Jay-Rajput/oci_data huggingface dataset:
Azure User Groups for OracleDB for Azure Networking, Cost Management, and Support Requests


The Azure user groups discussed in this topic allow you to control user access to Oracle Support Requests (SRs), cost management reports, and OracleDB for Azure networking resources. The "Operations Covered" information in each table details the level of access the Azure user group has for the specified resources. A user group with only "list " and "get" operations has read-only access to resources available to the group. A user group with "create", "update", and "delete" operations can create, manage, and delete the resources available to the user group.

Network and Multicloud Link Resources

The network administrator group allows assigned users to control who can manage Oracle Database Service for Azure networking resources. Networking resources are required when creating dedicated Exadata infrastructure and when creating virtual machine DB systems.

The Multicloudlink Administrator group allows assigned users to manage all aspects of the OracleDB for Azure multicloud link resource. This resource manages links between your azure account your OCI account. It also manages the linking of your Azure subscriptions to OracleDB for Azure, and other cross-cloud configuration.

OracleDB for Azure Network Groups
Group Description	Azure User Group Name	Resource	Operations Covered
OracleDB for Azure Network Administrator	odsa-network-administrators	All OracleDB for Azure networking resources	create, list, get, update
Multicloud Link Administrator	odsa-multicloud-administrators	OracleDB for Azure multicloud link resource in Azure.	
Cost Management

The cost management groups allow you to control who can create and view Oracle Database Service for Azure usage reports.

OracleDB for Azure Cost Management Groups
Group Description	Azure User Group Name	Resource	Operations Covered
Cost management administrator	odsa-costmgmt-administrators	Usage reports	create, list, get, update
Cost management reader	odsa-costmgmt-readers	Usage reports	list, get
Oracle Service Requests

The Oracle Support groups allow you to control who can create and view support requests (SRs).

OracleDB for Azure Service Requests Groups
Group Description	Azure User Group Name	Service Requests (SRs)	Operations Covered
Support requests administrator	odsa-support-administrators	
Technical
Limit Increase
Billing
	create, list, get, update
Support requests reader	odsa-support-readers	
Technical
Limit Increase
Billing
	list, get
OracleDB for Azure Auditing

Auditors have read-only access to all OracleDB for Azure resources, but they cannot update or manage resources. Read-only access allows auditors to perform list and get operations in the control plane to view metadata about OracleDB for Azure resources.

OracleDB for Azure Reader Group
Group Description	Azure User Group Name	Resource	Operations Covered
OracleDB for Azure reader	odsa-readers	All OracleDB for Azure resources	list, get
OCI Database with PostgreSQL Metrics

Overview
Prerequisites
Available Metrics
View Default Metric Charts
Using the API
Container Engine
 CLI
SDKs and the CLI
Cloud Shell
Scale Clusters
Add and remove node pools
Scale node pools
Autoscale node pools and pods
Admission Controllers
Supported admission controllers
Pod security policies
Upgrade Clusters
Upgrade to new Kubernetes versions
Supported Kubernetes versions
Kubernetes support policy
Troubleshooting and FAQs
Troubleshooting
Frequently Asked Questions
Community
Oracle Cloud Infrastructure blog
Cloud infrastructure community forum
Securing OS Management Hub

Security Responsibilities
Initial Security Tasks
Routine Security Tasks
IAM Policies
Selecting Software Sources
Syncing Mirrors
Patching Software
Removing Unnecessary Packages
Reviewing Reports
Selecting a Kernel to Run a Notebook


Console kernels are selected in JupyterLab.

After a conda environment is installed in the notebook session, the corresponding notebook and console kernels are created in the JupyterLab Launcher tab. Each kernel label is the slug of the conda environment, which is a combination of the name and version of the conda environment. You can create a notebook that runs in a particular conda environment by clicking a kernel button.

 Tip



Hover over a conda environment card to see its slug.

Alternatively, you can launch a new notebook by clicking File, select New, and then select a kernel for a notebook. You are prompted with a kernel selection for a new notebook session.

