Types Of Testing Done After Software Development

Hello guys, welcome back to our blog. Here in this article, we will discuss the types of testing done after software development, what is the purpose of each testing, and why testing is required after development.

If you have any electrical, electronics, and computer science doubts, then ask questions. You can also catch us on Instagram – CS Electrical & Electronics.

Also, read:

Types Of Testing Done After Software Development

Software testing is the practice of assessing a software application’s functionality with the goal of identifying and correcting bugs. It entails running a software system or component to see if it complies with the requirements and to spot any issues or restrictions. Software testing’s goal is to check and confirm that the software product complies with all business and technical criteria, as well as to find any flaws or problems that need to be fixed before the product is made available to end customers.

Software testing comes in a variety of forms, including unit testing, integration testing, system testing, and acceptance testing, each of which has a specific goal in mind. Software testing can be done manually or automatically with the aid of testing tools. Effective software testing can aid in ensuring that the program is dependable, user-friendly, and appropriate for the task at hand.

Types Of Software Testing

01. Unit Testing

This type of testing, which is the most fundamental, is carried out on individual software modules or components. Unit testing checks that each component of the software system is operating as planned. The majority of unit tests are created by developers and are automated, making it simpler to run tests again when the code changes.

02. Integration Testing

Integration testing is carried out following unit testing to examine how various units or modules interact with one another. The purpose of integration testing is to find and fix any problems that might occur when components are put together as well as to make sure the system functions as a whole.

03. System Testing

System testing entails putting the complete software system through its paces in a practical setting. This kind of testing is done to ensure that the software satisfies the requirements and is appropriate for the task at hand. Functional, performance, security, and user acceptance testing are frequently included in system testing.

04. Functional Testing

The functional requirements of the software are validated during this form of testing. It entails testing the software to make sure it performs as anticipated and complies with any requirements set forth by the client or organization.

05. Performance Testing

Performance testing is used to assess the software’s responsiveness, speed, stability, and scalability under a variety of loads and circumstances. Performance testing aims to locate bottlenecks and enhance the software’s performance.

06. Security Testing

To assess the software’s security and find any potential flaws or security hazards, security testing is carried out. This kind of testing simulates actual attack situations to gauge how well the software can spot and stop security breaches.

07. Acceptance Testing

To ascertain whether the software is prepared for deployment to end users, acceptance testing is carried out. In this kind of testing, the software is assessed from the viewpoint of the end-user to see if it satisfies their expectations and needs. Although a specialized testing team can undertake acceptance testing, the client or end users are more frequently the ones who carry it out.

08. Regression Testing

Regression testing is carried out following software modifications to ensure that the changes don’t adversely affect already-existing functionality. This kind of testing is crucial to verify that software modifications adhere to the original specifications and that previously tested functionality continues to function as intended.

09. Smoke Testing

Smoke testing is a type of testing done to see if the software is stable enough to move on to the next phase. In this type of testing, the program is put through a fundamental set of tests to make sure the most important features are operating as intended.

10. Stress Testing

Stress testing is done to assess how the software behaves under heavy loads or other challenging circumstances. This kind of testing is done to figure out where the program breaks and to look for any performance bottlenecks.

11. Load Testing

To assess the software’s performance and behavior under a specific load, load testing is done. The maximum load that the program can manage without exhibiting any performance problems or degradation is ascertained through this type of testing.

12. Usability Testing

To assess the software’s user-friendliness, usability testing is done. In this kind of testing, the user interface and overall user experience of the software are assessed to see if they are clear and simple to use.

13. Compatibility Testing

To ascertain whether the software is compatible with various operating systems, browsers, or hardware combinations, compatibility testing is carried out. This kind of testing is crucial to ensuring that the program functions properly in various settings and with various technologies.

14. Exploratory Testing

Exploratory testing is a loosely defined type of testing that is done to learn and investigate the functionality of the program. This kind of testing is frequently carried out by testers who are familiar with the specifications of the software and are permitted to explore it at will.

15. Beta Testing

Real people who really use the software test it in a real-world setting during beta testing. Before the program is made available to the public, this kind of testing is carried out to find any lingering faults or issues that need to be fixed.

16. Sanity Testing

Sanity testing is a type of testing done to ensure that the software’s fundamental features are operating as intended. This kind of testing is frequently carried out following software modifications to make sure that no crucial functionality has been broken.

17. Integration and System Testing

Although they have somewhat different scopes and focuses, integration and system testing are frequently used interchangeably. System testing concentrates on verifying the functionality of the complete software system, whereas integration testing focuses on testing the communication between various components or modules.

18. Boundary Value Testing

One kind of testing that concentrates on testing the program at its boundaries is called boundary value testing. Using this method of testing, any problems that might emerge when the program is used beyond its capabilities or under difficult circumstances are found.

19. User Experience Testing

User experience testing is a sort of testing that is concerned with assessing the whole software-using experience. This kind of testing includes assessing the user interface, navigation, and general usability of the software to ascertain whether it offers a satisfying and beneficial user experience.

20. Globalization Testing

Testing for globalization focuses on assessing a program’s capacity to support many languages, locations, and cultural norms. A global audience must be able to access and use the software, thus this kind of testing is crucial.

These are some of the software testing methodologies that are most frequently employed. The kind and extent of the software being tested, along with the aims and purposes of the testing effort, will determine the precise forms of testing that are employed. A carefully thought-out testing strategy and a clear comprehension of the software’s capabilities are necessary for effective software testing.

This was about “Types Of Testing Done After Software Development“. I hope this article may help you all a lot. Thank you for reading.

Also, read:

About The Author

Chetan Shidling

Automotive | Technical Blogger | Engineer | Content Creator

See author's posts

Share Now