What is Oracle?
Its database is also known by the name Oracle. It is a multi-model relational management system that supports enterprise grid computing and data warehousing.
The database is currently available in five editions, each based on its features.
- Standard Edition One: This edition is for highly branched or single-server applications with limited features.
- Standard Edition: This edition includes all the features of Standard Edition One. It also offers greater machine support and Oracle Real Application Clustering service.
- Enterprise Edition: This edition includes features such as security, performance, scalability, availability, and other essential functions that are required for high-critical applications that involve online transaction processing.
- Express Edition: This is the entry-level edition. It's free to download and install, manage, develop, and deploy.
- Personal Edition: This edition includes the Enterprise edition features, except for Oracle Real Application Clustering.
Features
To meet the needs of database management, an Oracle database has the following features:
- Scalability, Performance, and Scalability: Features such as Real Application Clustering or Portability allow a database to be scalable according to its usage. Oracle considers it necessary to maintain data consistency and concurrency in multiuser databases.
- Availability: Real-time apps require high data availability. High-performing computing environments can provide 24/7 data availability. Data is always available, even during planned and unplanned downtimes.
- Backup & Recovery: This layout provides complete recovery capabilities to recover data from nearly all failures. The database must be reconstructed quickly in the event of a failure to ensure high availability. While the affected parts are being recovered, there is still unaffected data.
- Security: Data security is always a top priority. It offers mechanisms to restrict data access and usage. Authorization and editing of user actions can be used to prevent unauthorized access.
What is the Oracle database?
A relational database management system (RDBMS) from Oracle Corporation is called Oracle Database. The history, features, and editions of the Oracle Database will all be covered in-depth in this article. Let's first understand the database before we talk about Oracle.
A relational database management system is the Oracle database. Other names for it are OracleDB or Oracle. Oracle Corporation is in charge of its production and promotion. Together with other engineers, Lawrence Ellison created it in 1977. It is one of the most used relational database engines for storing, organizing, and retrieving data on the IT market.
Oracle is Important
One of the first businesses to provide database management solutions is this one. It has always been centered on enterprise demands while also taking the most recent technological advancements into account. It often adds new features to its goods. The most recent Oracle database, 19C, is available via Oracle Cloud. You can select the database edition that best satisfies your demands and obtain an affordable solution.
Benefits
We've already discussed the database's features. These features give Oracle an advantage over its competitors. We will now look at the benefits.
- Performance: The system has the principles and methodologies to ensure high performance. Performance tuning can be implemented in the database to quickly retrieve and alter data, which will improve query execution speed and, thus, application operations.
- Multiple Database: This database allows you to manage multiple instances of a database on one server. It offers Instance Caging to manage CPU allocations on the server that runs the database instances. To manage multiple instances of services, instance caging is used in conjunction with the database resource manager.
- Editions: We have discussed the benefits of Oracle's various editions. Users can choose the edition that best suits their needs. If their needs change, they can easily update the edition. You can get the express edition database for absolutely nothing if you are interested in learning and doing some hands-on Oracle.
- Clusters: Real Application Clusters provide high data availability. The database with RAC offers many advantages over traditional databases servers:
- Scaling the database across multiple instances
- Load balancing
- Redundancy of data and availability
- Flexibility to increase processing power
- Failure Recovery: RMAN (Recovery manager) is an Oracle DB feature that allows you to recover and restore database files from downtimes or outages. It supports continuous archiving and online backups. SQL* PLUS can be used for recovery. This is called user-managed recovery, and it is supported by it. To add user-managed backups, there is an export utility in the database.
- PL/SQL - The database supports PL/SQL extensions for procedural programming.
Why Do We Use Oracle?
It is a database management product. A database is a collection of organized information. Database management systems store the data and provide high-performance, authorized access, and fail-recovery features. It is a simple software solution that manages databases from personal to enterprise-level applications.
What is DevOps?
DevOps is a continuous integration/continuous delivery (CI/CD) service that automates the delivery and deployment of software to Oracle Cloud Infrastructure (OCI) compute platforms.
