What is smoke testing & Benefits

 

Today, all industries are focused on delivering high quality results to customers and markets. Software testing is the key to achieving that goal.

There are many ways to test software. These include API testing, unit testing and smoke testing. Integration testing and functional and non-functional testing are all possible. Smoke testing, which is crucial in its own right, is one of the many ways to test software. This blog will focus on different aspects of smoke testing.

ROLE OF SMOKE TESTING

Smoke testing is performed in the test environment by QA teams to ensure that the build meets the core target. It also determines whether further testing should be done. The QA team will reject the build if it fails to meet the core functionality test scenario and will not continue testing it. This is to ensure that the new build has the same core functionality.

This verification process also checks the functionality of the build. If it fails to pass the smoke testing, it is not worth testing. In a nutshell smoke testing can confirm that a build is stable enough for further testing.

WHAT IS THE BEST TEST FOR SMOKE?

As it checks the build's productivity and determines if all the requirements can be met, smoke testing should be done in the first phase of any testing cycle. Smoke testing should be performed whenever a new build is deployed or any changes have been made to the build.

Software development is divided into sprints to cover all corners. Therefore, each sprint must have a stable code. A smoke test is a quick way to fulfill this need before regression testing. This saves us precious time.

WHAT IF THERE IS NOT A SMOKE TEST

Every new build that is being deployed must be rigorously tested with smoke testing. Without it, it is possible for critical bugs to not be detected. This can cause problems later on in the test cycle. An integration error could also be caused by smoke testing.

BENEFITS OF SMOKE TESTING

A. It saves time by identifying major issues during the initial testing phase.

B. Assurance of stability to test further.

 

C. Rapid deployment of quality products as it provides quick feedback.

D. Smoothens integration and makes it easy to track the development progress.

STEPS TO FOLLOW IN SMOKE TESTING

A. Conduct smoke tests in the initial phase.

B. Maintain all smoke tests.

C. It shouldn't take too long.

D. Each deployment and sprint should have a set of test scenarios.

E. Automate smoke testing scenarios if possible to cut down on time and costs.

F. Perform this test for all key components of the deployed build.

Types

There are three types: Manual Method, Automation Method, and Hybrid Method.

Manual method is the most common smoke testing method. Here, the smoke test cases are manually tested for new builds and newly added features. The scripts must be modified according to each requirement.

When we have to use a batch of automated test cases, automation smoke testing can also be used. The build can then be tested immediately whenever a new issue is discovered.

Hybrid smoke testing, as its name implies, is a combination of both methods. Its objective is to improve the overall performance of Smoke Testing.

CONCLUSION

The market and consumers require the most productive end results through major platforms such as. Software testing is the only way to make web-based and mobile-based applications possible.

We have already mentioned that there are many types of software testing methods. Smoke testing is one of them. It is done with each.

developed build to determine if there are any broken links. If so, it should be deployed again to test further.

Smoke testing has many advantages. It saves time, calculates stability early, and that helps to save money.