You can also change the conda environment selection after opening the notebook. The name of the kernel that's running the notebook is in the upper right corner, and you can click the name to select a new kernel. You are prompted to select a different conda environment, then click Select.

Alternatively, you can click Kernel, then select Change Kernel... to change to a different kernel.
Security Credentials

Console Password
API Signing Key
Instance SSH Key
Auth Token
Tagging
/home.htm
Creating an Email Subscription

What's Next
Creating a Topic


Create a topic in Notifications.

Console
CLI
API
Open the navigation menu and click Developer Services. Under Application Integration, click Notifications.
On the Topics page, select the compartment that you want to create the topic in.
Click Create Topic.
In the Create Topic panel, enter a user-friendly name and an optional description for the topic.
The name is required and must be unique across the tenancy. Validation is case-sensitive. The description is optional. Avoid entering confidential information.
(Optional) Under Show advanced options, enter one or more tags for the topic.
If you have permissions to create a resource, then you also have permissions to apply free-form tags to that resource. To apply a defined tag, you must have permissions to use the tag namespace. For more information about tagging, see Resource Tags. If you're not sure whether to apply tags, skip this option or ask an administrator. You can apply tags later. For more information, see Tagging a Topic at Creation.
Click Create.
Scenario: Split Messages by Metric Stream

Required IAM Policy
Goal
Setting Up This Scenario
Attaching a Block Volume to an Instance

Attaching Ultra High Performance Volumes
Security Zones
Troubleshooting


When I log in, Oracle Fusion Analytics Warehouse doesn't load properly.

When you log out, be sure to close all Oracle Fusion Analytics Warehouse sessions and close your browser before logging in as another user. You can have one session of Oracle Fusion Analytics Warehouse open at a time within the same browser.

I see a performance decrease when using Mozilla Firefox.

If you use Mozilla Firefox and notice a decrease in the performance of the cloud service, then ensure that the Remember History option is enabled. When Firefox is set to not remember the history of visited pages, then web content caching is also disabled, which greatly affects the performance of the service. See Firefox documentation for details on setting this option.

After I complete a production to test refresh of my source (for example, Oracle Fusion Cloud Applications), why isn't the data in Oracle Autonomous Data Warehouse associated with my Oracle Fusion Analytics Warehouse instance synchronized with the source?

When you complete a production to test refresh on Oracle Fusion Cloud Applications, the data in Oracle Autonomous Data Warehouse associated with your Oracle Fusion Analytics Warehouse instance may be different than what is in Oracle Fusion Cloud Applications. To ensure that the data in Oracle Autonomous Data Warehouse and Oracle Fusion Cloud Applications is synchronized, you must:
Reset the warehouse.
Activate the functional areas.
Activate the data augmentations.
Activate the custom data configurations created using the Descriptive Flex Fields (DFF) Attribute Mapper.
If you're using a custom user from Oracle Fusion Cloud Applications to extract the data into Oracle Fusion Analytics Warehouse, then ensure that the password for this user is accurate. Typically, the password gets replaced in Oracle Fusion Cloud Applications after the production to test refresh.



For more information click here https://docs.oracle.com/en-us/iaas/operations-insights/doc/operations-insights-troubleshooting.html

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

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

For more information click here https://docs.oracle.com/en-us/iaas/jms/doc/troubleshooting.html

For more information click here https://docs.oracle.com/en-us/iaas/disaster-recovery/doc/troubleshooting.html

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

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

For more information click here https://docs.oracle.com/en-us/iaas/Content/applications-manager/troubleshooting-apps.htm
Accessing Apache Ambari


You can open Apache Ambari in a browser window after the Before You Begin prerequisites are met.

