. See Creating a Subscriber.

Having set up a usage plan, you can use metrics to understand patterns of usage, and to send alarm messages when rate limits and quotas are approached and exceeded. See API Gateway Metrics.
Importing Custom Property Values


After associating custom properties to object types, you can set values for the properties by exporting the objects and the associated custom properties into a file, add values to the custom properties, and import it to Data Catalog. This method helps you to enrich technical metadata in bulk.

Importing the values of custom properties are available for data assets that are created using a relational database or Oracle Object Storage. Examples of relational database include Microsoft SQL Server, MySQL, and Oracle Database. For data assets created using a relational database, you can import custom property values at the schema and data entity levels. For Oracle Object Storage, at the bucket and logical entity levels.
 Note

In Oracle Object Storage, the import of custom property values are supported only for logical entities.

Importing custom property values in bulk saves time and makes the review of the content easier. Ensure that you initiate import at the same object in the data asset from where you exported the file.

Console
CLI
API
In the details page of the object type for which you exported the custom property values, click Import Custom Properties.
In the Import Custom Properties dialog box that appears, select the Skip empty values in the excel file check box so that the empty values in the file do not overwrite the existing values in the data catalog.
 Note

When multiple-values-enabled custom properties are imported to the data catalog with the Skip empty values in the excel file check box selected, the values in the Excel file are added to the existing values for that property in the catalog, which means that the existing values are not overwritten.
Click Import.
While importing the file, all the objects in the file get imported, irrespective of the scope of the object from where the import is initiated. Therefore, all the values of the custom properties present in the file get updated.
Known Issues for IAM with Identity Domains


Known issues have been identified in IAM with Identity Domains.

Applications
Radius Proxy
EBS Asserter Known Issues
Identity Cloud Service instances to IAM
Troubleshooting Database Migration

Metrics
Alarms
Logs
Error Messages
Work Request Details
Troubleshooting Connection Creation Failures
Troubleshooting Network Connectivity Issues for Database Connections
Troubleshooting Migration Creation Failures
Database Tools Events

Database Tools Connection Event Types
Database Tools Private Endpoint Event Types
Sample Event
Frequently Asked Questions


Find answers to frequently asked questions.

Paid Listings

If you can't find answers to your questions in this section, send an email to marketplace-help_us_grp@oracle.com.

We’ll put you in touch with a partner manager who can discuss your questions with you.



For more information click here https://docs.oracle.com/en-us/iaas/Content/Marketplace/marketplace-faqs.htm

For more information click here https://docs.oracle.com/en-us/iaas/analytics-for-applications/doc/frequently-asked-questions.html

For more information click here https://docs.oracle.com/en-us/iaas/analytics-cloud/doc/frequently-asked-questions.html
Cloud Shell
 Private Networking



For more information click here https://docs.oracle.com/en-us/iaas/Content/API/Concepts/devcloudshellintro.htm#Cloud_Shell
About Custom Models


Document Understanding can use custom models for key value extraction and document classification.

Custom Key Value Extraction

Build a model to detect the location of customer-defined fields in documents. For example, an HR customer could create a custom key value model for their job application form which includes Name, Job ID, and Email Address. The output includes a confidence score, and the coordinates of the bounding box for each field found.

Custom Document Classification

Build a model to categorize documents based on customer-defined document types. For example, a bank could categorize documents required for a mortgage application into a Credit Report, Lease Agreements, and an Application Form. The output returns a confidence score for each classification.
Database Management for External Database Systems
 only provide information on discovering External Database Systems and using Database Management to monitor components other than databases. The option to register and connect to External Databases and enable Database Management for External Databases from the Database Management interface uses the same panels as in the External Database service. For information on how to:
Register and connect to External Databases, see External Database documentation.
Enable Database Management for External Databases and use Database Management features to monitor and manage External Databases, see Database Management for Oracle Databases.
Developing Data Flow Applications

Reusable Spark Application Templates
Document Understanding

Limits
Troubleshooting Versioning


Identify and address common issues that can occur while working with object versioning on Compute Cloud@Customer.

Unable to Enable Versioning

If enabling versioning fails, the most likely cause is missing or incomplete IAM permissions. Enabling versioning requires:

User permissions that let you use the bucket and manage the objects in that bucket.

BUCKET_UPDATE permissions.

Unable to Delete a Bucket

If deleting a bucket fails, the most likely cause is that the bucket is not empty.

You can permanently delete an empty bucket. You can't delete a bucket that contains any of the following:

Any objects

Previous versions of an object

A multipart upload in progress

A preauthenticated request

 Tip



When you delete an object in a version-enabled bucket, a previous version of that object is created. Select Show Deleted Objects to display the object versions that might prevent you from deleting the bucket.

Unable to Delete a Previous Version

If deleting a previous object version fails, the most likely cause is missing or incomplete IAM permissions. Object version deletion requires:

User permissions that let you use the bucket and manage the objects in that bucket.

At minimum, OBJECT_VERSION_DELETE permissions.



For more information click here https://docs.oracle.com/en-us/iaas/Content/Object/Troubleshooting/usingversioning_topic-Troubleshooting_Versioning.htm#TroubleshootVersioning