Development of Effective Java-Based Applications/Oracle E-Business Suite Integrated SOA Gateway Implementation Guide-Oracle A free integrated development environment called Oracle JDeveloper studio makes it easier to create Java-based apps by taking care of every phase of the application lifecycle. Oracle's platform and apps are entirely end-to-end developed using JDeveloper.
Resources and Tools for Developers
- Oracle Cloud Infrastructure offers tools and plugins that make it easier to develop apps and manage infrastructure.
- Cloud Shell Cloud Shell provides a browser-based, free-of-charge terminal that can be accessed from the Oracle Cloud Console. It allows you to access a Linux shell and pre-authenticated Oracle Cloud Infrastructure CLI. The shell can be used to interact with OCI resources and follow tutorials and labs. It also allows you to quickly execute OCI CLI commands.
- Command Line Interface The CLI, a small-sized tool, can be used either with the Console or on its own to complete Oracle Cloud Infrastructure tasks. The CLI offers the same core functionality as the Console, as well as additional commands. These commands, including the ability to run scripts and extend the Console's functionality, are not all required.
- Code editor allows you to modify code and update service workflows in a rich, integrated environment without switching between your local development environment and the Console.
- Software Development Kits and Command Line Interface Oracle Cloud Infrastructure offers Software Development Kits (SDKs), which enable you to develop apps and custom solutions. These SDKs are available at the moment: SDK to Java.
- SDK to Python
- SDK TypeScript and JavaScript
- SDK to.NET
- SDK to Go
- SDK Ruby
- PL/SQL SDK
- DevOps tools simplify the provisioning and Management of infrastructure or allow automated testing and continuous delivery. Terraform Provider is a tool that can be used in conjunction with the Resource Manager.
- Other Tools The HDFS Connector to Object Storage and the OCI Tools for Eclipse are other developer productivity tools.
- API Reference These appendices provide a general guide on configuring the SDKs, and other developer tools, to integrate with Oracle Cloud Infrastructure Services.
- RESTAPIs This comprehensive reference contains information about the Oracle Cloud Infrastructure RESTAPIs. It includes descriptions, syntax, errors, and signatures.
- DevOps tutorials will show you how to accomplish development-related tasks using step-by-step instructions.
Other Resources
These other resources and communities will keep you informed about the latest developments in Oracle Cloud Infrastructure developer tools.
Oracle GraalVM Enterprise JDK distribution is designed to speed up the execution of Java and other JVM language applications. It also provides a high-performance runtime that supports JavaScript, Ruby, and Python. Getting started with GraalVM Enterprise at OCI.
Oracle Cloud Infrastructure Blog Check out posts tagged with Development Tools.
Oracle Cloud Infrastructure Forum View, the most recent discussion threads, tagged Developer Tools
Stack Overflow Ask and answer questions tagged with oracle-cloud-infrastructure
Twitter Follow Oracle Developers @oracledevs & Oracle Cloud Infrastructure @OracleIaaS
Cloud Shell
Oracle Cloud Infrastructure (OCI), Cloud Shell, is a web-based terminal that can be accessed from the Oracle Cloud console. Cloud Shell is available for free (within the monthly tenancy limits) and allows you to access a Linux shell with a pre-authenticated Oracle Cloud Infrastructure CLI and Ansible installation. Also, it provides other useful tools to follow tutorials and labs on Oracle Cloud Infrastructure. Cloud Shell is available to all OCI users and can be accessed from the Console. Your Cloud Shell will appear in the Oracle Cloud Console as an active frame. It will remain active while you navigate to other pages of the Console.
Cloud Shell offers:
- A temporary machine that can be used as a host for Linux shells. It is pre-configured using the OCI Command Line Interface, CLI, and other useful tools
- 5GB storage space for your home directory
- The Console keeps a persistent frame active while you navigate to other pages
How Cloud Shell Works
The Cloud Shell machine runs a Bash shell and is accessible through the OCI console. Cloud Shell includes a pre-authenticated OCI CLI that is set to the Console home page region. It also contains up-to-date utilities and tools.
