Jay-Rajput/oci_data huggingface dataset:
Deploying an API on an API Gateway by Creating an API Deployment

Using the Console to Create an API Deployment from Scratch
Using the Console to Create an API Deployment from a JSON File
Using the Console to Create an API Deployment from an API Resource
Using the CLI
Using the API
Approving an Access Request


Approve an access request that's assigned to you in Managed Access.

Console
CLI
API
Open the navigation menu and click Identity & Security on the main menu, and then click Managed Access.
Click Access requests.

Requests that are in the Waiting state are ready for review.

Select the request you want to manage.
Click the Approve, Decline, or Revoke button.
Click Save.
Overview of Connector Hub

How Connector Hub Works
Speed of Data Movement
Delivery Details
Connector Hub Concepts
Flow of Data
Logging Source
Monitoring Source
Streaming Source
Targets
Availability
Resource Identifiers
Ways to Access Connector Hub
Authentication and Authorization
Access to Connector Hub
Access to Source, Task, and Target Services
Default Policies
Custom Policies
Limits on Connector Hub
Deactivated Connectors
Security
Updating Cluster Properties


Find out how to modify properties of existing Kubernetes clusters you've created using Container Engine for Kubernetes (OKE).

You can use Container Engine for Kubernetes to modify the properties of existing Kubernetes clusters.

You can change:

the name of a cluster
the number of node pools in a cluster by adding new node pools, or deleting existing node pools
the version of Kubernetes to run on control plane nodes
the enforcement of pod security policies
access details for a cluster's Kubernetes API endpoint
some properties of node pools and worker nodes (see Modifying Node Pool and Worker Node Properties)

However, note that you cannot change the master encryption key (if specified when the cluster was created).

Also note that you must not change the auto-generated names of resources that Container Engine for Kubernetes has created (such as the names of worker nodes).

You can modify the properties of a cluster using the Console, the CLI and the API. See Updating a Cluster.
Using Metastore in OCI Data Flow


After you create a metastore in Data Catalog, you can create, manage, and run applications in OCI Data Flow to enable them to read or write to a Hive Metastore.

For information about the policies for Data Flow users, see Hive Metastore Policies.

Data Flow Applications
The following types of OCI Data Flow applications use the Metastore to store and retrieve the metadata of objects:
Spark-Submit Data Flow Application
Java or Scala Data Flow Application
PySpark Data Flow Application
SQL Data Flow Application
For more information, see Create Applications.
Data Catalog Metastore

Required IAM Policies for Coarse-grained Access Control
Additional Resources
Sign In to the Console

Supported Browsers
Signing In for the First Time
Next Steps
Permissions Granted to Containers Running Functions


Find out about the permissions granted to containers running functions with OCI Functions.

When a function you've deployed to OCI Functions is invoked, it runs inside a container. The operations that a container can perform are determined by the user ID (UID) and group ID (GID) specified when the container is started. If a UID or GID is not specified, the container runs processes as the root user, with all the default capabilities enabled.

When starting a container to run a function, OCI Functions always specifies a user named 'fn' with a UID of 1000, and a group name 'fn' with a GID of 1000. No privileges are granted to UID 1000 and GID 1000, so the container (and the function running inside it) does not acquire the default capabilities listed in the Docker documentation. In addition, the container is prevented from gaining privileges.

As a result, do not create and deploy functions that:

depend on capabilities that are unavailable
depend on privilege elevation (for example, su, sudo or setuid)

If you are using your own Dockerfile, include the following lines:

Copy
groupadd --gid 1000 fn && \
adduser --uid 1000 --gid fn fn

For example:

FROM oraclelinux:7-slim

RUN  yum -y install oracle-release-el7 oracle-nodejs-release-el7 && \
     yum-config-manager --disable ol7_developer_EPEL && \
     yum -y install oracle-instantclient19.3-basiclite nodejs && \
     rm -rf /var/cache/yum && \
     groupadd --gid 1000 fn && \
     adduser --uid 1000 --gid fn fn

WORKDIR /function
ADD . /function/
RUN npm install

CMD exec node func.js

Note that if you do not include the groupadd and adduser lines in the above example Dockerfile, you will see the following error message:

cx_Oracle.DatabaseError: ORA-12560: TNS:protocol adapter error
Images for Compute Cloud@Customer Instances


On Compute Cloud@Customer, an image is a template of a virtual hard drive. The image provides the OS and other software for a compute instance. You specify an image to use when you create a compute instance.

