Jay-Rajput/oci_data huggingface dataset:
Troubleshooting Email Delivery

Common Errors Returned by Email Delivery
Undelivered Emails Issues
Connectivity Issues
TLS Errors when Integrating with Postfix
Inactive DKIM Key
Service Limits Issues
Data Privacy
DB System
 Storage
MySQL Server
Billing
Transform data


Learn to design data transformations using OCI GoldenGate Data Transforms.

Articles in this section:

About Data Transforms
Create Data Transforms resources
Access the deployment
Use Data Transforms
About Oracle Cloud Infrastructure Operations Insights

Capacity Planning
Oracle SQL Warehouse
Exadata Insights
AWR Hub
ADDM Spotlight in Operations Insights
Enterprise Manager Warehouse
SQL Explorer
Managing Health Checks

Required IAM Policy
Available Protocols
Classic Migration Service Export CLI Tool

Downloading the Export Tool
Exporting an Oracle Java Cloud Service Instance
Exporting an Oracle SOA Cloud Service Instance
Importing Information into the Target Application
Managing Migration Jobs

Validating a Migration
Checking the Interactive Validation Premigration Advisor Report
Running a Migration Job
Pausing and Resuming a Job
Viewing Job Details
Monitoring Job Status
Preparing for Application Switchover
Terminating a Job
Deleting a Job
Managing Tags for Jobs
Using the Job API
Data Flow
 Known Issues
Data Flow Pools

Configuring Runs and Applications to Use Pools
Limits
Order the Service and Provision an Instance

Digital Assistant Product Types
Place an Order for Oracle Digital Assistant
Activate a Digital Assistant Subscription
Set Up Digital Assistant as an Individual Service
Oracle Fusion Cloud Applications and Digital Assistant
Migration from Gen 1 to Gen 2 Infrastructure
Logs for Connector Hub


Service logs give you more visibility into the functioning of a connector and help you troubleshoot issues with a connector. You can get details on the data flow from a connector's source to its target and you can identify issues at any stage of the transfer. Each log record contains information about a connector run, indicating success or failure.

Service logs are available in the Console.

The Connector Hub service uses the Logging service to manage logging. By default, service logs are disabled. You can enable service logs when you create or update a connector. See Enabling a Service Log for a Connector. For information about connector log entries, see Details for Service Connector Hub.

No additional policies are required to enable logs on a connector. You only need to have permission to configure the connector.

 Note



Logs are an option in the Connector Hub service. Standard limits, restrictions, and rates apply when enabling the logging features. See Oracle Cloud Infrastructure Logging for more information.

You can perform the following log management tasks with connectors:

Enabling a Service Log for a Connector
Getting a Service Log's Details for a Connector
Disabling a Service Log for a Connector
Deleting a Service Log for a Connector

To rename a service log for a connector, see Editing a Log.
Synching Metastore Metadata


To extract the technical metadata of a metatsore data asset to your data catalog repository, you must enable the synching of the metadata.
Managing Jobs


Editing a Scheduled Job
Deleting a Scheduled Job
Viewing Job Log and Error Messages

Viewing Jobs

Listing Jobs in a Compartment
Listing Jobs Associated with a Group
Listing Jobs Associated with an Instance
Listing Jobs Associated with a Lifecycle Environment
Listing Jobs Associated with a Management Station



For more information click here https://docs.oracle.com/en-us/iaas/osmh/doc/jobs.htm
Application Dependency Management Metrics


Metrics enable you to monitor your cloud resources actively and passively.

You can monitor the performance of your resources by using metrics. This topic describes the metrics emitted by the metric namespace oci_adm.

Application Dependency Management (ADM) metrics help you track the following:

The number of vulnerability audits that contain a vulnerable dependency.
The maximum CVSS v2 score of vulnerable dependencies.
The maximum CVSS v3 score of vulnerable dependencies.

The resource monitored is Knowledge Base.

