Jay-Rajput/oci_data huggingface dataset:
Overview of Compartment Quotas

Quota Policy Quick Start
Creating a Ping Monitor


Create a ping monitor in Health Checks.

Console
CLI
API
Open the navigation menu and click Observability & Management. Under Monitoring, click Health Checks.
On the Health checks page, choose the compartment that you want to create the ping monitor in.
Click Create health check.
In the Create health check dialog box, enter the following values:

Health check name: Enter a name for the ping monitor. Avoid entering confidential information.

Select the compartment to run the health check in. A default value from the scope is provided.

For Targets, define the hosts that you want to monitor with this health check. For each host, specify either the IP address or the name (fully qualified domain name (FQDN)).

For Vantage points, optionally select up to ten locations to use for monitoring the targets. For more information, see Listing Vantage Points.

For Request type, select Ping.

For Protocol, select the network protocol to use: ICMP or TCP.

For Port (shown for the TCP protocol), select the port to use for the connection.

A port is required for the TCP protocol. The default value is 80.

For Timeout, define the maximum time to wait for a reply before marking the health check as failed.

For Interval, specify the period of time between health checks of the target.

(Optional) Tag the new ping monitor.

Tag namespace: To add a defined tag, select an existing namespace. If you're adding a free-from tag, leave this field blank.

Tag key: To add a defined tag, select an existing tag key. To add a free-form tag, type the key name that you want.

Tag value: Type the tag value that you want.

Click Create health check.
The details page for the new ping monitor opens. Results appear after a few moments.
Encrypting a File System


File Storage file systems use Oracle-managed keys to encrypt a file system by default, which leaves all encryption-related matters to Oracle. Optionally, you can encrypt the data in a file system using your own Vault encryption key.

To encrypt a file system with your own key, ensure that the following prerequisites are met:

At least one key vault and key in the Vault service. For more information, see Overview of Vault.
 Caution

Be sure to back up vaults and keys. Deleting a vault and key otherwise means losing the ability to decrypt any resource or data that the key was used to encrypt. For more information, see Backing Up and Restoring Vaults and Keys.

Set the permissions that allow the File Storage service to use keys. For example:

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Allow service <file_storage_service_user> to use keys in compartment <compartment_name>

The name of the File Storage service user depends on your realm . For realms with realm key numbers of 10 or less, the pattern for the File Storage service user is FssOc<n>Prod, where n is the realm key number. Realms with a realm key number greater than 10 have a service user of fssocprod. For more information about realms, see About Regions and Availability Domains.

For more information about permissions, see Common Policies.

 Note

Only symmetric Advanced Encryption Standard (AES) keys are supported for file system encryption.
Console
CLI
API
Open the navigation menu and click Storage. Under File Storage, click File Systems.
Under List scope, in the Compartment list, choose the compartment that contains the file system that you want to encrypt with a Vault master encryption key.
From the list of file systems, click the file system name.
On the file system's details page, next to Encryption key, click Edit.
In the Edit Master encryption key dialog box, select Encrypt using customer-managed keys.
 Note

If you assign a Vault key to a file system, you can later return the file system to using Oracle-managed keys for encryption by selecting Encrypt using Oracle-managed keys.
Select the Vault Compartment, Vault, Master encryption key Compartment, and Master encryption key.
Click Save changes.
Business Strategy


The business strategy pillar focuses on defining success for cloud adoption.

Business strategy is about creating and communicating a formalized plan for cloud adoption. The business plan should define the goals that your organization wants to accomplish and identify the required workstreams for a successful adoption. From executive sponsorship to technical implementation, the best practices in the business strategy pillar help your organization to understand and support its cloud transformation.