Cloud Shell includes 5GB of persistent storage to store your home directory. This allows you to make small changes and then return to Cloud Shell to continue your project.
Cloud Shell is available for free (within the monthly limits of your tenancy) and does not require any setup or prerequisites. Cloud Shell comes with a VM that is pre-configured for you. It executes in your tenancy, so it doesn't consume any resources. Your shell runs on an Oracle Linux OS.
Read More: What Type of Technology is Used in Oracle?
Command Line Interface (CLI)
The CLI is a small footprint tool that you can use alone or in conjunction with the Console to complete Oracle Cloud Infrastructure tasks. The CLI offers the same core functionality as the Console with additional commands. These commands, including the ability to run scripts and extend console functionality, are some of them Cloud Shell The CLI has been pre-configured with credentials and is ready for use from within Cloud Shell.
The CLI runs on Mac OS, Windows, or Linux. It is built using the Oracle Cloud Infrastructure SDK Python. To provide functionality for various services, the Python code calls Oracle Cloud Infrastructure APIs. These REST APIs use HTTPS requests and replies. More information about the API
Older versions of Python might not be supported immediately. Although the CLI may work with unlisted operating systems, we don't test for compatibility.
The CLI installer will automatically install Python if you don't have Python installed on your machine. To find which version of Python is installed, use the Python --version command.
Code Editor
The Oracle Cloud Infrastructure (OCI) Code Editor allows you to edit code, update service workflows and create scripts in one place. Code Editor is a simple way to update common code for different services. This includes creating and deploying Functions and Terraform configurations using Resource Manager stacks. It also allows you to create and edit an API.
Code Editor Features
The following features are available in Code Editor:
- More than a dozen programming languages have extensive native support, including code navigation (go to method definition, discover all references), refactoring, intelligent completions, and syntax highlighting.
- Managed OCI plugins give supported OCI Services an integrated, native experience. They provide each service with particular features and coding workflows. Developers can edit, deploy, or call functions straight from the Code Editor window, for instance, using the Functions plugin.
- Git integration allows you to clone any Git repository, track changes to files and commit, pull, and push code directly within the Code Editor. This will allow you to easily contribute code completion and revert changes.
- Cloud Shell integration allows you to directly access the 20+ cloud-based tools that are pre-installed in Cloud Shell.
- You can manage your code projects independently with comprehensive workspace and user management control. One can, for example, modify and set persistent settings to apply on folders within a workspace rather than changing environment configurations every time.
- You can personalize fonts, colors, layouts, keyboard shortcuts, and language localization.
- The persistent state between sessions automatically saves progress and persists state over multiple sessions. Code Editor opens the last edited page at startup.
Software Development Kits and Command Line Interface
Oracle Cloud Infrastructure offers a variety of Software Development Kits (SDKs) and a Command Line Interface(CLI) to make it easier to develop custom solutions.
- Software Development Kits (SDKs), which allow you to create and deploy apps that can be integrated with Oracle Cloud Infrastructure services. Each SDK includes code samples and documentation that can be used to build, test and troubleshoot apps. You can also contribute to the SDK development by making them open-source and accessible on GitHub.SDK to Java
- SDK to Python
- SDK TypeScript and JavaScript
- SDK to.NET
- SDK to Go
- SDK Ruby
- Command Line Interface The CLI offers the same core capabilities of the Oracle Cloud Infrastructure Console but also provides additional commands that allow you to extend the functionality of the Console. Developers and anyone who prefers a command line interface to a GUI will find the CLI useful.
- PL/SQL SDK You can use the Oracle Cloud Infrastructure SDK for PL/SQL to create code to manage Oracle Cloud Infrastructure resources. Oracle has pre-installed the latest version of PL/SQL SDK for all Autonomous Databases that use shared Exadata infrastructure.
