Smoke testing is carried out at the beginning of the process of developing software to ensure that the components of the software are working correctly or not. This method of testing doesn’t go into the intricate details of the software and instead tests the main functions of the software. It performs the testing process in a short time and thus ensuring speedy execution. To enhance the process of testing smoke and to make it more efficient it is possible to make the smoke testing process automated. When the process of smoke testing is automated, the whole testing procedure becomes more efficient. Through this post, you’ll learn what is involved in automating the process of testing smoke.
What is the purpose of smoke testing?
It is a method of testing that determines if a version of software is reliable or not. It helps determine whether there are any significant issues with the software before advancing it to higher stages of evaluation. Common issues with the application can be identified quickly through this test method. Software flaws, defects, and bugs are easy to spot and corrected through smoke testing.
These are the two main benefits of automating the smoke testing equipment:
- The test procedure is conducted with speedier pace when the process of creating an experiment is complete then the button must be clicked to perform all smoke tests at once. Within a matter of minutes, the results are achieved instead of waiting hours for a group of testers to finish manual testing.
- Critical functions are verified If a program is unsuccessful, you will be informed immediately so that the most serious issues can be fixed before they impact the majority of users.
Automating a smoke test system:
For it to be purpose-built and effective to be efficient, a manageable number of tests must be included in the smoke test suite in order to be performed fast, even when it’s completely automated. A reasonable range for the amount of tests may be between 20 and 50 tests. The aim of this preliminary test program could be undermined when there isn’t enough or too many tests.
These are the exact requirements that must be met in every smoke test:
* The essential features should be only checked
Execution must be performed promptly
* The test must be reproducible for as long as it takes.
* Very few or no false positives can be generated.
One of the major benefits of automating tests for smoke emissions is tests will be performed faster and more frequently, as well as the outcomes will be reported immediately. There are a number of excellent tools for automation available. They are mostly focused on browser automation , and selenium is among the most effective testing tools. The behavior of the user should be replicated in a way that is suitable for testing the latest web-based applications. What you need to concentrate on is that the interactions of a user with the browser application is just part of the activities that occur.
There are numerous hidden elements like CSS-based animations real-time font renderings, asynchronous calling for API, JavaScript events firing and so on. A robust automation framework can allow teams to maintain the transparency of their systems and replicate the behavior of users in each of these components and their functions.
Maintaining smoke tests:
After you have the test set for smoke is developed and is automated, it is essential to think about how to maintain the tests taking into consideration the following essential aspects:
* Maintaining and creating tests
* Daily execution
Developers are to be slapped with a fine if their contributions do not meet the requirements.
Continuous Integration needs to be possible using tools such as CircleCI or Jenkins.