Open a browser window.
Enter the following URL:

https://<ip_address_or_hostname>:7183

Use the cluster admin user (default admin) and password you entered during cluster creation.
Backend Servers for Load Balancers

Using Backend Servers with Public IP Addresses?
Editing the Fault Domain for an Instance

Supported Shapes
Using the Console
Using the API
Managing My Profile Information and Settings


Use My Profile to change your password, create credentials (for example, API keys, customer secret keys, and database passwords), update your profile information, manage groups and applications to which you have been granted access, link and unlink your social accounts from your identity domain account, access your consents, and more.

Tasks	Additional Information
Learn how to recover your account when you're locked out, change your password, change your primary email, and update your My Profile details.	
Recovering Your Account
Changing Your Password
Editing Your Primary Email
Getting My Profile Details
Editing My Profile Details



Link your identity domains profile to a My Oracle Support account.

	
Linking a My Oracle Support Account
Unlinking a My Oracle Support Account

View the groups to which you belong, request group access and view the status of your group requests.	
Viewing Your Group Access
Requesting Group Access
Viewing Your Group Access Requests



Access and organize your applications in your My Apps page.

View the applications to which you belong, request application access and view the status of your application requests.

	
Accessing Your My Apps Page
Viewing Your Application Access
Requesting Application Access
Viewing Your Application Access Requests



Revoke Terms of use and Application consents.

Create and manage credentials (for example, access tokens API keys, customer secret keys, and database passwords).

	
Revoking Your Consents
Generating an Access Token
Managing Your User Credentials

Store your application credentials using form fill apps so that you have one click access to the websites you use most.	Using Form Fill Applications
The Embedding Model

Embedding Model Parameters
Overview of Block Volume Backups

Manual Backups
Policy-Based Backups
Tags
Volume Backup Types
Planning Your Backup
Copying Block Volume Backups Across Regions
Volume Backup Encryption
Required IAM Policy for Volume Backups
Best Practices When Creating Block Volume Backups
Reducing Volume Backup Sizes with SCSI UNMAP
Differences Between Block Volume Backups and Clones
Using the CLI or REST APIs to Customize and Manage the Lifecycle of Volume Backups
Creating Functions
 Using Pre-Built Functions
Adding Request Policies and Response Policies to API Deployment Specifications

Using the Console to Add Request Policies and Response Policies
Editing a JSON File to Add Request Policies and Response Policies
Database
/home.htm
Managing DevOps Projects


To successfully build and deploy applications by using the DevOps service, first create a DevOps project.

A project logically groups the DevOps resources needed to implement a CI/CD workflow. DevOps resources are:

Code repositories: In the DevOps service, you can create your own private code repositories.
External connections: You can create a connection to external repositories such as GitHub and GitLab.
Build pipelines: A build pipeline contains the stages that define the build process for successfully compiling, testing, and running software applications before deployment.
Artifacts: Artifacts are referenced in a pipeline stage for automated deployment to the target environment. They are used to specify software package versions for deployment.
Triggers: A build run can be automatically triggered when you commit your changes to a code repository.
Environments: An environment is the target platform for your software.
Deployment pipelines: A deployment pipeline holds the requirements that must be satisfied to deliver a set of artifacts to the target environment.

To create a DevOps project, see Creating a Project.
Managing Work Requests


This section of Implementing Recommendations describes how to view work requests, including details, errors, and logs. It contains procedures to complete the following tasks:

Listing Work Requests
Getting Work Request Details
Listing Work Request Error Messages
Listing Work Request Log Messages



For more information click here https://docs.oracle.com/en-us/iaas/Content/connector-hub/workrequests.htm

For more information click here https://docs.oracle.com/en-us/iaas/Content/CloudAdvisor/Tasks/work-requests.htm#work-requests
Viewing the Details of a Metastore


View the details of 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 for which you want to view the details.
On the metastore details page, you can view the details.
The metastore details page displays the following details:
Metastore Information tab: This tab provides the following information:
Name of the metastore
OCID of the metastore - Click Show to view the URL and click Copy to copy it.
 Note

You can also copy the OCID from the Metastores main page. On the Metastores page, click the Actions menu for the metastore and select Copy OCID.
The compartment in which the metastore is created
The URL of the default external table location - Click Show to view the URL and click Copy to copy it.
The Compartment OCID - Click Show to view the URL and click Copy to copy it.
The date and time the metastore is created.
The date and time the metastore is updated.
The URL of the default managed table location - Click Show to view the URL and click Copy to copy it.
Tags tab: This tabs provides information about the tags that you defined while creating the metastore.
Changing the Session Time-Out


Customize how long your users stay signed in to the tenancy.

