Irtaza is from Pakistan and he has been collaborating with Tester Work for about 3 years now as a freelance tester. He is the author of the article below, which focuses on a complete guide about smoke tests. This will help you develop your understanding about this kind of testing and give you the knowledge and skills needed in order to apply it in every-day testing.
What is Smoke Testing?
Smoke testing, also known as “build verification testing,” is a type of software testing that is used to determine whether a build is stable enough to proceed with further testing. It is a quick, superficial testing method that is used to identify major issues that need to be addressed before more in-depth testing can be done.
Smoke testing is typically the first level of testing that is performed on a new build of the software. It is meant to be a high-level test that checks the most essential functions of the software to ensure that it is working as expected. The goal of smoke testing is not to find all of the bugs in the software, but rather to identify the most serious issues that need to be addressed before the software can be tested more thoroughly.
Why is Smoke Testing Important?
Smoke testing is an important step in the software testing process because it helps to ensure that the software is of high quality and ready for further testing. By identifying major issues early on, smoke testing helps to save time and resources that would otherwise be spent on more in-depth testing of unstable builds.
Smoke testing is especially important in agile software development environments, where new builds of the software are released frequently. By performing smoke testing on each build, teams can quickly identify any major issues and fix them before they become bigger problems. This helps to ensure that the software is always in a stable and reliable state.
How is Smoke Testing Performed?
Smoke testing is typically performed by running a set of predetermined test cases on a build. These test cases are designed to cover the most important functionality of the software and are meant to identify any major issues that need to be fixed. The test cases for smoke testing are usually selected by the development team and are based on the most essential functions of the software.
When performing smoke testing, testers should focus on testing the software’s most important features and ensuring that they are working as expected. It’s important to note that smoke testing is a simple testing method and is not meant to find all of the bugs in the software.
In the context of Tester Work, smoke testing refers to the process of testing a new build of the software provided to ensure that it is stable and ready for further testing. This might involve running a set of predetermined test cases on the build to cover the most important functionality of the software and identify and report any major issues that need to be fixed.
Here are the steps for performing smoke testing:
Obtain a new build of the software: In order to perform smoke testing, you will need to have a new build of the software that you want to test. It will be provided by Tester Work after you have been invited to the smoke test.
Identify the most important functions of the software: Before you begin testing, you should identify the most important functions of the software. These are the functions that are most essential to the operation of the software and should be tested first.
Create a set of test cases: Next, you should create a set of test cases that cover the most important functions of the software. These test cases should be designed to identify any major issues that need to be fixed.
Set up the test environment: Before you can begin testing, you will need to set up the test environment. This may include installing the software, setting up any necessary hardware or software dependencies, and ensuring that the test environment is configured correctly.
Run the test cases: Once the test environment is set up, you can begin running the test cases. As you run each test case, pay close attention to the results and make note of any issues that you encounter.
Report the bugs: As you run the test cases, be sure to report any bugs that you find. This will help you to be the first one to report the issue and receive the payment if it is accepted.
Conclusion
Smoke testing is a crucial step in the software testing process that helps to ensure that builds are stable and ready for further testing. By identifying major issues early on, smoke testing helps to save time and resources and helps to ensure that the software is of high quality. It is an important part of any software testing strategy and should be performed on every new software build.
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