Jay-Rajput/oci_data huggingface dataset:
Postinstallation Administration


After the Compute Cloud@Customer infrastructure is installed and connected to Oracle Cloud Infrastructure (OCI), you need to perform additional administrative tasks before you can create resources such as virtual cloud networks, instances, and storage on the Compute Cloud@Customer infrastructure.

 Note



The tasks you performed in Preparing Your Tenancy (creating a user, compartment, policies, and a VCN) are used only to establish the connection between OCI and the Compute Cloud@Customer infrastructure. These resources aren't intended to be used for organizing your cloud resources. You need to create similar IAM and network resources for organizing and isolating your cloud resources.

Start by securing Compute Cloud@Customer. Perform initial security tasks such as securing the hardware, your tenancy, and the network. See Securing Compute Cloud@Customer.

After security administration, postinstallation administration tasks you perform depend on the state of your tenancy.

If your Identity Access Management (IAM) resources such as users, groups, compartments, and policies are already set up in your tenancy, the IAM configuration in your tenancy is automatically synchronized on the Compute Cloud@Customer infrastructure. Administrators can begin to create cloud resources on Compute Cloud@Customer.

If your tenancy is new, or if you need to update IAM resources to accommodate Compute Cloud@Customer, you need to configure these resources in your tenancy before creating cloud resources on the Compute Cloud@Customer infrastructure:

Users: Create user accounts for people who manage Compute Cloud@Customer resources.

Groups: Create groups and add users to groups.

Compartments: Create compartments to organize and secure your Compute Cloud@Customer resources.

Policies: Create policies to restrict access to Compute Cloud@Customer resources.

Defined tags: (Optional) Create defined tags to organize resources based on your business needs. Note that free-form tags are created when you create resources on the Compute Cloud@Customer infrastructure. See Tagging Resources on Compute Cloud@Customer.

These Compute Cloud@Customer IAM resources are managed in your tenancy, not on the Compute Cloud@Customer infrastructure. The tenancy IAM configuration is synchronized to the Compute Cloud@Customer infrastructure every ten minutes or so.

The way you perform these tasks depends on the tenancy type – either with or without Identity Domains. For more information about tenancy types on Compute Cloud@Customer, see IAM Overview.

If you're new to Compute Cloud@Customer, one way to learn about creating cloud resources is to create a sample instance. See Tutorial: Launching Your First Instance.
Managing Logs


DevOps logs emit all the DevOps project resources logs.

The DevOps service uses the Oracle Cloud Infrastructure (OCI) Logging service to manage logging. See Logging Overview for general information on logging, including how to name log files and create log groups.

This section includes the following topics:

Creating logs
Enabling logs
Editing logs
Disabling logs
Deleting logs
Supported Encryption Domain or Proxy ID


The IPSec protocol uses Security Associations (SAs) to determine how to encrypt packets. Within each SA, you define encryption domains to map a packet's source and destination IP address and protocol type to an entry in the SA database to define how to encrypt or decrypt a packet.

 Note

Other vendors or industry documentation might use the term proxy ID, security parameter index (SPI), or traffic selector when referring to SAs or encryption domains.

There are two general methods for implementing IPSec tunnels:

Route-based tunnels: Also called next-hop-based tunnels. A route table lookup is performed on a packet's destination IP address. If that route’s egress interface is an IPSec tunnel, the packet is encrypted and sent to the other end of the tunnel.
Policy-based tunnels: The packet's source and destination IP address and protocol are matched against a list of policy statements. If a match is found, the packet is encrypted based on the rules in that policy statement.

The Oracle Site-to-Site VPN headends use route-based tunnels but can work with policy-based tunnels with some caveats listed in the following sections.

Encryption domain for route-based tunnels
Encryption domains for policy-based tunnels
 Expand All Expandable Areas
Creating User Permissions

Using the Console
Managing Scheduled Jobs and Work Requests

Scheduled Jobs
Work Requests
Work Request States
Using the Console
Using the API
Using the Python SDK to Generate Compliance Reports
Cloud Operating Model
?
Tagging Attributes


Annotate attributes by linking them to the existing data catalog tags.

