Understanding the Basic Types of Software Testing
The thought of testing’ used to bring back terrible high school memories for me personally, of sitting anxiously in a class so quiet you could hear the buzzing of a fly’s wings. However, when it comes to software testing, I discover I am constantly filled with yearning anticipation as I experiment and play many of the most advanced software products, way before they hit the shelves.
The part of software testing isn’t all fun and games though, it is, in fact, one of the most essential steps in the program creation process, an intricate and innovative procedure that helps ensure that all the software developed is qualified for launching and thereafter ensures that products are continuously running easily whilst in use.
There are different steps in analysing and each has its own specific times of the program, testing different facets of this software. Below I have listed some different types of software testing applied to help develop lots of those favourite apps you use regularly.
BLACK BOX TESTING
As a quality assurance tester, I utilise Black Box Testing. This means that my primary focus is exactly what the code generates more so than the code itself. Black box testing is also known as Behavioural Testing, in different conditions, it assesses the method by which in which the code reacts through viewing the elements found on a display of a gadget.
This is done during the development period and comes before an entire procedure test. Integration Testing can help to guarantee the functionality of components in a program and to find whether there are any weak points in the interfaces and components between integrated systems or components which will cause it to crash.
SYSTEM TESTING
System Testing is performed on a full product once every part of a system/application is completed being developed. It’s done before the launch of the item and ensures it is going to work as a whole across multiple programs.
USABILITY TESTING
Usability Testing investigates the way the customer or customer would experience the design of an application/system. It helps ensure that the entire machine is up to standards and also helps to predict the success of a product. If a product is too difficult/complicated to utilise, then there is a chance that the item will not be very popular. This can result in changes in the way the system operates.
STRESS TESTING
There is always a risk that a system could crash, especially under the strain of countless consumers concurrently functioning the program. To prevent this, a software product expands a stress test to appraise the way the system will behave under specified conditions. The information gained from this test gives developers more information concerning how the machine could be improved to decrease and in most cases completely avoid a crash.
FEATURE TESTING
There is always room to improve any product, this contributes to updates and new features being added to a product while it’s available in the market. Before any new features can be inserted, they will need to be analysed to ensure they will not cause the existing system to crash or cause the existing features to become faulty.
Software testing ensures that only products with the highest quality are introduced to the market. It’s about reducing risk and making sure that the end-user has an overall positive experience with the given application.