The Console automatically signs out users after a period of inactivity. If you want to change the session idle timeout settings for users in a tenancy, you can use the Console settings menu.

Open the Profile menu and click Console settings.
Under Session idle timeout, select a session idle time-out value. If you select Custom number of minutes, enter a number from 5 to 60.
Click Save changes.

To change the session timeout, you must either be in the Administrators group for the tenancy, or have permissions to manage default preferences for the tenancy. Following is an example policy that grants users permission to manage default preferences for the tenancy:

Allow group <group_name> to manage tenancy-preferences in tenancy
Using bda-oss-admin to Manage Storage and Other Configuration Settings

Understanding bda-oss-admin Environment Variables
Options and Environment Variables for bda-oss-admin Storage Credentials Commands
bda-oss-admin Command
bda-oss-admin Subcommands
Getting the Reachable IP Address for a Private Endpoint

Using a Terraform Configuration
OS Management Events

Managed Instance Event Types
Managed Instance Group Event Types
Scheduled Job Event Types
Software Source Event Types
Troubleshooting
 for Advanced Features:
Java Runtime usage isn't captured in the fleet
Lifecycle Management Work Request Fails With Message "Missing External Plug-in"
Issues with advanced features
Java Runtime Remove Work Request is failing to remove certain runtimes
 Note



If the problem still persists or if the problem you're facing isn't listed, refer to the Getting Help section of this document.



For more information click here https://docs.oracle.com/en-us/iaas/operations-insights/doc/operations-insights-troubleshooting.html

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

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

For more information click here https://docs.oracle.com/en-us/iaas/jms/doc/troubleshooting.html

For more information click here https://docs.oracle.com/en-us/iaas/disaster-recovery/doc/troubleshooting.html

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

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

For more information click here https://docs.oracle.com/en-us/iaas/Content/applications-manager/troubleshooting-apps.htm
Connecting to a Database

Creating an Instance for the PostgreSQL CLI
Installing the PostgreSQL CLI on an Instance
Connecting to an OCI Database with PostgreSQL with the PostgreSQL CLI
Best Practices for Your Compute Instances

IP Addresses Reserved for Use by Oracle
169.254.0.0/16
Class D and Class E
Three IP Addresses in Each Subnet
Essential Firewall Rules
System Resilience
Uninterrupted Access to the Instance
User Access
NTP Service
Fault Domains
Scenario 1: Highly Available Application Architecture
Scenario 2: Single Web Server and Database Instance Architecture
Customer-Managed Instance Maintenance
Maintenance
 is performed only when required for security or reliability issues.

You can set the management policy for maintenance when you create the database system, or edit the management policy of an existing database system.

 Note



A database system is returned to its pre-maintenance state after the maintenance is complete. For example, if the database system was in an ACTIVE state when maintenance was performed, it's returned to an ACTIVE state after the maintenance completes.



For more information click here https://docs.oracle.com/en-us/iaas/Content/postgresql/maintenance.htm
Value Proposition

Next-Generation Cloud Infrastructure with OCI
Why All Clouds Are Not the Same
Analyst Perspectives on OCI
OCI Competitive Differentiators
OCI Offers Complete Support for Multicloud & Hybrid Cloud Strategies
Detecting Drift in a Stack


Detect drift in a stack in Resource Manager. Drift is the difference between the actual, real-world state of your infrastructure and the stack's last executed configuration.

Common reasons for drift include a team member adding a production tag to your resources or deleting a resource.

