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This demonstration shows you how to redeploy a Java EE application to Oracle WebLogic Server using Oracle Enterprise Manager Cloud Control 12c.

Learn how to declaritively create JavaScript action chains in Oracle Visual Builder.

Integrate Oracle WebLogic server deployed using OCI marketplace image with Full Stack DR. Oracle WebLogic Server is a unified and extensible platform for developing, deploying and running enterprise applications, such as Java, for on-premises and in the cloud. WebLogic Server offers a robust, mature, and scalable implementation of Java Enterprise Edition (EE) and Jakarta EE. This video will describe how to seamlessly do switchover and failover orchestrations for Oracle WebLogic application using Full Stack DR.We do tasks such how to create DR protection groups, add members, create and customize switchover plan, execute prechecks,execute switchover and failover plan.

This video provides an overview of the Oracle Utilities 23A Java Migration Cloud Service, which enables customers to migrate existing custom Java and custom tables to Oracle Utilities Customer Cloud Service or Customer Care and Billing Cloud Service.

For additional information, see the Cloud Services Implementation Guide.

Learn how to use Application Migration in Oracle Cloud Infrastructure to migrate your Oracle WebLogic Server domain resources and applications from your existing Oracle Java Cloud Service instance in Cloud@Customer to a new domain in Oracle WebLogic Server for Oracle Cloud Infrastructure.

Learn how to use Application Migration in Oracle Cloud Infrastructure to migrate your Oracle WebLogic Server domain resources and applications from your existing Oracle Java Cloud Service instance in Oracle Cloud Infrastructure Classic to a pre-created WebLogic Marketplace stack.

Learn how to use Application Migration in Oracle Cloud Infrastructure to migrate your Oracle WebLogic Server domain resources and applications from your existing Oracle Java Cloud Service instance in Oracle Cloud Infrastructure to a new domain in Oracle WebLogic Server for Oracle Cloud Infrastructure. 

Learn how to connect your Java app to Autonomous Transaction Processing in 4 easy steps.

For more information, see the documentation.

Learn how to connect your Java app to Autonomous Transaction Processing in 4 easy steps.

For more information, see the documentation.

With WebLogic Server for Oracle Cloud Infrastructure, you can rapidly provision a new WebLogic Server domain, along with supporting compute, network, and storage resources, to host your Java Enterprise applications.

Learn how to use an action chain to access and modify the values in ArrayDataProviders in your app with a JavaScript function, and use data provider refresh events.

For similar videos on how to develop your visual application, see the Visual Builder How-To's playlist.

This document describes what's new in Oracle Java Cloud Service.

This document describes what's new in Oracle Java Cloud Service - SaaS Extension

This 10-minute tutorial shows you how to connect an Oracle Java Cloud Service Instance to an Oracle Cloud Infrastructure Database.

Oracle's Autonomous Transaction Processing cloud service provides all of the performance of the market-leading Oracle Database in an environment that is tuned and optimized for transaction processing workloads. Oracle Autonomous Transaction Processing ( or ATP ) service provisions in a few minutes and requires very little manual ongoing administration and is therefore ideal for developers to build and test their applications.

Often times, you would prefer to interact with your cloud services programmatically over REST rather than log into the cloud console and click through screens. Besides, by creating your own deployment and management scripts you can save and reuse your deployments, set gold standards and in fact store entire application infrastructure stacks as version controlled code.

The Oracle Cloud Infrastructure APIs are typical REST APIs that use HTTPS requests and responses and support HTTPS and SSL protocol TLS 1.2, the most secure industry standards.

Also, All Oracle Cloud Infrastructure API requests must be signed for authentication purposes. To create and sign your API requests, you must –

• Form the HTTPS request (SSL protocol TLS 1.2 is required).
• Create the signing string, which is based on parts of the request.
• Create the signature from the signing string, using your private key and the RSASHA256 algorithm.
• Add the resulting signature and other required information to the Authorization header in the request.

While these seem like a lot of steps and can make your curl statements look sick, they are meant to avoid using username/passwords and are based on the draft-cavage-httpsignatures-08 specification for secure communication over the internet.

Let's take a look at how to generate REST calls to the Oracle Cloud Infrastructure using a popular scripting language, node.js. While we are using node.js to build some sample calls to create and list Autonomous Database services, you may use similar concepts to build scripts in Python, Golang, Ruby, Perl, Java, C#, bash or even curl!