Stress Testing Process
The stress testing process is divided into 5 steps:
- Planning the stress test: This step involves gathering the system data, analyzing the system, and defining the stress test goals.
- Create Automation Scripts: This step involves creating the stress testing automation scripts and generating the test data for the stress test scenarios.
- Script Execution: This step involves running the stress test automation scripts and storing the stress test results.
- Result Analysis: This phase involves analyzing stress test results and identifying the bottlenecks.
- Tweaking and Optimization: This step involves fine-tuning the system and optimizing the code with the goal meet the desired benchmarks.
What is Stress Testing in Software Testing?
Stress Testing is a software testing technique that determines the robustness of software by testing beyond the limits of normal operation. Stress testing is particularly important for critical software but is used for all types of software. Stress testing emphasizes robustness, availability, and error handling under a heavy load rather than what is correct behavior under normal situations.
Table of Content
- Characteristics of Stress Testing
- Need For Stress Testing
- Purpose of Stress Testing
- Stress Testing Process
- Types of Stress Testing
- Stress Testing Tools
- Metrics of Stress Testing
- Benefits of Stress Testing
- Limitations of Stress Testing
- Conclusion
Stress testing is defined as a type of software testing that verifies the stability and reliability of the system. This test particularly determines the system’s robustness and error handling under burdensome load conditions. It even tests beyond the normal operating point and analyses how the system works under extreme conditions. Stress testing is performed to ensure that the system does not crash under crunch situations. Stress testing is also known as Endurance Testing or Torture Testing.
Prerequisite – Types of Software Testing