These are the types of images you can use to create a compute instance:

Platform images: Compute Cloud@Customer includes Oracle Linux and Oracle Solaris images. These included images are available in every compartment of every tenancy. These images don't need to be downloaded or imported to access them to create an instance. See Compute Cloud@Customer Platform Images.

Custom images: You can create a custom image of a compute instance's boot disk and use it to create other compute instances. Instances you create from your image include the customizations, configuration, and software installed when you created the image. See Managing Custom Images.

Bring your own image (BYOI): You can bring your own versions of images to the cloud as long as the underlying hardware supports it. See Bring Your Own Image (BYOI).

For a list of Oracle tested OSs, see Guest Operating Systems.

 Note

Images for Compute Cloud@Customer must have paravirtualized network devices and boot volumes. SR-IOV network devices and iSCSI boot volumes are not supported.
Managing Authentication Settings

Required IAM Policy
Working with Password Policy Rules
When Do Changes to Password Policy Rules Take Effect
About the Password Policy Rules
Using the Console to Manage Password Policy Rules
Working with Network Source Restrictions in Authentication Policy
Using the Console to Manage Network Source Restrictions
Using the API to Work with Authentication Settings
Working with Volume Groups

Tasks
Required IAM Policy
About Volume Groups
Volume Group Replication
Volume Group Backups
Getting Started with Spark Streaming

Connecting to Oracle Cloud Infrastructure Streaming
Connecting to a Streaming Source in a Private Subnet
Records
 Tasks



For more information click here https://docs.oracle.com/en-us/iaas/Content/DNS/Reference/supporteddnsresource.htm#supported-records
Setting Up Cluster Access

Setting Up Cloud Shell Access to Clusters
Setting Up Local Access to Clusters
Notes about Kubeconfig Files
Upgrading Kubeconfig Files from Version 1.0.0 to Version 2.0.0
Find Your Volume in the Instance

Identifying the Boot Volume and the Attached Block Volume Devices in the Instance Using Linux Commands
Organization Management Overview

Planning Considerations
Required IAM Policy
Creating a New Child Tenancy
Inviting an Existing Tenancy
Viewing Invitations
Revoking Invitations
Removing an Invited Tenancy
Deleting a Child Tenancy
Subscription Mapping
Using Governance Rules
Troubleshooting Rules that Need Attention
Using the API
Cost Reporting Integration
Support
Boot Volumes

Custom Boot Volume Sizes
Boot Volume Performance
Cross-Region Boot Volume Replication
Required IAM Service Policy
Using the Console
Using the API
Next Steps


Use the best practices in the Oracle Cloud Infrastructure Cloud Adoption Framework (CAF) to reflect on your first cloud adoption initiative and build momentum for future cloud transformation.

After following the recommendations in the CAF, the enterprise architect should be able to report back to your organization's cloud center of excellence (CCOE) on the results of your initial cloud adoption initiative.

The enterprise architect should also identify other cloud opportunities, and in cooperation with the CCOE, prioritize them based on your organization's business goals. New opportunities can generate a workload pipeline and help your organization to develop a roadmap for future cloud transformation.
Linking Glossary Terms to Data Objects


Annotate your data entities and attributes by linking them to glossary categories, subcategories, or terms.

To link glossary terms to data entities and modify them, see:

Linking Data Entities
Modifying Terms Linked to Data Entities
Linking Attributes
Modifying Terms Linked to Attributes
Viewing Linked Objects From a Glossary

You can link recommended categories and terms to data entities or attributes.
HDFS Connector for Object Storage

Requirements
Configuring JVM TTL for DNS Name Lookups
Installation
Properties
Using Instance Principals for Authentication
Using Resource Principals for Authentication
Using the Jersey Default HttpUrlConnectorProvider
Connection Pooling in HDFS
Dedicated Endpoints
Configuring a HTTP Proxy
Large Object Uploads
Best Practices
URI Format for Filesystems and Files
Logging
Sample Hadoop Job
Troubleshooting
Contributions
Notifications
Questions or Feedback
Create and Edit Oracle Integration Generation 2 Instances


Create and edit Oracle Integration Generation 2 instances in the Oracle Cloud Infrastructure Console.