Prerequisites

To monitor resources, you must be given the required type of access in an IAM policy written by an administrator. Policies are required for using the Console, REST API, or SDK and CLI. The policy must give you access to the monitoring services and the resources being monitored. When you try to perform an action, you might get a message that you don’t have permission or are unauthorized. Confirm with your administrator the type of access that you have been granted and which compartment you must work in. For more information about user authorizations for monitoring, see the Authentication and Authorization section in Overview of Monitoring.

The metrics listed on this page are automatically available for any Knowledge Bases that you create. You don't need to enable monitoring on the resource to get these metrics.

Available Metrics

The dimension included in Application Dependency Management metrics is knowledgeBaseId: Knowledge Base identifier.

Metric	Display Name	Unit	Description	Dimensions
MaxCvssV3Score	CVSS v3 Score	Count	The maximum CVSS v3 score of vulnerable dependencies.	knowledgeBaseId
MaxCvssV2Score	CVSS v2 Score	Count	The maximum CVSS v2 score of vulnerable dependencies.	knowledgeBaseId
IsVulnerable	Audits with vulnerable dependencies	1 or 0
1: Vulnerability Audit has a vulnerability.
0: Vulnerability Audit does not have a vulnerability.
	The number of vulnerability audits that contain a vulnerable dependency.	knowledgeBaseId
Using the Oracle Cloud Console

Here's how you view the metric charts:

In the Console, open the navigation menu. Under Observability & Management, go to Monitoring and click Service Metrics.
Select the compartment that contains the ADM resource whose performance you want to monitor.
For Metric namespace, select oci_adm.

The Service Metrics page dynamically updates the page to show charts for each metric that the selected metric namespace emits.

Using the API

To monitor the metrics, use the Monitoring API.

For information about using the API and signing requests, see REST API documentation and Security Credentials.

Console
CLI
API

Here's how you view the metric charts:

In the Console, open the navigation menu. Under Observability & Management, go to Monitoring and click Service Metrics.
Select the compartment that contains the ADM resource whose performance you want to monitor.
For Metric namespace, select oci_adm.

The Service Metrics page dynamically updates the page to show charts for each metric that the selected metric namespace emits.
OCI Image Migrate Utilities

Migrating an Image with oci-image-migrate
Migration Utilities Reference
Additional Migration Information
Data Catalog Policies

Resource-Types
Resource-Types for Dynamic Groups
Supported Variables
Details for Verbs + Resource-Type Combinations
Permissions Required for Each API Operation
Samples, Playbooks, Architectures, Tutorials, and Blog Posts


Find out about other resources to which you can refer to learn more about using OCI Functions.

Refer to other resources to learn more about using OCI Functions:

Sample Functions
Solution Playbooks
Reference Architectures
Developer Tutorials
Blog Posts
Maintenance, Monitoring, and Prevention


Security is an ongoing activity that requires maintenance, monitoring, and prevention.

Threats move at machine speed, but traditional enterprise security can only analyze and react at human speed. Your organization must be prepared for a variety of threats. Among the main issues to consider are:

Advanced persistent threats: Attackers target enterprise users with adaptive malware, ransomware, vulnerability exploits, and increasingly sophisticated email phishing campaigns.

Porous perimeter: The ubiquity of the cloud and mobile devices means that employees access enterprise applications and data beyond the traditional perimeter.

Unsanctioned IT: Users who are frustrated by IT's lack of flexibility and slow responsiveness, and bolstered by the simplicity of Software as a Service (SaaS) apps, create an unsanctioned IT culture.

Machine learning and artificial intelligence are changing threat management for legacy security approaches in terms of cost, complexity, and resources. As part of your cloud transformation, ensure that your organization applies a new level of sophistication to cybersecurity threat prediction, prevention, detection, and response.

Your security maintenance approach should include the following areas:

Implement security monitoring and analytics. Services such as Data Safe can help you to actively monitor and alert for risks.

Monitor and manage for configuration drift.

Automate the installation of security updates and patches.