This pillar includes the following capabilities:

Define your goals

Build a business case

Document the business value
Managing Session Settings

Required Policy or Role
Visual Builder Studio
 Resources
Web Applications Learning Path
Create a project and upload application files to a Git repository
Work with Node.js Microservices
Videos
Bastion
/home.htm
Harvest from Oracle Object Storage

Before You Begin
1. Create an Access Policy
2. Create a Data Asset
3. Add a Connection
4. Harvest the Data Asset
What's Next
Help Sheets


Oracle provides a number of help sheets to print and carry with you as you perform your data transfer tasks.

Disk Import

Disk Import Job Checklist

Prepare for Disk Import Jobs

Disk Import Procedures

Appliance Import

Appliance Import Job Checklist

Prepare for Appliance Import Job

Appliance Import Procedures
Connecting to an Instance

Troubleshooting the SSH Connection
Oracle Cloud Infrastructure for Australia Government and Defence

Region
Console Sign-in URL
API Reference and Endpoints
Services and Features Not Supported
SMTP Authentication and Connection Endpoints
SPF Record Syntax
Managing Widgets

Adding Widgets to a Dashboard
Editing a Widget
Refreshing Widget Data
Duplicating a Widget
Deleting a Widget
Changing a Dashboard's Layout
Managing Regions

Required IAM Policy
The Home Region
Provisioning SaaS Applications and Geo-Regions
Find Out More



For more information click here https://docs.oracle.com/en-us/iaas/Content/Identity/Tasks/managingregions.htm#Managing_Regions
Editing Data Entity Custom Properties


Modify the custom properties for a data entity.

Console
CLI
API
On the Home tab of the instance for which you want to modify the custom properties, click Data entities.
On the Data Entities page, select the data entity for which you want to edit the custom properties.
On the data entities details page, in the Custom Properties section, click the Edit link.
In the Edit Custom Properties panel, update the details as required.
Click Save changes.
Application Performance Monitoring

Configure Data Sources
Learn about data sources
Java agent
Browser agent
Java tracer
OpenTelemetry and other tracers
Synthetic monitor
Oracle applications
Configure Synthetic Monitoring
Learn about synthetic monitoring
Tasks and workflows
Create a script
Set up dedicated vantage points
Create a monitor
Related Services
Stack Monitoring
Monitoring
Community
Blog posts
Videos
Monitor Traces and Spans
Learn about Trace Explorer
Monitor traces
View trace or span details
Work with queries
Learn about trace and span attributes
Visualize Synthetic Monitors
View monitor history
View monitor availability
Monitors dashboards
Tutorials and Workshops
Hands-on tutorials
LiveLabs workshops
Video tutorials
Support
Get help and contact Support
Create a service request
Data Integration Events

Workspace Events
Task Execution Events
PostgreSQL Version and Upgrades


Upgrade an OCI Database with PostgreSQL system.

Currently, the only supported version of PostgreSQL is major version = 14 and minor version = 9.

Upgrades

When a new minor version of a major version is released, existing database systems are automatically upgraded to the new minor version during their maintenance windows.
Detector Recipe Reference


Review summary information for all types of Oracle-managed detector recipes.

 Note

The following sections include best practice recommendations for modifying detector recipe rules. Oracle-managed recipes allow different types of rule changes, compared with user-managed (cloned) recipes. In general, this information applies to all types of detector recipes.

Accessing a detector recipe from the Detector Recipes page allows different types of rule changes, compared with accessing from the Targets page. See Modifying Recipes at Recipe and Target Levels.

OCI Configuration Detector Rules

Reference material for the Oracle-managed configuration detector recipes that Cloud Guard provides is grouped below by resource type. Expand a Rule Display Name to view the details.

