Everything You Should Know About Automated Smoke Testing

Everything You Should Know About Automated Smoke Testing

Sep 16, 2022, 12:51:16 PM Tech and Science

Automated smoke testing is a form of testing during which we run the most important tests to determine whether or not the application is ready for more thorough testing. Build verification testing is another name for it. We use smoke testing when we need to employ a batch of automation testing cases and also the build can be checked quickly every time a new bug is discovered.

A collection of test cases encompassing the most essential functionalities is run on the build. The functionality enclosed by automated smoke tests is critical, and failure to pass them results in the build being rejected.


When Should an Automated Smoke Test Be Conducted?

Automated smoke testing must be done early in the testing life cycle. It quickly assesses the build's productivity and determines whether or not the basic requirements can be met. Because software development is constantly divided into several cycles to ensure that all angles are covered. It's critical that every cycle has a stable codebase. Smoke testing takes very less time to meet this need before regression testing, and we save time in the process.


The Importance of Automated Smoke Testing

The automated smoke testing cycle, which is carried out by QA teams within the test environment. It determines if the released build meets the core aim and whether it needs to be tested further. To put it another way, if somehow the build fails any fundamental functionality test scenario, the QA team will reject it right away and cease testing it.

This type of methodology and verification approach also evaluates the build's stability and entire functionality, and if it fails automated testing, there's no use in continuing to test it.


Example of Automated Smoke Testing

Let's look at an example to understand the importance of automated smoke testing:-

Let us say we're testing a huge web application with hundreds of test cases. If we get the build containing a new feature or even some bug fixes, one approach to test it is to run the entire test execution cycle. It will require a significant deal of time and resources to finish the entire test execution cycle.

This appears to be fine when the build seems stable and has just minor flaws. However, the true issue emerges when the build isn't reliable and the essential features aren't operating. In this situation, we have squandered the testing team's time while simultaneously making the entire development team and stakeholders wait for the build's reliability.

Automated smoke testing was established to deal with such situations. Instead of commencing with the entire regression testing process or all of the test cases, you can instruct the testing team to examine only the main features in this method.

If this build is stable, you can immediately go on to exhaustive testing, and if the build isn't stable. Then, the development team is instantly warned of the build's instability.

Certain automated smoke tests for apps like Gmail can incorporate test scripts that are really important to the program, such as the user's ability to log in. The inbox being filled with incoming emails, the user's ability to create and send mail, and so on.


Automated Smoke Testing Features

Here are some of the features of automated smoke testing:- 

Build verification testing - Build acceptance testing or build verification testing is another name for this type of testing.

Shallow and wide strategy - The shallow and wide strategy of testing addresses a broader range of functionality while focusing on the most frequent and fundamental use scenarios.

Documentation - Most of the automated smoke tests are usually documented.

Benefits of Automated Smoke Testing

Let us now look at some of the benefits of automated smoke testing:-

1. It aids in the rapid identification of faults with critical functioning.

2. When errors are discovered during automated smoke tests, the build is rejected. The testing team does not continue the testing process in the incorrect build, which saves time.

3. Automated smoke testing may be used to quickly identify integration concerns.


Conclusion

Automated smoke testing, with its numerous advantages, should be considered since it saves a lot of time and estimates stability early on, reducing the overall cost. You can conduct automated smoke testing on your own, but to get the most out of the testing process, you should consider partnering with a professional software testing company like QASource.

Visit QASource now to implement the best-in-the-industry software testing services for tour software products.


Published by qasource testingexperts

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