Use cloud security posture management (CSPM) tools to automate security. Capabilities include:

Threat detection and prevention.

Intrusion detection systems and intrusion prevention systems.

Next-generation machine learning models that process massive amounts of data and match discrete patterns and signatures to known threats.

Machine learning tools that analyze user activity, define baselines for typical usage, identify suspicious behavior, and draw probabilistic conclusions about the validity of a threat.

Use a security information and event management (SIEM) system to manage the security of your cloud resources.
Managing Application Integrations


Manage application integration.

This section contains information about ways of integrating external applications, non-Oracle applications, with IAM:

Why Should You Integrate Your Applications?: Learn how to use application integration to reduce the time needed to develop new applications by offloading the business logic to secure them to IAM.
Setting Up RADIUS Proxy: Use RADIUS Proxy to authenticate and authorize users or devices, and track the usage of services.
Understanding App Gateway: Use App Gateway to integrate applications hosted either on a compute instance, in a cloud infrastructure, or in an on-premises server with IAM for authentication purposes.
Installing and Configuring the Linux PAM: Use Linux PAM to integrate your Linux environment with IAM to perform end-user authentication with first and second factor authentication.
Using the E-Business Suite Asserter with IAM: Use IAM E-Business Suite Asserter to integrate your Oracle E-Business Suite with IAM so that end users can authenticate in Oracle E-Business Suite environments and with Oracle E-Business Suite mobile applications using their IAM credentials.
Troubleshooting Notifications

Message Not Received
Cause: Trigger not satisfied
Cause: Resource didn't send message
Cause: Incorrectly configured subscription
Cause: Dropped message
Cause: The subscription isn't active
Cause: Unsupported resource used for SMS
Cause: International SMS capabilities are missing
Cause: Suppressed email address
Cause: Monitoring permissions lacking for compartment
Subscription Disappeared
Function Not Invoked or Run
Cause: Resource didn't send message
Cause: Dropped message
Cause: Function wasn't invoked
Cause: Function wasn't run
HTTPS (Custom URL) Subscription Confirmation Not Received
Logging Analytics

Terraform provider
GitHub: Kubernetes
GitHub: One-click deployment
GitHub: Fluentd output plugin
Get Started
Prerequisite IAM policies
Configuration
Onboarding
Use sample log data
Product page
Ingest Logs
Using Management Agents
On-demand upload
From Object Storage
From OCI services
Custom logs from OCI Logging
Custom logs from OCI Streaming
From Enterprise Manager
Using Fluentd
Alerts and Detection Rules
Detect ingest-time events
Schedule a search
Create alerts for events
View all alarms
Scheduled task metrics
More Resources
Blog posts
Videos
Reference architectures
Marketplace apps
Support
Get help and contact Support
Create a service request
Service limits
Known issues
Quick Start Tutorials
Onboard and ingest OCI audit logs
Set up continuous log collection
Ingest logs using Fluentd
Collect logs from Oracle autonomous databases
Dashboards
About dashboards
Manage dashboards
Oracle-defined dashboards
Manage widgets
About filters
Custom filters
Oracle-defined filters
Administer
Sources
Parsers
Entities
Lookups
Log storage
Log partitioning
Service metrics
Policy reference
Repositories
All technical resources  New
Policy catalog  New
Oracle-defined sources
Parsers for OCI services
Supported entity-types
Get Started with Oracle Applications

Support for Oracle Applications
Requirements


Learn about the minimum requirements to use Oracle Managed Cloud Self-Service Platform.

The minimum requirements to use Oracle Managed Cloud Self-Service Platform are:

A valid MOS account.

At least one support identifier (SI) associated with your MOS account.

 Note

SIs are termed customer support identifiers (CSIs) in Oracle Managed Cloud Self-Service Platform.
At least one active Oracle E-Business Suite (EBSO) service associated with your MOS account.

Additionally, you must have the following MOS privileges to perform specific tasks:

To create RFC, MOS CreateRFC privilege for your customer organization associated with your MOS account.