You can detect drift for new stacks created from compartments or for stacks where the last job run was Apply or Import state. When detecting drift, you can specify all resources or selected resources.

 Tip

After detecting drift, list the drift status for resources. See Listing Drift Status for a Stack.
Console
CLI
API
Open the navigation menu and click Developer Services. Under Resource Manager, click Stacks.
On the Stacks page, select the compartment that contains the stack that you want.
Click the name of the stack that you want.
On the Stack details page, go to More actions and select Run drift detection.
In the Run drift detection panel, select the option you want.

All resources: Detects drift for all resources in the stack.

Selected resources: Detects drift for the specified resources in the stack.

You can select an address from the list or enter the address. Each resource is identified by a resource address, which is a string derived from the resource type and name specified in the stack's Terraform configuration plus an optional index. For example, the resource address for the fourth Compute instance with the name "test_instance" is oci_core_instance.test_instance[3]. The resource type is oci_core_instance, a period acts as delimiter, the resource name is test_instance, and the index is 3 in bracket. For more details and examples of resource addresses, see the Terraform documentation at Examples.

To retrieve the latest versions available from the configured source of Terraform providers, click Show advanced options and select Upgrade provider versions.
The stack must be Terraform 0.14 or later, and if the stack is older, it must be upgraded to use Terraform Registry.This step is required if provider versions in the Terraform configuration changed since the last time a job was run on the stack. Dependency lock files are automatically managed for new and updated stacks. Providers are updated within the version constraints of the Terraform configuration.
Click Run drift detection.

A work request is started. When the work request is complete, the drift status appears in the Stack information tab.
Access Requests

Approving an Access Request
Declining an Access Request
Revoking an Access Request
Overview of Boot Volume Backups

Boot Volume Backup Types
Tags
Backing Up a Boot Volume
Restoring a Boot Volume
Copying Boot Volume Backups Across Regions
Differences Between Boot Volume Backups and Clones
Managing Stacks

Required IAM Policy
Tasks
Changing Your Password

To Change Your Password When You Know It
To Reset Your Password When You Forgot It
Deleting a Container Instance


Delete a container instance.

You can permanently delete container instances that you no longer need. Any attached VNICs are automatically detached when the container instance is deleted. Eventually, the container instance's public and private IP addresses are released and become available for other container instances. When the containers are deleted by the service, any data on the ephemeral storage is lost.

Console
CLI
API
Open the navigation menu and click Developer Services. Under Containers & Artifacts, click Container Instances.
Under List scope, select the compartment that contains the container instance.
Click the name of the container instance that you're interested in.
Click Delete.
If you want to delete the boot volume that is associated with the container instance, select the Permanently delete the attached boot volume check box.
Click Delete instance. Deleted container instances temporarily remain in the list of instances with the state Deleted.
Service Integration


Intelligent Advisor

Knowledge Search

Live Help Approaches

DA as an Agent

Insights for Oracle B2C Service Chat and Oracle Fusion Service Chat

Live Agent Transfer
TSIG Keys

TSIG Key Tasks
Cache with Redis

Community
Redis
Use Redis
Redis resources
Redis documentation
Redis CLI documentation
Oracle Cloud Infrastructure blog
Cloud infrastructure community forum
Frequently Asked Questions About Container Engine for Kubernetes

Does Container Engine for Kubernetes Support Alpha and Beta Features in Kubernetes?
What Are VCN-Native Clusters?
What Are Virtual Nodes and Virtual Node Pools?
Managing Provisioning
 Bridges: A provisioning bridge provides a link between on-premises apps and IAM. Learn how account data is synchronized between your apps and an identity domain.
Setting up a Microsoft AD Bridge: The Microsoft Active Directory (AD) Bridge provides a link between your AD enterprise directory structure and IAM. Learn how it works and how to set it up for Oracle Cloud Infrastructure users.
Managing Budget Alert Rules

About Budget Alert Emails
Required IAM Policy