When Should We Do Smoke And Sanity Testing?

Smoke testing is executed at the initial stage of SDLC, to check the core functionalities of an application. Whereas Sanity & Regression testing are done at the final stage of SDLC, to check the main functionalities of an application.

When should we do smoke testing and sanity testing?

Smoke testing is done to assure that the acute functionalities of program is working fine. Sanity testing is done to check the bugs have been fixed after the build. Smoke testing is also called subset of acceptance testing. Sanity testing is also called subset of regression testing.

When should we do sanity testing?
Sanity testing is usually performed after receiving a fairly stable software build or sometimes when a software build might have undergone minor changes in the code or functionality. It decides if end to end testing of a software product shall be carried out further or not.

When should you run a smoke test?

Smoke Testing is done whenever the new functionalities of the software are developed and integrated with an existing build that is deployed in a QA/staging environment. It ensures that all critical functionalities are working correctly. In this testing method, the development team deploys the build in the QA.

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Which testing is done first smoke or sanity?

As per the requirement of testing & time availability, the QA team may have to execute Sanity, Smoke & Regression tests on their software build. In such cases, Smoke tests are executed first, followed by Sanity Testing & then based on time availability regression testing is planned.

What is STLC life cycle?

The Software Testing Life Cycle (STLC) is a sequence of specific actions performed during the testing process to ensure that the software quality objectives are met. The STLC includes both verification and validation. … It consists of a series of methodological activities to help certify your software product. You may also read,

Which testing is performed first?

Static testing is performed first. Check the answer of

Why is it called a smoke test?

According to Wikipedia, the term “smoke testing” likely originated in the plumbing industry; plumbers would use real smoke to discover leaks and cracks in pipe systems. Sometime later, the term appeared in electronics testing. Power up a device… if you see smoke, then, well, that isn’t good.

Can we automate smoke testing?

Smoke Tests can be executed manually or can be automated based on the test requirements. It applies to different levels of software testing like integration testing, system testing, and acceptance testing. This is non-exhaustive testing with a very limited number of test cases. Read:

How do you perform a smoke test?

  1. Prepare for Testing. After you’ve completed the build successfully — and before you test your application — you may need to perform setup steps. …
  2. Get Your Test Files. Your next step is to gather the files required for your smoke test. …
  3. Write a Script. …
  4. Clean Up.
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Why sanity testing is performed?

Definition: Sanity testing is a subset of regression testing. After receiving the software build, sanity testing is performed to ensure that the code changes introduced are working as expected . This testing is a checkpoint to determine if testing for the build can proceed or not.

What is regression and smoke testing?

Smoke Testing is the Surface Level Testing to verify stability of system. Regression Testing is the Deep Level Testing to verify the rationality of system. … Smoke tests are performed by the developers. Regression tests are performed by the professional testers.

Do we write test cases for smoke testing?

Smoke testing is a type of preliminary software testing that is used to test whether the software is stable or not. It is a subcategory of test cases that aims to assess the core functions of the software. This then determines whether the build is stable enough to run further, more in-depth tests on.

What are the 7 phases of STLC?

  • Phase 1: Requirement Analysis.
  • Phase 2: Test Planning.
  • Phase 3: Test Case Development.
  • Phase 4: Test Environment Setup.
  • Phase 5: Test Execution.
  • Phase 6: Test Cycle Closure.

Why is V model used?

V-Model is used for small projects where project requirements are clear. Simple and easy to understand and use. This model focuses on verification and validation activities early in the life cycle thereby enhancing the probability of building an error-free and good quality product.