Maintaining the high performance of an ERP system is crucial for optimal execution of your business processes, and testing helps to identify performance issues. Yet, performance testing is possibly the most expensive form of testing because of its complexity. That is why it is particularly important to facilitate best practices to make it cost-effective.
Best Practices for Microsoft Dynamics 365 Performance Testing
Best practices provided by the developers of Microsoft can be of great help, since these specialists know the design and underlying processes of their products very well. Still, their knowledge might not be thus extensive when it comes to the practical appliances of their software. In practice, there might be better solutions for certain issues than the ones suggested by the official Microsoft team.
For example, while official best practices discourage using pure SQL, developers working with Microsoft Dynamics 365 in the business environment find it very effective. Using official best practices is not always an ideal choice.
At the same time, there are best practices suggested by expert technicians dealing with the implementation and maintenance of Microsoft Dynamics 365 in companies. These are based on real-life business experiences.
When is ERP System Performance Tested?
The best practice for the performance testing schedule is every release of a system update. Since Microsoft Dynamics 365 empowers interconnected processes that can affect seemingly unrelated business tasks, it is crucial to make sure a system modification will not cause any disruption.
Unfortunately, this can be rather expensive, therefore, specialists tend to execute complex performance tests only when an update affects significant business processes. Still, the overall performance of the process affected by an update has to be checked as well.
Best Practices for Performance Testing That Work
Technical specialists with expertise in working with real-life projects emphasize the importance of utilizing a testing tool supporting the creation of reusable, flexible, and modular test scripts for minimizing rework in the future. The tool used for ERP system performance testing should also offer peak load simulation. The choice of such software is rather modest, while the apps providing such functionality can be highly expensive. Yet, some applications, for example, Executive Automats are making performance testing affordable.
For testing, it is advised to build a workload model while consulting business specialists so that testing scenarios regarding performance will be based on the interactive activity of active system users as well as the batch-based traffic. While the peak hour scenarios should help to analyze the performance under the load, there also should be soak test scenarios. Those should be designed for assessing the robustness of the system occupied by particularly active users who are performing tasks for a prolonged period of time.
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