 Note



As a tenancy administrator, you have the permissions required to create and edit Oracle Integration instances. To allow other users to perform these tasks, you must complete the steps to set up users and groups for access to Oracle Integration. These steps differ depending on whether or not your cloud account uses identity domains. See About Setting Up Users, Groups, and Policies.

Topics:

Create an Oracle Integration Instance

Access an Oracle Integration Instance

Edit the Edition, License Type, Message Packs, and Custom Endpoint of an Instance

Increase the Number of Instance Message Packs from the Command Line

View Instance Details

Stop and Start an Oracle Integration Instance

Move an Instance to a Different Compartment

Delete an Instance

Create an Access Token to Provision an Instance with the CLI, REST API, or SDKs

Create an Oracle Integration Instance Using a Terraform Script
Managing Software Sources


Software sources are software repositories which provide packages and module streams to instances, groups, and lifecycle environments.

About Software Sources
Understanding Software Sources
Adding and Creating Software Sources
Adding Vendor Software Sources
Creating a Custom Software Source
Modifying Custom Software Sources
Editing the Basic Details of a Custom Software Source
Editing Filters for a Custom Software Source
Adding Vendor Software Sources to a Custom Software Source
Removing Vendor Software Sources from a Custom Software Source
Viewing Software Source Information
Listing Software Sources
Listing Software Sources Attached to an Instance
Viewing Software Source Details
Attaching and Detaching Software Sources
Attaching Software Sources to a Group
Attaching Software Sources to an Instance
Detaching Software Sources from a Group
Detaching Software Sources from an Instance
Promoting a Versioned Custom Software Source to a Lifecycle Stage
Promoting a Versioned Custom Software Source to a Lifecycle Stage
Removing Software Sources
Removing Software Sources from the Service
Removing Vendor Software Sources from a Custom Software Source



For more information click here https://docs.oracle.com/en-us/iaas/osmh/doc/software-sources.htm
Dedicated Regions

Console URL
Service Endpoint Patterns
Oracle Cloud Infrastructure US Federal Cloud with DISA Impact Level 5 Authorization

Compliance with Defense Cloud Security Requirements
US Federal Cloud with DISA Impact Level 5 Authorization Regions
US Federal Cloud with DISA Impact Level 5 Authorization Console Sign-in URLs
US Federal Cloud with DISA Impact Level 5 Authorization API Reference and Endpoints
Oracle YUM Repo Endpoints
SMTP Authentication and Connection Endpoints
SPF Record Syntax
Services Not Supported in US Federal Cloud with DISA Impact Level 5 Authorization
Access to Multiple US Federal Cloud with DISA Impact Level 5 Authorization Regions
Additional Information for US Federal Cloud with DISA Impact Level 5 Authorization Customers
Setting Up Certificate Authentication

Task 1: Allow the Network Firewall service to access Vault secrets
Task 2: Create a vault and master key to store the certificate
Task 3: Store the certificate
Task 4: Create secrets in the vault
Next Steps
High Availability

HA Concepts
Choosing an HA Approach
Measuring HA
HA Design Considerations
Explore More



For more information click here https://docs.oracle.com/en-us/iaas/mysql-database/doc/high-availability.html
Networking

Creating a Virtual Cloud Network
Adding Ingress Rules for a Compute Instance, Bastion Session or VPN Connection
Adding Ingress Rules for a Network Load Balancer



For more information click here https://docs.oracle.com/en-us/iaas/mysql-database/doc/networking.html
Deleting a Media Workflow


Delete a media workflow using the Console, CLI, or API in Media Flow.

Console
CLI
API
Open the navigation menu and click Analytics & AI. Under Media Services, click Media Flow.
On the Media Workflows list page, select the compartment containing the media workflow that you want to delete.
Click the name of the media workflow that you want to delete.
On the Media Workflow details page, from More actions, select Delete.
In the Confirm dialog box, type the name of the workflow to confirm deletion.
Click Delete.
The media workflow gets deleted. A deleted media workflow is permanently purged after 90 days.
Securing Database

Security Policy Examples
Creating a Group

Using the Console



For more information click here https://docs.oracle.com/en-us/iaas/osmh/doc/create-group.htm#top
Deleting a Custom Property


When you delete a custom property that is associated with one or more data catalog objects, the custom property is no longer displayed in the data catalog object details.

