When Smoke Testing done?

 

When Smoke Testing done?

Smoke testing should be performed early in the software life cycle testing. Smoking quick test to verify the quality of build and evaluate basic tasks if they can be executed or not. Testing methods should be adopted when there is a change in building or each time a new build is deployed.

 

This type of testing the stability of the code checks for each run with the new code is deployed. This test method carried out before the detailed functional or regression testing was taken as the testing process requires very less time to get an idea of ​​the stability of the new code.

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how to perform smoke testing in software testing

In the smoke testing, test cases usually includes the most important functions of the system. The basic aim of this method of testing is not to conduct a full examination, but to verify that the critical functions of the system are working properly.

 

It can be useful to know under certain functions such as entry functions, to check the install and run mobile applications, or to check the response of the GUI features a web application or used temporarily in checking some basic operations on the entire web application and mobile applications.

 

What happens if the smoke test is not taken?

What smoke in software testing

In particular, if the smoke testing is not done, then there may be situations in which certain critical bugs to be found and may be a show stopper will be developed for other testing process.

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If this method of testing is not done then there is every chance of some integration errors that may appear when performing other methods of testing the software. Furthermore, it is important for any new build deployed to effectively get the smoke tested to ascertain whether a building can be allowed to process further testing.

 

Benefits of Smoke Testing

1. Detect and picks up a show-stopper bug beginning of the software life cycle and save time

 

2. Work as a gate keeper to accept or reject build on the stability to allow for more testing process

 

3. Identify critical blocker bug at an early stage and help to the resolution of bugs faster

 

4. Allows improved quality as a major issue that is detected and corrected early in the life cycle of software testing and thereby improving the quality

 

5. Provide quick feedback which is a big advantage as this testing takes very less and ascertain whether a building can evolve further to the testing process

 

6. Helping to uncover some obvious mistakes that saves time and effort of the testing team

 

7. Relieve progress as a project manager rating for this method helps to assess the progress of software development

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Essential tips for doing Smoke Testing

how to perform smoke testing

 

1. Conduct smoke tests during the initial stages of the project or product

2. Regularly record all smoke tests

 

3. The smoke test should not take more than an hour

 

4. This test should be performed for every run and every release

 

5. This test is essential to be done for every new build deployed

 

6. It is important to maintain a repository of test cases

 

7. Smoke tests Automate wherever possible to reduce the time and costs

 

8. Conduct smoke tests for all important and critical functions in the new build

 

What are the steps involved in testing smoke and how to do it?

smoke test measures

Identifying the smoke test case:

This is a very important step when performing smoke tests. It is important to identify the minimum number of test cases to cover the important functions of the product so that they can be executed quickly

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Creating smoke tests:

Smoke tests identified should be used to create test cases around them. Test cases developed manuals and test scripts can be created to automate.

 

Smoke test run:

After the smoke tests are created so they can be run on the build and the results can be analyzed.

 

Analyzing smoke tests:

After the smoke test is done the results should be analyzed to determine whether the build is a pass or fail

 

Smoke testing can be done either manually or in some cases can also be adopted automation. But, there are basically three types of smoke tests are listed below:

 

Smoke Testing Type

Smoke test species

manual methods:

manual method of testing smoke

Smoke test run manually in this method of testing the smoke that for every new features added, the script should be updated or based on a new script needs to be made. It is the most common method used for testing the smoke.

 

Automation methods:

Smoke testing automation method

testing automation are also used where a set of automated test cases that are used to run the smoke test. With the help of test automation, developers can check the build immediately, whenever there is new bugs noted in the build.

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Hybrid method:

Hybrid method of smoke testing

It is a combination of both manual and automated testing methods that improve the overall performance of the smoke testing.

 

The main difference between smoke and Sanity Testing

- Smoke testing is widely used to examine the important functions of the software build temporary sanity testing focused on small areas or minor function.

 

- Smoke tests can be done either manually or in some cases can also be automated. We usually do not have a sanity test case or a specific test scripts.

 

- Smoke tests are usually carried out by a team of QA in QA environment but in certain cases, can be done by the developer, while the sanity tests performed by software testers.

 

vs testing smoke testing sanity

 

- Smoke testing is also known as build verification testing and is part of acceptance testing while testing sanity is part of a regression testing.

- majorly, smoke testing should be done for the entire application for each run when a new build is deployed when the sanity test taken for tests only some important components.

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