Smoke Testing Its Techniques and Advantages

1. Smoke Testing: Its Techniques and Advantages

2. What is smoke testing? Smoke testing is focused to verify the functional requirements and software build and ensure that they are in accordance with the software development and software testing process. This testing method is carried out in the initial stages of the software testing process and makes sure that the functional testing can be carried out in a streamlined manner. In this article, you will know about the techniques and advantages of smoke testing. It is a testing method that makes sure that the deployed software build is stable or not. It ensures that the application’s major functionalities are working just fine. It is also known as “Build Verification Testing.”

3. The need for smoke testing Smoke testing is performed initially in the software application development process. Consider a scenario of taking into consideration an e-commerce application. The software build is deployed for testing on the test environment. During the testing process, there was an issue regarding the user not able to login into the application and thus not being able to navigate further. This means that the first step of user log in is not functioning, as the user is unable to log in. If the crucial functionality is not working fine, there is no need to perform any detailed testing or exhaustive testing. To tackle and solve these types of scenarios, smoke testing is performed, which also helps in saving time and reducing costs. Following are a few key reasons to perform smoke testing: 1. In the initial stages of the software development process, major issues are identified 2. The efforts and time of the QA team is reduced, as time could have been wasted to make the build stable 3. Defects are identified in the early stages of software development 4. The stability of software applications is identified.

4. Techniques of smoke testing 1. Manual smoke testing: In order to find whether the software application’s crucial applications are working fine or not, manual smoke testing is performed. Critical bugs are uncovered in the initial stages of the software development life cycle process, by checking the application in a streamlined manner. A limited number of test cases are executed manually in order to find the application’s stability and if the test cases can further move to exhaustive testing. 2. Automated smoke testing: In this technique, test cases are automated by testers before the build is being released to the testing team. It is considered to be a part of regression testing. Various automation frameworks can be used to automate the test cases. The manual efforts of the testing team can be reduced by automated test cases, every time when there is a release of a new build. Once the test cases are automated for smoke tests, an automated test suite is run by QA teams without any manual intervention.

5. Advantages of smoke testing: 1. Defects are identified early in the critical functionalities of the software application. 2. The risk of failure is reduced and the defects are found in the initial stages of the software development process. 3. It is quite easy to perform as the testing team does not require any special efforts and a high level of expertise to perform smoke testing. 4. The efforts and time of the testing team are saved to a great extent. 5. The quality of the software application is improved. 6. Test cases of a limited number are executed, which covers mostly positive scenarios. 7. The requirements are confirmed as mentioned in the Software Requirement Specifications (SRS) document.

6. Conclusion If you are looking forward to implementing smoke testing for your specific project, then do get connected with a top-notch software testing services company that is in line with your project specific requirements. 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.