Console
CLI
API
On the Home tab of the instance for which you want to annotate attributes, click the + icon next to it, and select Attributes.
On the Attributes page, select the check box next to the attribute that you want to annotate. You can select more than one attribute at a time.
Click Link Tags.
In the Link Tag panel, select the tags that you want to use to annotate the attribute.
 Important

You can link attributes only with the existing tags.
Click Link.
To remove a tag, follow these steps:
From the Attributes page, select the attribute for which you want to remove the tag.
In the attribute details page, under the Summary tab, go to the Tags section.
In the Tags field, click the remove icon next to the tag.
Frequently Asked Questions

Top FAQs for Administration
Top FAQs For Backup and Restore User Content (Snapshots)
Top FAQs For Disaster Recovery
Top FAQs for Public or Private Endpoint Security
Top FAQs for Network Security Groups
Top FAQs for Private Data Sources
Top FAQs for Vanity URLs
Top FAQs for Data Encryption



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
Oracle Integration 3
.

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
Training
IAM Identity Domain Types

Understand Identity Domain Types
Feature Availability for Identity Domain Types
IAM Identity Domain Object Limits
Data Types for Custom Attributes
API Rate Limits
Meters for Identity Domain Types
Changing your Identity Domain Type
Creating and Saving a Model to the Model Catalog


Create a model and save it to the model catalog by using the ADS SDK, OCI Python SDK, or the Console.

 Important



We recommend that you create and save models to the model catalog programmatically instead, either using ADS or the OCI Python SDK.

You can use ADS to create large models. Large models have artifacts between 2 and 6 GB.

Creating and Saving a Model with the ADS SDK
Creating and Saving a Model with the OCI Python SDK
Creating and Saving a Model with the Console
Exporting a Large Model Artifact
Importing a Large Model Artifact
Perform Prerequisites for Deploying Management Agents

Set Up Oracle Cloud Infrastructure for Management Agent Service
Generic Prerequisites for Deploying Management Agents
Managing User Credentials

Working with Console Passwords and API Keys
Working with Auth Tokens
Working with Customer Secret Keys
Working With OAuth 2.0 Client Credentials
Working with SMTP Credentials
Working with IAM Database User Names and Passwords
Using the Console



For more information click here https://docs.oracle.com/en-us/iaas/Content/Identity/access/managing-user-credentials.htm#forgotpassword
Running Applications on GPU Nodes

Defining a pod to run only on nodes that have a GPU
Defining a pod to run only on nodes that do not have a GPU
GPU shapes supported by Container Engine for Kubernetes
Publishing Listings


Learn about the role of publishers in Oracle Cloud Infrastructure (OCI) Marketplace.

Applications listed in OCI Marketplace are provided by publishers. Publishers belong to the Oracle PartnerNetwork. Oracle reviews and approves the applications submitted by publishers. If you would like to become a publisher, see How do I become a marketplace publisher? in the Oracle Cloud Marketplace Partner Portal documentation.

If you want to share a custom image that you imported to Oracle Cloud Infrastructure through Compute, see Publishing Community Applications.
Cloning File Systems

Cloning Concepts
Limitations and Considerations
Metering and Billing
Required IAM Service Policy
Copyright © 2023, Oracle and/or its affiliates.
About Oracle
Contact Us
Legal Notices
Terms of Use & Privacy
Document Conventions
Deleting an Image


Find out how to delete an image from Container Registry.

When you no longer need an image or you want to clean up the list of image versions in a repository, you can delete images from Container Registry.

Your permissions control which images you can delete (see Policies to Control Repository Access). You can delete images from repositories that you've created, and from repositories that the groups to which you belong have been granted access by IAM policies. If you belong to the Administrators group, you can delete images from any repository in the tenancy.

In addition to deleting individual images as described in this topic, you can set up image retention policies to delete images automatically based on selection criteria that you specify. See Retaining and Deleting Images Using Retention Policies.

When you delete an image, it can take up to 48 hours for the deletion to take effect and for storage to be released. If you're deleting images to release storage, you can also contact us to obtain more storage.