Compute Resources
Instance has a public IP address
Instance is not running an Oracle public image
Instance is publicly accessible
Instance is running an Oracle public image
Instance is running without required Tags
Database Resources
Data Safe is not enabled
Database is not backed up automatically
Database is not registered in Data Safe
Database patch is not applied
Database System has public IP address
Database System is publicly accessible
Database system patch is not applied
Database System version is not sanctioned
Database version is not sanctioned
IAM Resources
API key is too old
IAM Auth Token is too old
IAM Customer Secret Key is too old
IAM group has too few members
IAM group has too many members
Password is too old
Password policy does not meet complexity requirements
Policy gives too many privileges
Tenancy admin privilege granted to group
User does not have MFA enabled
User has API keys
KMS Resources
Key has not been rotated
Multiple Resources
Resource is not tagged appropriately
Networking Resources
Load balancer allows weak cipher suites
Load balancer allows weak SSL communication
Load balancer has no backend set
Load balancer has no inbound rules or listeners
Load Balancer has public IP address
Load balancer SSL certificate expiring soon
NSG egress rule contains disallowed IP/port
NSG ingress rule contains disallowed IP/port
VCN has Internet Gateway attached
VCN has Local Peering Gateway attached
VCN has no inbound Security List
VCN Security list allows traffic to non-public port from all sources (0.0.0.0/0)
VCN Security list allows traffic to restricted port
VNIC without associated network security group
Scanning Resources
Scanned container image has vulnerabilities
Scanned host has open ports
Scanned host has vulnerabilities
Storage Resources
Block Volume is encrypted with Oracle-managed key
Block Volume is not attached
Bucket is public
Object Storage bucket is encrypted with Oracle-managed key
Read Log access disabled for bucket
Write Log access disabled for bucket
OCI Activity Detector Rules
OCI Threat Detector Rules
 Expand All Expandable Areas
Security Zone Integration

Restrictions on Database Service Resources Located in Maximum Security Recipe Compartments
Supported Database Service Resources
Moving Compute Resources to a Different Compartment

Required IAM Policy
Security Zones
Using the Console
To move an instance to a different compartment
To move an instance configuration to a different compartment
To move an instance pool to a different compartment
To move an autoscaling configuration to a different compartment
To move a custom image to a different compartment
To move a cluster network to a different compartment
To move a dedicated virtual machine host to a different compartment
Using the API
Troubleshooting VCNs and Connectivity


Use the following troubleshooting information to identify and address common issues that can occur while working with Networking services, including internal connections within a VCN and connectivity to on-premises networks:

Hanging Connection
Subnet or VCN Deletion
Redundancy Remedies
Site-to-Site VPN Troubleshooting
FastConnect Troubleshooting

Oracle Cloud Infrastructure also offers a number of tools as part of the Network Command Center Services.
CEMLI File Object Types


Learn about all the 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
Managing Connections

Creating Connections
Testing Connectivity of a Database Connection
Viewing Connection Details
Editing a Connection
Moving a Connection
Deleting a Connection
Managing Tags for Connections
Using the Connection API
Agent Management Overview

Unified Monitoring Agent and Agent Configuration Security
Using the API

Use the API to Create the Control Plane and Data Plane Client with Java SDK
Use the API to Create a Dataset with Java SDK
Use the API to Create Records with Java SDK
Use the API to Create an Annotation with Java SDK
Use the API to Create the Control Plane and Data Plane Client with Python SDK
Use the API to Create a Dataset with Python SDK
Use the API to Create Records with Python SDK
Use the API to Create an Annotation with Python SDK
Release Information

Software Errata
General Notices
June 2023
April 2023
January 2023
September 2022
August 2022
May 2022
February 2022
December 2021
October 2021
September 2021
August 2021
June 2021
April 2021
March 2021
Deleting an Artifact in Artifact Registry


Delete artifacts from an Artifact Registry repository.

In a repository's detail page:

Deleted artifacts remain in the Artifacts section with a Deleted state.
You can filter for all artifacts with a Deleted state.
Immutable Artifacts

You can't replace an immutable artifact:

When you upload an artifact to an immutable repository, you're not allowed to assign it a deleted artifact's name.
Mutable Artifacts

You can replace a mutable artifact:

You can upload an artifact to a mutable repository, assigning it a deleted artifact's name.
If an artifact with the same name exists, the new artifact deletes and replaces the old one.
Console
CLI
API
Open the navigation menu and click Developer Services. Under Containers & Artifacts, click Artifact Registry.
Under List scope, choose the compartment that contains the artifacts.
Click the repository that contains the artifacts.
Under Artifacts, find the artifact that you want to delete.
Click the Actions menu for the artifact and then click Delete.
In the Delete artifact dialog, confirm that you are deleting the correct artifact, and then click Delete.

