Understanding Different Types of Software Testing in Detail

The true value of a software application can only be assessed based on the testing process and testing types it has gone through. The platform of software testing acts as a valuable contributor for determining the overall quality of the software application in terms of usability, security, scalability, functionality, and performance. There are well-defined software testing types that play a tactical role in enhancing the overall quality of an application. In this article, you will get to know the different types of software testing.

Following are the different types of software testing:

1. Performance testing: It is a testing method that is performed to validate the software performance under varying workload conditions. There are specific performance testing tools that can be used to scrutinize the application’s performance and come up with performance-related issues.

Some of the best performing performance tools are Apache JMeter, Testing anywhere, Web LOAD, LoadView, Appvance, etc.

2. Unit testing: Individual units or components of a software program are tested in this testing method. Most programmers are responsible to carry out unit testing, rather than testers. Detailed knowledge about the code and internal program design are required to conduct this testing. In certain scenarios, preference is also given to developing test-driven modules.

3. Integration testing: This testing method is performed to test the integration between modules and their performance. The goal is to check whether the combined modules can function properly or not. Integration tests should be generally fewer than unit tests. Some of the best tools that can be used for this testing type are Mocha, Jasmine, etc.

4. Acceptance testing: It is also known as user acceptance testing where a user/client will be given the responsibility to test the product in a real-time environment and then provide their valuable feedback. Feedback is derived by taking into account the product’s capability to meet business requirements and user expectations.

5. Security testing: The application’s security is assessed to ensure that all the standard security guidelines are properly implemented so that security breaches can be prevented. Security tests are conducted to know how secure the application is from cyber-attacks and thus find security issues. These issues related to security are then tactically resolved by the security testers.

6. Usability testing: The level of user-friendliness an application can provide is ascertained in this testing method. The usability in line with user experience is checked. A group of users can be invited to test the product and then provide their feedback in terms of how user-friendly a product is and whether it is able to provide the best user experience or not.

7. Smoke testing: The major features of a software application or system is tested in order to determine whether it is working as expected. Whenever the development team provides a new software build, smoke testing is performed in order to validate the build and ensure that there are no issues. If there are any defects then it needs to be resolved.

8. Sanity testing: When the software build is received, this testing method is performed to make sure that the code changes that have been made are working as expected. It acts as a checkpoint to ascertain whether the build can be sent for further testing or not.

If the sanity test fails, then the build is rejected by the testing team. The build should again go through the smoke testing and clear the testing process, only then can the QA team move this build for further testing.

Conclusion: If you are looking forward to implementing software testing for your software development project, then do get connected with a top-notch software testing services company that will provide you with feasible testing solutions that are precisely in line with your project-specific needs.

About the author: I am a technical content writer focused on writing technology-specific articles. I strive to provide well-researched information on the leading market-savvy technologies.