To schedule RFCs for deployment, MOS Authorized Approver privilege for the Oracle E-Business Suite environment where the CEMLI patch will be deployed, associated with your MOS account.

Oracle Managed Cloud Self-Service Platform setup should be completed on your EBSO environments before it can apply CEMLI patches created from the portal. Please work with your SDM to create RFCs for Oracle Managed Cloud Self-Service Platform setup.

To request Oracle Managed Cloud Self-Service Platform setup, you or your SDM must create RFCs with the following specifications:

Category: Application - EBSO Ondemand or Application - EBS OPC or Application - EBS OCI

Service Type: EBSO or EBSZ or EBSI

RFC Type: Configuration - EBSO or OPCEBS_Configuration or OCIEBS_Configuration

Sub Type: Sysadmin Changes or OPCEBS_Configuration or OCIEBS_Configuration

Summary: Oracle Managed Cloud Self-Service Platform Setup for instance <SID>
Known Issues for Cloud Shell

Go SDK cannot automatically find some regions while running in Cloud Shell
Connecting to Data
 Sources section of the ADS documentation. Also, you can install more data connectors by creating or modifying existing conda environments.
Managing Artifacts in Artifact Registry


Upload and manage artifacts in an Artifact Registry repository.

Organize artifacts with paths, assign versions to artifacts, compare artifacts with SHA256 digests, and download immutable artifacts for DevOps projects.

Uploading an Artifact
Listing Artifacts
Getting an Artifact's Details
Downloading an Artifact
Updating an Artifact
Deleting an Artifact
Searching for Artifacts
Working with Identity Domains


Manage identity domain features and settings.

Manage the following identity domain-level features and settings:

Managing Identity Domains: Create identity domains and manage resources within them.
Managing Domain Settings: Manage domain level settings.
Managing Session Settings: Manage session-level settings.
Customizing Notifications: Customize the email notifications sent by an identity domain.
Customizing the Interface: Use your company branding.
Create a Hosted Sign In Page: Customize the look and feel of the identity domain sign-in experience by using style classes, custom HTML, and translation support.
Managing Users: Manage user accounts.
Managing Groups: Use groups to manage user access to applications and resources.
Managing Dynamic Groups: Use dynamic groups to group compute instances and other resources and create policies for them.
Managing Applications: Manage your cloud, Oracle, custom, and enterprise applications.
Integrating Custom Applications with IAM: Use SCIM to integrate custom applications.
Creating Self-Registration Profiles: Use self-registration profiles to allow uses to create their own accounts.
Transferring Data: Import and export users, groups, Oracle application roles.
Downloading SDKs and Applications: Download SDKs, the EBS Asserter, the Secure Form Fill Client, the Linux PAM, the Provisioning Bridge Client, App Gateway, RADIUS Proxy, or the Device Fingerprint Utility from the identity domains console.
Managing Jobs: View jobs and job details, and export job errors to help you resolve them.
Running Reports: Run operational or historical reports that capture data about users and applications.
Customizing Schemas: Add, edit, or remove custom schema attributes and change user permissions for out-of-the-box schema attributes.
Configuring OAuth Settings: Manage OAuth settings.
Editing a Knowledge Base


Update the name of a knowledge base using the Console, CLI, or API.

Console
CLI
API
Open the navigation menu and click Developer Services. Under App Dependency Management, click Knowledge Bases.
On the Knowledge bases page, from the list of compartments on the left side, select a compartment.
From the list of knowledge bases, click the knowledge base that you want to update.
In the Knowledge base details page, click Edit.
On the Update knowledge base panel, update the name.
Click Update knowledge base.
Editing a Project


Modify the information of a DevOps project.

For accessing DevOps using the Oracle Cloud Console, REST API, and CLI, see Accessing DevOps.