You can undelete an image that you've previously deleted, for up to 48 hours after you deleted it (see Undeleting (Restoring) an Image). After that time, the image is permanently removed from Container Registry.

Console
CLI
API

To delete an image from Container Registry using the Console:

Open the navigation menu and click Developer Services. Under Containers & Artifacts, click Container Registry.
Select the region that contains the registry.

Select the compartment that contains the image.

The Repositories and images field lists the repositories in the selected region and compartment to which you have access.

Click the plus (+) button beside the name of the repository that contains the image you want to delete.

Below the name of the repository, the images in the repository are listed, identified by the version identifier of each image.

From the list, select the image that you want to delete.
Click Delete image and confirm that you want to delete the image.
Troubleshooting Data Transfer

General
Appliance-Based Data Transfers
Disk-Based Data Transfers
Troubleshooting Instances Using Instance Console Connections

Required IAM Policies
Before You Begin
Installing an SSH Client and a Command-line Shell (Windows)
Creating SSH Key Pairs
Signing in to an instance from the serial console (optional)
Connecting Through Firewalls
Supported Instance Types
Using Cloud Shell to Connect to the Serial Console
Creating the Instance Console Connection
Making a Local Connection to the Serial Console
Validating Server Host Keys
Connecting from Mac OS X and Linux Operating Systems
Connecting from Windows Operating Systems
Connecting to the VNC Console
Troubleshooting Instances from Instance Console Connections
Linux
Windows
Exiting the Instance Console Connection
Tagging Resources
Oracle Cloud Infrastructure Security Guide


Oracle Cloud Infrastructure enables enterprises to migrate their mission-critical workloads to the cloud while continuing to maintain the same security posture. Reduce the overhead of building and operating data center infrastructure without sacrificing security.

With Oracle Cloud Infrastructure, enterprise customers get maximum control of and transparency into their applications running in the cloud, including:

Customer isolation that allows you to deploy your application and data assets in an environment that commits full isolation from other tenants and Oracle’s staff, as well as between the same tenant’s workloads.
Always-on encryption that protects customer data at-rest and HTTPS-only public APIs.
Easy-to-use IAM policies that allow you to constrain access to your services, and to segregate operational responsibilities to reduce risk associated with malicious and accidental user actions.
Security zone policies that allow you to be confident that your resources comply with security principles and best practices related to encryption, network access, and so on.
Detection of security weakness in resource configuration, and detection of risky activities performed by operators and end users.
Comprehensive log data that allows you to audit and monitor actions on your resources, helping you to meet your audit requirements while reducing security and operational risk.
Identity federation that allows you to use your existing users and groups in the cloud.
Fault-independent data centers that enable high availability scale-out architectures and are resilient against network attacks, ensuring constant uptime in the face of disaster and security attack.
Support for third-party software solutions for protecting customer data and resources in the cloud.
Rigorous internal processes and use of effective security controls in all phases of cloud service development and operation.
Adherence to Oracle’s strict security standards through third-party audits, certifications, and attestations. Oracle helps customers demonstrate compliance readiness to internal security and compliance teams, and to their customers, auditors, and regulators.

All Oracle Cloud Infrastructure security capabilities have been designed with one goal in mind: allowing you to run your mission-critical workloads in the cloud with complete control and confidence. Oracle continues to invest in these areas and more to offer unmatched security and assurance to enterprise customers.

For a general overview of Oracle Cloud Infrastructure security concepts, see Security Overview.
For an overview of the security services in Oracle Cloud Infrastructure, see Security Services.
For an overview of the security capabilities in core services like Compute, Networking, and Block Volume, see Security for Core Services.
For general recommendations on getting started with Oracle Cloud Infrastructure security, see Securing Your Tenancy.
For service-specific best practices and policy examples, see Security Best Practices.
Buy an Oracle Cloud Subscription

About Bring Your Own License Subscriptions
About Universal Credits
Upgrade Your Free Oracle Cloud Promotion
Activate Your Order from Your Welcome Email
Verify That Your Services Are Ready
Adding API Gateway Back Ends


Find out how to add different types of back end to API gateways with the API Gateway service.