DevOps Tools & Plug-ins
Oracle Cloud Infrastructure offers cloud-based service which has a variety of DevOps tools, plugins, and other services that can be used to interact with Oracle Cloud Infrastructure services. These tools can be used to simplify the provisioning and Management of infrastructure, as well as for automated testing and continuous delivery.
- Terraform Provider: This component connects Terraform with an Oracle Cloud Infrastructure service. It allows you to manage "infrastructure-as-code."
- OCI modules for PowerShell: A set of cmdlet modules that can be used in conjunction with PowerShell Core to manage Oracle Cloud Infrastructure resources such as Compute and Load Balancer.
- Ansible collection: Automatic provisioning and configuration of Oracle Cloud Infrastructure resources such as Compute and Load Balancer and Database services.
- Compute Jenkins plugin: Provide up-and-down services or nodes for Jenkins Build Jobs and dynamically allocate Oracle Cloud Infrastructure resources to support continuous integration tasks.
- OCI Plugin for Jenkins: Upload artifacts and run deployments to Oracle Cloud Infrastructure using Jenkins. Jenkins master instances can upload artifacts into the Artifacts Registry repository and trigger the deployment pipeline to deploy those artifacts.
- Chef Knife plugin: Manage Oracle Cloud Infrastructure resources using Chef Knife. This command-line tool provides an interface between the Chef server and a local chef repo.
- Grafana plugin: Visualize metrics from your Grafana instance's Monitoring serviceS
- Terraform Kubernetes Installation: Provide and configure the resources required to operate a highly configurable Kubernetes cluster.
- Kubernetes Volume Preparer: Allow dynamic provisioning storage resources for Kubernetes running on Oracle Cloud Infrastructure.
- OCI provider for Pulumi: The Oracle Cloud Infrastructure (OCI) provider for Pulumi can be used for provisioning any resources in the Oracle Cloud Infrastructure.
Read More: The Benefits of Implementing Oracle ERP
DevOps Integrations
- Jenkins X Integration: Create a new Kubernetes cluster on Oracle Cloud Infrastructure Container Engine for Kubernetes.
- Packer Integration: Create reusable custom images.
Additional Services and Features Available for DevOps
Oracle Cloud Infrastructure offers other features and services that are relevant to DevOps professionals.
- Container Engine to Kubernetes Build, deploy, manage and maintain cloud-native containerized apps. Container Engine for Kubernetes provides the compute resources your applications need, and you specify them in a tenancy.
- Oracle Cloud Infrastructure Registry Manage, store, and share development artifacts such as Docker images. Your applications are deployed securely, and you don't need to worry about operational issues because Oracle Cloud Infrastructure Registry is managed.
DevOps API
You can use the DevOps API for creating DevOps projects, configuring code repositories, and adding artifacts to build, test, deploy and configure target deployment environments. See DevOps for more information.
Use Oracle Cloud Infrastructure DevOps Services to build a continuous integration, deployment, and monitoring pipeline
For cloud-based applications, it is important to have your software delivered quickly. Oracle Cloud Infrastructure (OCI), DevOps, provides a Continuous Integration & Deployment platform (CI/CD) for developers. This allows them to quickly build, test, deploy, and maintain software and applications on Oracle Cloud.
OCI DevOps builds and deployment pipelines decrease change-driven errors. Customers spend less time building and repairing issues. The software can be rebuilt, tested as changes are made, and any adverse effects detected early.
This service provides private GIT repositories for your code storage and connects to external code repositories that can hold configuration files and source code. Because build processes depend on intermediate artifacts (modules and packages), they can also be used with Oracle's container and artifact repositories. OCI DevOps can be used to streamline the software delivery lifecycle, whether you are migrating workloads from on-premises or another cloud or you are developing new applications on OCI.
OCI DevOps is a tool that allows you to create artifacts for deployment in multi-cloud or hybrid environments.
Architecture
This reference architecture outlines all services and configurations required to build, test and deploy a Node.js sample web application. Terraform deployment also includes the creation of pipelines and repositories. A DevOps repository hosts the application source code. The repository allows the user to commit the code, which triggers a build pipeline. To develop, test, and produce a container image containing the most recent version, the build process adheres to a predetermined flow. The container registry stores the build output as an image. The most recent version of the application is then deployed using a deployment pipeline that uses the image created from the container registry as an image and a Kubernetes.