Console
CLI
API
On the Home tab of the instance for which you want to delete the custom properties, click Custom Properties.
On the Custom Properties page, click the name of the custom property that you want to delete.
On the details page of the custom property, click Delete.
In the Delete Custom Property dialog box, type Delete to confirm and click Delete.
A delete job is created and the custom property gets deleted.
Troubleshooting Network Firewall


Use troubleshooting information to identify and address common issues that can occur while working with Network Firewall.

Firewall Creation Fails
Traffic is Not Reaching the Firewall
Overview of Container Engine for Kubernetes

Ways to Access Oracle Cloud Infrastructure
Creating Automation with Events
Resource Identifiers
Authentication and Authorization
Container Engine for Kubernetes Capabilities and Limits
Required IAM Service Policy
Adding Request Validation to API deployments

Using the Console to Add Validation Request Policies
Editing a JSON File to Add Validation Request Policies
Upgrading the Fn Project CLI

Steps to upgrade the Fn Project CLI
Advance Notice of Mandatory Requirement to Upgrade the Fn Project CLI, April 2021
Troubleshooting IAM with Identity Domains


Use troubleshooting information to identify and address common issues that can occur while working with IAM with Identity Domains.

App Gateway
Upgrading App Gateway for Cloud Gate
Compartments
E-Business Suite Asserter
Microsoft AD Bridge
RADIUS Proxy
Common HTTP Status Codes


HTTP status codes that Document Understanding often returns.

HTTP status codes and their meanings often returned by Document Understanding.
HTTP Status Codes
HTTP Code	Description
201 Accepted the request	Returned when the response is successful.
400 Bad Request	There is a client error. Check the request URI, headers, and body.
401 Unauthorized	

The request lacks valid authentication credentials. Confirm the proper policies have been added. The policies, including those for accessing Object Storage, if the pretrained or customer models need access to Object Storage.


404 Not Found	The resource cannot be found. Check the request to confirm you're accessing the correct resource.
409 Conflict	The request conflicts with the current state of the resource.
429 Too Many Requests	The requests are being throttled. If you need to increase your limits, please log a ticket with Oracle Support.
500 Internal Server Error	The server encountered an unexpected issue.
Typical Workflow


Describes the steps to start using Big Data Service.

Before You Begin

Before you start setting up the Big Data Service service for use, you must have:

An Oracle Cloud Infrastructure account with administrator privileges
Access to the Big Data Service service
Tasks	More information
Set up user resources	

In Oracle Cloud Infrastructure Identity and Access Management (IAM), create your compartments, users, and groups of users.

Managing Compartments
Managing Users
Managing Groups



Customer Network and the Cluster Private Network

	

You can set up virtual cloud networks (VCNs) and subnets n Oracle Cloud Infrastructure Networking for Big Data Service. Only regional subnets are supported, and DNS hostnames must be used in the subnets. Depending on the location of your data sources, you might have to create other network objects such as service gateways, network security groups, and Network Address Translation (NAT) gateways.

Networking Overview
Overview of VCNs and Subnets

For data sources in a private network, create a VCN with at least one regional subnet.


Creating IAM Policies	

In Oracle Cloud Infrastructure Identity and Access Management (IAM), create the required policies that give groups of users proper access to Big Data Service resources.

Big Data Service must also have permission to manage the virtual networks and subnets that you set up for integration.

For reference and examples, see Big Data Service Policies and Understanding Big Data Service resources and permissions in IAM policies.