Under Artifacts,, the artifact state changes to Deleted.

 Expand All Expandable Areas
Integrating PeopleSoft with Email Delivery

Troubleshooting
More Information
Creating a Policy


Create a policy.

Console
CLI
API
Open the navigation menu and click Identity & Security. Under Identity, click Policies.
In the Policies page, click Create Policy.
In the Create Policy panel, enter the following details:
Name: Enter a unique name for the policy. The name must be unique across all policies in your tenancy. You can't change the name later. For example, catalog_read_only.
Description: Enter a description, such as Allow only catalog read access to group <group name>.
Compartment: Select a compartment in which you want to create the policy.
Policy Builder: In this section, move the slider to Show manual editor, and enter a policy rule in the following format:
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allow group <group name> to read data-catalogs in compartment <compartment name>
Click Create.

For more information on creating policies, see how policies work and policy reference.
Application Dependency Management

SDKs and the CLI
Vulnerability Audits
Creating a Vulnerability Audit
Listing Vulnerability Audits
Getting a Vulnerability Audit's Details
Editing a Vulnerability Audit
Moving a Vulnerability Audit
Deleting a Vulnerability Audit
Community
Oracle Cloud Infrastructure blog
Cloud infrastructure community forum



For more information click here https://docs.oracle.com/en-us/iaas/Content/application-dependency-management/concepts/adm_overview.htm
Working with OCI Data Flow Tasks

Required Policies and Setup
Virtual Networking Quickstart

Create VCN with Internet Connectivity
Add Internet Connectivity and Site-to-Site VPN to a VCN
Deleting a Metastore


Delete a metastore using the Console, CLI, or API.

Console
CLI
API
On the Data Catalog service page, click Metastores.
On the Metastores page, click the name of the metastore that you want to delete.
On the metastore details page, click Delete.
In the Delete Metastore dialog box, type Delete to confirm and click Delete.
Using a Runtime Configuration
 to Clone a Git Repository
Overview of OCI Database with PostgreSQL

Concepts
Features
Supporting Documentation
Authentication and Authorization
Ways to Access
Service Limits
Managing Vulnerability Audits


Describes how to create and manage vulnerability audits, including creating, updating, and deleting them.

You can perform the following vulnerability audit management tasks:

Creating a Vulnerability Audit

Listing Vulnerability Audits

Getting a Vulnerability Audit's Details

Editing a Vulnerability Audit

Moving a Vulnerability Audit

Deleting a Vulnerability Audit
Adding CORS support to API Deployments

Using the Console to Add CORS Request Policies
Editing a JSON File to Add CORS Request Policies
How a CORS Request Policy Maps to a CORS Response
Chef Knife Plug-in

Contributions
Notifications
Questions or Feedback
Configuring a Target Asset


Configure a target asset for migration.

Console
CLI
API
Open the navigation menu and click Migration & Disaster Recovery. Under Cloud Migrations, click Migrations.
On the Migrations page, select the active migration project for which you want to configure a target asset.
On the Migration project details page, in the Migration plans section, select the active migration plan that has the target assets.
On the Migration plan details page, under Resources, click Target assets.
In the Target Assets section, click the target asset you want to configure.
On the Migration target asset details page, click Configure.
On the Bulk configure target asset page, provide the following details:
Select the compartment.
Select a shape by following these steps:
Under Shape, click Select preferred shape.
Click Change shape.
On the Browse all shapes page, to select a different shape, select a shape name and then click Select shape.
Select one of the following capacity types:
On-demand capacity: Places the target asset instance on a shared host using on-demand capacity.
Preemptible capacity: Places the target asset instance on a shared host using preemptible capacity.
Capacity reservation: Places the target asset instance on a shared host and have the count against a capacity reservation.
Dedicated host: Places the target asset instance on a dedicated virtual machine host.
Select the subnet.
Specify the block volume performance. Select Custom if you want to modify the block volume performance.
Configure the network for the target asset instance, as required.
If you select VCN in target compartment, you can specify the VCN to which the migrated VMs are connected.
If you select Subnet in target compartment, you can specify the subnet to which the migrated VMs are connected.
Click Configure.
Next, you can generate a Resource Manager stack.
Solution Playbooks