The provided pipeline doesn't address issues such as unit testing and code quality analysis using static code analysis or linter tools.
Take Into Account
These are the points to consider when you deploy this reference architecture.
- DevOps allows deployments to OKE and Compute hosts.
- For instance, group deployments of Compute instances and Linux hosts only are supported.
- DevOps artifacts must be stored in either an OCI container image registry repository or an OCI artifact registry repository.
- It is a good idea to group all applications and their microservices together into one project.
OCI Cloud Free Tier
Oracle Cloud is a free platform that allows you to build, test and deploy applications.
Arm Ampere A1 Compute has been added to the Always Oracle Cloud Free service. You can apply for OCI Arm Accelerator to help with large-scale Arm development projects.Oracle Cloud is the best choice if you're looking for a powerful server at a low price.
Over the years, I have used many cloud computing products, including Amazon Web Services, Microsoft Azure, and Google Cloud Platform. Although they offer many free options, there are some restrictions. You can only use the lower-spec VMs and higher-tier units for a short time or until you run out of credit. The following-up cost can be high.
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We are committed to the Oracle E-Business Suite
Oracle E-Business Suite is used by thousands of enterprises worldwide to manage their crucial business processes. Oracle keeps making investments in the suite with an emphasis on operational effectiveness, mobility, functional advancements, and UI modernization. Oracle suite is simultaneously offering a continual stream of improvements to its cloud infrastructure and complimentary SaaS products to give you better capabilities and workable coexistence techniques to optimize your Oracle E-Business Suite setups.
The Best Tools for Oracle Database Management & Troubleshooting
There are many database tools available, whether you need to monitor and manage Oracle databases, create SQL statements or manage tables. This article will show you how to manage and troubleshoot Oracle Databases.
Oracle is a well-known database that developers trust for its high performance and ability to handle complex tasks. Oracle is known for its reliability and ability to handle heavy usage requirements.
Databases grow in size and complexity, making it more difficult to keep track of them manually. This is why the best database management software becomes so important.
We have compiled a list of the top Oracle Database Management Tools
Datadog Oracle Monitor EDITOR'S CHOICE This database monitoring tool can track Oracle performance as well as other DBMSs. You can monitor the performance of your Oracle instances and check for resource availability. Also, see how the database supports other apps. Start a 14-day free trial.
- SolarWinds Database performance analyzer for Oracle: Database monitoring and query performance monitor. This powerful troubleshooting tool includes email alerts and customized reports. Windows Server & Linux. Get a free 14-day test.
- RedGate Deployment Suite for Oracle: Database management tool with change management and schema compare/synchronization.
- Quest toad for Oracle: An administrator tool that supports Oracle, SQL Server and DB2, SAP, as well as MySQL.
- Aqua Data Studio: A IDE for databases that allows data visualization(visual studio and integration with Oracle, Microsoft SQL Server and IBM Db2, MySQL, and PostgreSQL.
- dbForge Studio to Oracle: IDE Tool for Oracle Developers who want to improve PL/SQL coding speeds.
- Navicat to Oracle: Oracle Development Tool with SQL editing and data migration. Compatible with Amazon RDS and Oracle Cloud.
- RazorSQL: SQL query engine and database browser for Windows OS, Mac OS, Linux, and Solaris.
- MyOra: is A free database monitoring power tool that does not require installation and doesn't require an internet connection.
- TOra: Open source IDE for Oracle, MySQL, and PostgreSQL. Available for Windows, Mac OS, and Unix.
- Altova DatabaseSpy: Database query tool and design tool for SQL editing using a graphical editor.
Conclusion
It is an excellent database server management tool that can be used to support both small and large-scale applications. It is widely used and includes nearly all of the features needed to support modern applications and the Oracle development team creates new applications for your business needs.
