Automation Testing or Manual Testing: Which Is Best for Oracle

Most organizations are migrating to Oracle Cloud. They reap the advantages of frequent updates in Oracle. There are many frequent updates released by Oracle to provide a quick advantage, new features, and functionalities. However, the fact cannot be denied that directly putting these updates can lead to problems in the existing functionalities. This is why testing becomes crucial to address issues, such as the risk of business process failure. The testing can be broadly classified as manual testing and automation testing. In manual testing, humans create and execute the test scripts whereas, in automation testing, Oracle testing tools are used. But the question is, which type of testing is suitable for the Oracle applications?

In this blog, we will explore the major difference between manual and automated testing

A Quick Comparison Between Manual and Automated Testing

• Testing carried out manually by a human tester is known as manual testing. There is no use of tools or scripts in this testing. On the other hand, testing which is executed with the help of automated tools, scripts, and software is called automation testing. In this, the test scripts are created and executed through automation tools.
• The execution time is faster in automation testing because the test suites are created and executed through automation tools. Manual testing is time-consuming because all the test suites are designed and created by human resources.
• There are different types of frameworks, such as modular-driven, keyword-driven, and data-driven used by the automation engineer for faster execution. There is no requirement for a framework while performing manual testing.
• There are fewer chances of human error because testing is performed through automation tools. There is a high possibility of error because testing is done by humans.

What Are the Major Concerns in Automated Oracle Testing?

Periodic Updates

Oracle delivers four updates yearly, meaning customers must perform regression testing at least quarterly. In addition to periodic updates, every update needs at least two rounds of testing. One round of testing is required in the test environment, and another in the production environment. The two rounds of testing should be completed in less than two weeks.

Because each testing cycle can include several business processes with thousands of possible configurations, manual testing is not a viable solution for Oracle quarterly certification.

Security Role Confirmation

Oracle Cloud applications operate on a role-based security model. There is the possibility that the functional security roles may change with the quarterly updates, so it is required that enterprises use the Oracle testing tools to validate security during each update. The automation of Oracle Cloud testing helps organizations accelerate the cycle’s release, empowers business and IT teams to focus on other productive tasks, and minimizes business risk through enough coverage of the tests.

The implementation and maintenance of the test automation process for Oracle Cloud are challenging. Let’s look at some of the associated challenges.

Challenges Arise While Automating the Oracle Cloud Test Automation

• Oracle is a highly dynamic application that comprises dynamic attributes. Furthermore, Oracle Cloud apps need the proper coding skills to automate components like iframes and frames successfully.
• The Oracle Cloud updates also lead to structural and functional changes that result in changes to existing functionalities. All this may lead to test scripts’ disintegration, eventually leading to test failure.
• In most scenarios, enterprises use third-party technologies and Office 365 with Oracle Cloud apps. In very few cases, Oracle operated as a standalone app. Because most automation tools have limitations on cross-technology validation, organizations need help integrating updates with Oracle applications.

Conclusive Thought

Oracle is undoubtedly an important software for almost all the businesses. There are different challenges associated with the implementation of Oracle. However, the complexities can be overcome through robust testing strategies and tools.

Opkey is a no-code test automation Oracle testing tool that makes use of AI technology to streamline the testing process for Oracle users. It comprises interactive dashboards that provide users the option to track and monitor each testing phase It assimilates end-to-end testing to ensure the business process works from beginning to end seamlessly.