Read about how to add different types of back end to API gateways:

Adding an HTTP or HTTPS URL as an API Gateway Back End
Adding a Function in OCI Functions as an API Gateway Back End
Adding Stock Responses as an API Gateway Back End
Adding Logout as an API Gateway Back End
Management Agent Metrics

Overview of the Management Agent Service Metrics
Prerequisites
Available Metrics: oci_managementagent
Set Up Default Alarms Using Marketplace Application
Using the Console
Using the API
Hadoop Support


Using the HDFS connector, you can run Hadoop or Spark jobs against data in the Oracle Cloud Infrastructure Object Storage service. The connector has the following features:

Supports read and write data stored in Object Storage
Is compatible with existing buckets of data
Is compatible with Hadoop 2.7.2

﻿For information about downloading, configuring, and using the HDFS connector, see HDFS Connector for Object Storage.
Digital Assistant
s and Skills
Order the Service and Provision an Instance
Get Started with the Service
Create, Configure, and Version Skills
Related Content
REST API Reference
SDKs
More Resources
Tutorials
Learning
Tech Exchange
Solutions
Tech Videos
Oracle Skills
Oracle Help Center
Copyright © 2021, Oracle and/or its affiliates.
About Oracle
Contact Us
Legal Notices
Terms of Use & Privacy
Document Conventions
Cookie Preferences
Signing Function Images and Enforcing the Use of Signed Images from Registry

Required IAM Policies for Enforcing the Use of Signed Images
Obtaining Encryption Keys with which to Sign Function Images (if they don't exist already)
Creating a Signature Verification Policy for an Application
Using the Fn Project CLI to Sign a Function Image for Deployment in an Application With a Signature Verification Policy
Using the OCI CLI to Sign a Function Image for Deployment in an Application With a Signature Verification Policy
Creating a Model Deployment

Using the OCI Python SDK
Notebook Examples
Overview of MySQL HeatWave Service


MySQL HeatWave Service is a fully managed Oracle Cloud Infrastructure native service, developed, managed, and supported by the MySQL team in Oracle.

Oracle automates tasks such as backup and recovery, and database and operating system patching. You are responsible solely for managing your data, schema designs, and access policies.

 Note

This documentation is intended for MySQL Server administrators and assumes familiarity with MySQL Server and tools. For MySQL Server details, see MySQL Documentation.
Ways to Access MySQL HeatWave Service
Features of MySQL HeatWave Service
Managing a DB System


Use the Console to manage a MySQL DB system.

Checking the State of a DB System
Starting, Stopping, or Restarting a DB System
Editing a DB System
Deleting a DB System
Checking the Storage of a DB System
Increasing the Storage of a DB System
Enabling or Disabling Crash Recovery
Enabling or Disabling Database Management
Changing the Timezone of a DB System
Viewing DB System Details
Viewing Performance Hub
Managing Tags
Tutorial - Launching Your First Windows Instance

Task Flow to Launch a Windows Instance
Welcome to Oracle Cloud Infrastructure

How do I get started?
Overview of OS Management Hub

Resource Identifiers
Retention Policy
Authorization and Authentication
Tagging Resources
Ways to Access Oracle Cloud Infrastructure
Run Applications

Understand Runs
Data Science
 Professional
Discover Model Deployments
Set up IAM policies
Use your own container
Create model deployments
Set up predict endpoints
View model deployment metrics
Functions samples repository and Cloud Shell quick start
Explore Conda Environments
Learn about condas
Install condas
Publish a conda to a bucket
Select a kernel
Copy a conda to another region
Conda notebook examples
Troubleshooting
Use logging
Jobs
Metrics
Model deployment
Notebook sessions
Review known issues
Process Automation

Before You Begin
Set Up Users, Groups, and Policies
Related Content
Provision and Manage Instances
Monitor Instances
REST API
Service Instance REST API Reference
More Resources
Documentation
Tutorial
Creating Automation Using Events

References for Using the Events Service
Editing a Data Asset


Modify the name and description of a data asset, add tags, add connections, or change the default connection.