Console
CLI
API
Open the navigation menu and click Developer Services. Under DevOps, click Projects.
Select the project that you want to edit, and then click Edit.
Make necessary updates to the project information, and save the changes.
Data Integration Policies

Overview of Policy Syntax
Resource-Types
Supported Variables
Details for Verbs + Resource-Type Combinations
Permissions Required for Each API Operation
Creating a Policy Using the Console
Policy Examples
OCC Policies and Permissions

Supported Variables
Details for Verb + Resource Type Combinations
Creating a Policy
Policy Examples
Getting Started with Data Catalog

Before You Begin
Create an Admin User Group
Create Policies
Using the Console's Data Catalog Overview Page
Getting Started with Cloud Guard

Planning for Cloud Guard
Enabling Cloud Guard
Two Strategies
Steps to Enable Cloud Guard
Integrating Cloud Guard with Other Services
Certificates Service
Data Safe Service
Threat Intelligence Service
Harvesting Data Sources


When you harvest a data asset, the technical metadata is extracted into your data catalog repository.

To harvest a data asset, you:

Select the connection you want to use for the data asset.
Select the data entities you want to harvest.
Specify the details to create the harvest job.
Managing VCNs and Subnets


On Compute Cloud@Customer,

Virtual Cloud Network (VCN) Overview

A virtual cloud network, or VCN, is a software-defined equivalent of a traditional network, with firewall rules and various types of communication gateways. A VCN resides in the single region of and covers one contiguous CIDR block of your choice.

The size of a VCN is /16 to /30. The CIDR block can NOT be changed after the VCN is created. The maximum number of private IPs within a VCN is 64,000. Oracle recommends using a private IP address range as specified in RFC 1918 (10.0.0.0/8, 172.16.0.0/12, and 192.168.0.0/16). This documentation uses the term private IP address when referring to IP addresses in your VCN CIDR.

You can privately connect a VCN to another VCN so that traffic doesn't leave the secure network environment of Compute Cloud@Customer. However, the CIDRs of the two VCNs must not overlap. The concept of privately connecting VCNs is called peering. It involves setting up a type of virtual router known as a Local Peering Gateway. For more information about the use of gateways in VCNs, see Configuring VCN Gateways.

Subnets

A VCN is subdivided into subnets. Each subnet in a VCN consists of a contiguous range of IPv4 addresses that don't overlap with other subnets in the VCN. The first two IPv4 addresses and the last in the subnet's CIDR are reserved by the Networking service. You can't change the size of the subnet after creation.

Subnets act as a unit of configuration: all instances in a particular subnet use the same route table, security lists, and DHCP options. Subnets can be either public or private. This is defined when the subnet is created, and can't be changed later. In a private subnet, instances can't be assigned a public IP address.

You can think of a compute instance as residing in a subnet. However, to be precise, each instance is attached to a virtual network interface card (VNIC), which in turn resides in the subnet and enables a network connection for that instance.
Applications Environment Management IAM Policy Reference

Resource Types
Supported Variables
Details for Verb + Resource-Type Combinations
Commerce Details
Financial Services Accounting Standards for Banking Cloud Service Details
Financial Services Analytical Applications Cloud Service Details
Financial Services Climate Change Analytics Cloud Service Details
Financial Services Profitability and Balance Sheet Management Cloud Service Details
Maxymiser Details
Transportation and Global Trade Management Cloud Details
Jobs

Can't create log object on behalf of the user Errors During a Job Run Creation
Bring Your Own Container Job Run Failure When Downloading the Image
Why Isn't Fast Launch an Option in the Console When Creating a Job
400 LimitExceeded Error
There is currently no capacity for the specified shape Error
401 NotAuthenticated Error When making Requests to the Data Science API
Job Run Logging Integration is Enabled Though Logs Aren't Generated
Job Run Logging Integration is Enabled Though the Logs Appear Truncated
Job Run Metrics Have No Data
Job run artifact execution failed with exit code ___ Error
Job Run Exit Code Isn't Indicated
Job Run Invalid Entry Point



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

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