Creating a Cluster	
Accessing Big Data Service
Creating a Cluster

Access a cluster	
Accessing Big Data Service
Connecting to Cluster Nodes with Private IP Addresses
Connecting to a Cluster Node Using SSH
Using Apache Hue
Open Apache Hue
Opening Cloudera Manager
Accessing Big Data Studio
Connecting to Services on a Cluster Using Load Balancer

Scale a cluster	
Adding Nodes to a Cluster
Adding Block Storage to a Cluster
Changing the Shape of a Cluster Node

Explore and visualize data with notebooks	
Using Notebooks

Query data with Cloud SQL	
Using Cloud SQL with Big Data
Adding Cloud SQL
Generating a Resource Manager Stack for a Migration Plan


Generate a Resource Manager stack from a migration plan by using the OCI Resource Manager.

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 that includes the migration plan for which you want to generate RMS.
On the Migration project details page, in the Migration plans section, select the active migration plan for which you want to generate RMS.
On the Migration plan details page, click Generate RMS stack.

At the end of generating an RMS stack, the Migration plan details page includes a link to the RMS stack.

You can now deploy the RMS stack that you have generated.
Troubleshooting Windows NFS Connections


Here are some issues you may run into with Windows NFS Connections to your file system.

Create and Write to File System Fails using Windows NFS
Mounted Drive is Not Visible in File Explorer
Mounted Drive is Not Visible in PowerShell
Mounting from File Explorer Fails With "An Unexpected Error Occurred."
File Copy or Delete is Stuck at 99%
Copy Fails with "Not Enough Free Space" Error
Copying data to File Storage using Robocopy, Terracopy, or Xcopy is slow in Windows
Accessing a Mounted File System is Slow or Fails After a Few Seconds
File and folder names that use non-ANSI characters are garbled
File System Replication

Replication Concepts
How Replication Works
Next Steps
Limitations and Considerations
Cost Considerations for Replication
Recommended Target Regions
Required IAM Service Policy
Image Management


Find out how to manage images in Container Registry.

When working with Container Registry, you perform the following image management tasks:

Getting an Image's Details
Deleting an Image
Undeleting (Restoring) an Image
Unversioning an Image
Retaining and Deleting Images Using Retention Policies
Set Up Users, Groups, and Policies
 in Cloud Accounts That Do Not Use Identity Domains

Oracle Integration Service Roles
Getting an Inventory Asset's Details


View the details of the inventory assets in Oracle Cloud Migrations.

Console
CLI
API
Open the navigation menu and click Migration & Disaster Recovery. Under Cloud Migrations, click Inventory, and then click Inventory assets.
 Note

The Inventory assets page lists all the assets discovered by the asset discovery from the external environment. The listed assets contain metadata that the discovery plugin collects from the external environment assets.
On the Inventory assets page, select the name of the asset for which you want to view the details.
The Asset details page displays details such as asset information, VM configurations, processors, and memory.
You can now create a migration project.
Autonomous Database Serverless
, you do not need to configure or manage any hardware or install any software. Autonomous Database handles provisioning the database, backing up the database, patching and upgrading the database, and growing or shrinking the database. Autonomous Database is a completely elastic service.

Key Features of Autonomous Database
About Autonomous Database Workload Types
Autonomous Database Tutorials
Using the Notebook Explorer to Access Notebook Examples


The notebook session environment includes various interactive example notebooks. You can use them to learn how to use the Data Science service. These examples are designed to help you understand its various features and solve business problems.

Notebook examples are associated with Data Science conda environments. Not all notebook examples run in all conda environments because of differences in the installed packages. Run notebook examples in the appropriate conda environment. All of the example notebooks are stored in Github.

Use Opening a Notebook Session to open the JupyterLab environment. The Launcher tab is opened by default. You can access the library of notebook examples in two ways:

Click the File menu, select New, and then select Notebook Explorer.

In the Launcher tab, under Extensions click Notebook Explorer.

Use Notebook Explorer search and filter features to locate the example notebook that you are interested in. When you open your selected notebook, it is downloaded into your notebook session and opens in a new tab.

 Tip



You can open a new Launcher tab by clicking the plus sign (+) in the File Browser.
Working with Instances


Learn how to use the Instances tab to add new instances, edit existing instances, and select an instance to associate your CEMLIs with.

The following topics are covered in this chapter:

Selecting an Instance

Viewing Instance Details



For more information click here https://docs.oracle.com/en-us/iaas/Content/managed-cloud-self-service/mgdcloudss_working_with_instances.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/Compute/Tasks/instances.htm