What is Stress Testing?
Load testing is a type of non-functional testing and kind of a Performance Testing and is used to observe the stability of the application or server. The main purpose of this testing is to identify the breaking point of the system.
It defines the upper limit of the application by increasing the application environment to its maximum level.
Under normal condition, an application can perform well but in the process of stress testing, a number of issues can be tracked in your application. However, it helps in determining the robustness of the application and also in ensuring its recovery from failure.
Attempting to hack into a computer and use it as a zombie to spread spam
Flooding a server with useless e-mail messages
Attempting to infect a system with viruses, Trojans, spyware or other malware.
Advantages Stress Testing
Determines the side effects of common hardware or supporting application failures.
Defines if data can be corrupted by overstressing the system.
Stress Testing can provide you with the neccessarydata that is hard to find anywhere else
Makes it easier to test an application’s concurrency
Types of Stress Testing:
Here are a few types of stress testing that are generally involved and practiced while putting an application under stress:
Application Stress Testing:
Application Stress Testing helps in uncovering defects like network congestion, data blocking and locking, and performance bottlenecks of different methods across the application.
Transactional Stress Testing:
This type of stress testing is aimed at testing the application’s working capability at a transactional level with load volumes that are beyond its anticipated production operations. Such test helps in optimizing, tuning, and finding error conditions at the particular component level.
System Stress Testing:
Systemic Stress Testing involves pushing the expected capabilities of multiple applications that run on the same system by generating extreme load conditions. The main goal of this process is to uncover defects in circumstances where different applications block each other to vie for using system resources like memory, disk space, network bandwidth, and processor cycles.
Difference between Load Testing and Stress Testing
Load testing differs from stress testing, which evaluates the extent to which a system keeps working when subjected to extreme work loads or when some of its hardware or software has been compromised. The primary goal of load testing is to define the maximum amount of work a system can handle without significant performance degradation.
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