Smoke testing helps in identifying and fixing minor issues that might arise in the initial stages of the software development process. This will in turn help in avoiding the delay of the product's release. It verifies whether the deployed software build is reliable or not. On every build, a minimal number of tests can be executed, so that the software's functionality can be verified accordingly. In this article, you will get to know the working, techniques and advantages of smoke testing.
What is smoke testing? It is a testing method that measures the efficiency, stability, integration ability and functionality of a software program under development. It also makes sure that the deployed software build is stable and verifies if there are issues related to the software build. It is also called Build verification testing. A series of tests are involved that are conducted by the testers using manual or automated smoke test methods. Selenium and PhantomJS are two key smoke testing tools. All the software components are tested by testers so that glitches and coding issues can be uncovered. Smoke tests provide the required support to the QA team in ascertaining, if the software product or application can be released or not. A smoke testing tool can be leveraged as and when required. The following are the steps needed to conduct smoke testing: 1. The testing type should be decided: The team should decide whether to opt for manual testing, automated testing or hybrid testing. In the initial stages of software testing, manual testing is the preferred method by testers. The navigation of the critical paths is verified by the team to know whether it as per the specific requirements or not. Quality analysis is conducted on the build version and system defects are found by functional testing. Once the software product is tested and updated for a certain number of times then automated tests can be leveraged, wherein a smoke testing tool can be used. 2. A list of test scenarios should be prepared: The test scenarios that are used in smoke testing depend on the particular software program that is being used for testing along with its functionality, features and intended goal. Any previous test run on the product is being considered. 3. Test results need to be recorded: After completing each test, test results are recorded, which, in turn, helps in maintaining an accurate record of the testing activities. Complex recording methods need not be used. 4. Ascertain the product readiness: Once the smoke test results are recorded then the team should decide whether the software program is ready for functional testing or needs further developmental work. Smoke testing techniques: 1. UI smoke testing: The application's user interface (UI) components are the focal point in this testing technique. This technique verifies whether UI interactions and elements are operating as intended or not. 2. Acceptance smoke testing: The fundamental acceptance standards that are established by stakeholders or clients should be met by the application build. It is carried out before the acceptance testing process. 3. Daily smoke testing: Smoke tests are conducted daily, especially for those projects wherein the development process includes continuous integration and frequent builds. This testing technique makes sure that the daily build meets minimal requirements for quality. 4. Manual testing: For each product that has been built, the tester has to write, modify, develop or update the test cases. The test scripts will be written by the tester for existing features or new features. 5. Automated testing: The testing process is conducted through a smoke testing tool. The testing process is carried out in a limited amount of time with higher efficiency. Conclusion: If you are looking forward to implementing smoke testing for your specific project, then do get connected with a specialized software testing services company that will provide you with the right testing tactics that justify your project specific requirements. 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.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. Archives
November 2020
Categories |