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

Solution playbooks are targeted, cross-product explanations and architectures showing how to handle or implement a specific scenario on Oracle Cloud Infrastructure. They are available from the Oracle Cloud Infrastructure Architecture Center.

Extend SaaS Applications with a Cloud Native Approach

The Extend SaaS Applications with a Cloud Native Approach solution playbook shows how to design a SaaS extension for Oracle Fusion Applications Cloud Service using a Cloud Native approach.

In this high-level design, OCI Functions serves as the back-end implementation of a REST API, secured by Oracle Identity Cloud Service. Authentication is handled by Oracle Cloud Infrastructure API Gateway.
Overview of Migrating Applications

Supported Applications
Supported Regions
Service Limits
Service Events
Accessing Oracle Cloud Infrastructure
Authentication and Authorization
Performing a Diagnostic Reboot

Required IAM policy
Before You Begin
Supported Shapes
Using the Console
Using the API
Using the CLI
Viewing and Understanding the Risk Score


The risk score in Cloud Guard provides a rough estimate of the risk level to your environment that's posed by the problems that Cloud Guard detects.

The risk score is related to the number and severity of problems. In general, organizations with many more resources are likely to have more problems, and thus a higher risk score. The risk score is closely related to the "potential surface area" of risk. If you have many OCI resources, you might have an excellent security score (overall assessment) and still have a higher risk score.

Viewing the Risk Score
Open the navigation menu and click Identity & Security. Under Cloud Guard, click Overview.
View the Risk score tile in the top center.
How the Risk Score Is Calculated
The numeric risk score is updated every 15 minutes, and it reflects the total number of problems that Cloud Guard has detected, the risk level of each problem, and the types of resources involved.

Different categories of resources are more sensitive to security threats and that sensitivity weights the scoring. For example, users (IAM) and buckets (Object Storage) are considered more sensitive, based on factors such as how easy they are to access and how they can be used as a target of attack.

The raw risk score that’s calculated is normalized to fall within the range of 0 to 9,999. A risk score of zero would mean that no problems were detected for any resources.

A high risk score generally indicates a larger number of problems with higher risk levels (HIGH or CRITICAL). If the problems and the resources involved are less sensitive, a large number of problems doesn’t produce a high risk score.

A security best practice is to give priority to addressing the problems with the highest risk levels, that Cloud Guard detects on the most sensitive resources. Following this best practice produces the greatest reduction in the risk score.
 Note



The risk score reflects monitoring for the past 30 days. Cloud Guard updates the risk score calculation continuously, every 15 minutes. The exact time period for the risk score calculation advances by 15 minutes each time it's calculated.
MySQL Heatwave
.

Get Started
Getting Started
DB Systems
Connecting
Importing and Exporting
Related Content
Rest API
Command Line Reference
More Resources
MySQL Documentation
Tutorial - Launching Your First Linux Instance

Task Flow to Launch an Instance
Guided Onboarding


This section details the sign up process for OracleDB for Azure using the guided onboarding option.

Guided onboarding is provided for customers who do not want to grant OracleDB for Azure all the Azure permissions required for fully automated onboarding.

For these customers, we offer a guided path that breaks the three onboarding steps into the discrete tasks described in the following topics:

Account Linking
Subscription Linking
Identity Federation (optional)