Oracle has evolved into a comprehensive business solution. The digital heart of Oracle’s enterprise resource planning (ERP) products is the brains behind the company’s hundreds of vertical market features. There are many moving parts in an Oracle environment, such as updates, patches, and new software that must all be integrated and run properly.
Without an Oracle test automation solution like Opkey test automation platform, quality assurance of such a massive system would be challenging. This is why it is so important to learn how to use the diverse array of tools available today and to determine which ones are best suited to your unique Oracle setting. Organizations may save time and money on testing and reduce business risks with the help of the right Oracle test automation technology.
The interface has to be straightforward enough that a business user or tester may easily see which tests failed.
The software needs to be able to integrate with other test management and CI systems without requiring the user to learn any new code.
All of your Oracle-integrated apps and technologies should be thoroughly evaluated, which is why you need a solution that supports End-to-End testing.
More functionality pertaining to testing on Oracle Cloud, such as reports for various modules, security checks, and validation of payroll data, should be made available by the tool.
Here, the article will break down each of these capabilities and discuss why they’ll be crucial to the success of your future Oracle test automation platform.
Availability of a Wide Range of Technologies
Distributed Oracle applications are integrated with a wide variety of different business processes, including APIs, web UIs, mobile and web services, ESBs, mainframes, and other enterprise resource planning (ERP) systems. In most organizations, there are test cases that include software from a number of different developers. Oracle Cloud and Salesforce integrations, for instance, are commonplace for End-to-End CPQ workflows, while Oracle Cloud and Oracle EBS integrations are commonplace for HCM use cases. If your chosen automation testing platform doesn’t provide cross-technology testing, you’ll have to house several automation solutions, which will increase the time and effort required for test maintenance and make it almost hard to grow.
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Low Effort in Keeping Tests Up to Date
Distributed Oracle applications are integrated with a wide variety of different business processes, including APIs, web UIs, mobile and web services, ESBs, mainframes, and other enterprise resource planning (ERP) systems. In most organizations, there are test cases that include software from a number of different developers. Oracle Cloud and Salesforce integration is prevalent for End-to-End CPQ, while Oracle Cloud and Oracle EBS integration is frequent for HCM use cases. If your chosen automation testing platform doesn’t provide cross-technology testing, you’ll have to house several automation solutions, which will increase the time and effort required for test maintenance and make it almost hard to grow.
A Program-Free User Interface
Tools that make use of AI, advanced analytics, machine learning, and process discovery are highly recommended in the highly adaptable Oracle environment. With these tools, businesses may efficiently design and update their tests.
Codeless testing technologies allow non-technical people to easily design and update modular tests.
In addition, a codeless interface facilitates the reusability of pre-built test components across test kinds. The test suite may be kept up-to-date automatically as the needs of the application evolve, helping businesses reduce risk by quickly pinpointing which tests are affected by changes made in Oracle Cloud.
Conclusion:
Opkey has advanced knowledge of the Oracle technology stack, making it the best codeless test automation solution available. Opkey’s pre-built test accelerator allows you to repurpose assets with little to no extra development time. In the long run, you may save a lot of time and money by just having to model your business processes once before reusing them indefinitely to speed up automation flows and lessen the load of maintenance.
