Over the years, the process of software testing has evolved a lot. Nowadays, most engineers have embraced new methods that include testing software while it is still in the development phase. Such methods have definitely opened up new automation possibilities and eased the process of testing. Despite the advancement, traditional testing is not out of fashion. The fundamental basis for testing still remains to be the detection and removal of bugs. The following thus are some of the vital testing steps that engineers should not overlook.
1.) Core Functionality Testing:
Testing the software’s core functionality involves going over the basic things like data input, navigation, and response testing. These issues are important as they will act as the basis of daily user interaction with the app. Basic testing is important as it is the only way to eliminate flaws that might hamper the usage of the app. Basic testing leads to the identification of flaws. Identification of the flaws is ultimately important to determine the steps you will take to address the issues.
2.) Inspection Of The Code:
After the core functionality of the software has been done, there needs to be a thorough inspection of the code. The code is the core structure that holds the entire software in place. A proper review can thus enable the detection and identification of multiple issues. A code review should be done by experts who are experienced. Any decent software application testing guide includes a detailed explanation of what the code review process involves. Those who are not equipped with coding skills can thus also get a clue of the process by looking at such a guide.
3.) Static Code Analysis:
As part of the code inspection process, it is important to include static code analysis. This process involves an inspection of the raw code without necessarily executing it. This process is guided by special tools. Static code analysis is crucial in the diagnosis of complex issues that pertain to security, privacy and concurrency issues. It is thus important to set the standards by running this code analysis procedure.
4.) Unit Tests:
A software is a system that is composed of many units or components. Some of these components work independently while others depend on other units. Unit testing is thus crucial for the identification and resolution of issues that are specific to some units. Unit tests are often carried because the source code is vital for future use. Almost all software programs require updating and modification in future. It is thus recommended to have thorough unit tests and have proper documentation on these tests.
5.) Performance Testing For Single-Use:
Finally, it is important to test the performance levels for software users. It is common for this testing to be done on the back end. Testing ensures that all flaws that might affect performance are fixed. The tests should not stop at the back end though, issues that might arise on the users’ end need to be analyzed and fixed. Sometimes, the servers might not be the problem. The responsiveness might be affected at the front end. The best move should thus be to analyze and fix any front end issues early enough before they cause trouble for software users.