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Smoke Testing Vs. Sanity Testing — Learn With Examples
In this article, you will get to know about the differences between smoke testing and sanity testing along with an example for each of the testing methods.
Smoke Testing: Techniques, Advantages & a real-time example
Smoke testing is a key testing method that can be used for verifying whether the deployed software build is functional and stable.
What is smoke testing & when to perform smoke testing?
It is a testing method that verifies whether the deployed software build is stable or not. The most crucial functions of the program are worked upon and determined by non-exhaustive software analysis without delving deep into the deeper and finer details. Before the critical testing is implemented, the crucial and basic issues of an application are tested.
Smoke Testing – How To Do It Best?
Smoke testing is considered to be an important task in the software development process, simply because the stability of the software build can be determined. It makes sure whether a new build can be passed on to the next round of testing. In this article, you will get to know the four steps required to perform smoke testing. What is Smoke testing?
Comparing Mobile Automation Testing Tools: Appium, TestComplete, UI Automator and SeeTest
Automating the mobile app testing process will only improve the efficacy of testing and thus ensure that mobile applications of the best quality can be delivered. There are popular mobile automation testing tools that can accelerate and improve the efficiency of the mobile application testing process.
What is smoke, sanity and regression testing? How to CI/CD with them?
It is a testing method that verifies whether a deployed software build is stable or not. It makes sure that the key functionalities of an application are working fine. QA team gets the necessary confirmation through this testing method in order to proceed with further rounds of testing. On each build, a minimal set of tests are run in order to test the software functionalities.
Smoke Testing Suite - What it is, Why You Need it, and How to Automate
Smoke testing is a key software testing type that determines the stability of the deployed software build. In this article, you will get to know about the smoke testing suite, why you need it and how it can be automated.
Sanity Testing Vs. Smoke Testing: Introduction and Differences
Smoke testing and sanity testing play a unique and insightful role in the software testing domain. Both these testing methods have specific priorities and objectives in the software development process. Smoke and sanity testing ensures that specific requirements in the software development stage are met. A comparable software build can be used by smoke and sanity testing in order to test strategically.
How to Choose the Right Test Automation Framework?
A test automation framework combines reporting mechanisms, modularities, project hierarchies, practices, processes, concepts, coding standards and guidelines. In this article, you will know about the six factors that help in choosing the right test automation framework.
Sanity Testing Vs Smoke Testing - Introduction, Differences And Examples Explained
Smoke testing and sanity testing play a key role in Software Testing Life Cycle (STLC) process. Smoke ensures that the overall quality of the system is improved and issues are found in the initial stages of the software development process. The objective of sanity is to ensure that the newly added functionality works as per the expected requirements. In this article, you will get to know about the differences between smoke and sanity along with a relevant example for each.
Important tips for performing Smoke Tests
1. Conduct smoke tests during early stages of a project or product 2. Regularly record all the smoke tests 3. Smoke tests should not take more than an hour 4. These tests should be conducted for every sprint and every release 5. These tests are essential to be performed for each new build deployed 6. Essential to maintain a test case repository 7. Automate smoke tests wherever possible to reduce time and cost 8. Conduct smoke tests for all important and critical functionalities across new