To edit data assets and to add or remove tags, see:

Editing the Name and Description
Editing Data Asset Custom Properties
Adding and Removing Tags
Getting Started with Artifact Registry


To start uploading artifacts in Artifact Registry, perform the following tasks:

Manage Access to Artifact Registry.
Create a Repository.
Upload Artifacts.
Setting Up Storage for Kubernetes Clusters


Find out how to define and apply persistent volume claims to clusters you've created using Container Engine for Kubernetes (OKE). With Oracle Cloud Infrastructure as the underlying IaaS provider, you can provision persistent volume claims by attaching volumes from the Block Volume service or by mounting file systems from the File Storage service.

Container storage via a container's root file system is ephemeral, and can disappear upon container deletion and creation. To provide a durable location to prevent data from being lost, you can create and use persistent volumes to store data outside of containers.

A persistent volume offers persistent storage that enables your data to remain intact, regardless of whether the containers to which the storage is connected are terminated.

A persistent volume claim (PVC) is a request for storage, which is met by binding the PVC to a persistent volume (PV). A PVC provides an abstraction layer to the underlying storage.

With Oracle Cloud Infrastructure, you can provision persistent volume claims:

By attaching volumes from the Oracle Cloud Infrastructure Block Volume service. The volumes are connected to clusters created by Container Engine for Kubernetes using CSI (Container Storage Interface) or FlexVolume volume plugins deployed on the clusters. Oracle recommends the CSI volume plugin since the upstream Kubernetes project deprecates the FlexVolume volume plugin in Kubernetes version 1.23. See Provisioning PVCs on the Block Volume Service.
By mounting file systems in the Oracle Cloud Infrastructure File Storage service. The File Storage service file systems are mounted inside containers running on clusters created by Container Engine for Kubernetes using a CSI (Container Storage Interface) volume plugin deployed on the clusters. See Provisioning PVCs on the File Storage Service.

By default, Oracle encrypts customer data at rest in persistent storage. Oracle manages this default encryption with no action required on your part.

For more information about persistent volumes, persistent volume claims, and volume plugins, see the Kubernetes documentation.

 Note



The information in this section only applies to managed node pools and managed nodes, and to self-managed nodes. The information in this section does not apply to virtual node pools and virtual nodes. Containers running on virtual nodes cannot access persistent storage.
Managing Configuration Source Providers

Required IAM Policy
Supported Products
Known Issues for Email Delivery

JavaMail issues occur when many recipients are set in an email and one or more of the email addresses are suppressed
Error occurs when attempting to add a suppression from a compartment other than root
Unable to access SMTP credentials for older federated tenancies
Using Replication

About Object Storage Replication
Required IAM Policies
Scope and Constraints
Interaction Between Replication and Other Object Storage Features
Stopping Replication
Troubleshooting Replication
Processing and Resolving Problems on the Problems Page


View, sort, and filter the list of problems detected. View details for individual problems, and take actions on problems individually or in groups.

About the Problems Page provides an introduction to how the Problems page works.

You can perform the following tasks from the Problems page:

Listing Problems and Getting Their Details
View, sort, and filter the list of problems detected.
Resolving a Problem
After you determine how you want to handle a particular problem, you can implement the resolution from the Problem Details page or the Problems page.
Viewing and Processing Recommendations
Use the Recommendations page to quickly locate and resolve the highest priority problems that Cloud Guard has detected.
Supported Extensions for OCI Database with PostgreSQL


OCI Database with PostgreSQL supports the following extensions.

btree_gin
btree_gist
citext
cube
dict_int*
fuzzystrmatch
hstore
intarray
isn
lo
ltree
pg_trgm
pgcrypto
plpgsql
pg_stat_statements**
seg
tablefunc*
tcn
tsm_system_rows
tsm_system_time
unaccent*

*Not all functionality can be enabled for this extension.
**There's currently a known issue preventing this extension from being created.

For more information about extensions, see the related PostgreSQL documentation.

Stored Procedure Support

OCI Database with PostgreSQL supports the PL/pgSQL stored procedure language.
Diagnosing Load Balancer Issues Using Smart Check

Using the Console
Network Path Analyzer
 Tasks
Block Volume
 learning videos