Smoke testing in CI/CD pipelines


The strategic relevance of smoke testing and CI/CD pipeline:

The platform of smoke testing ensures that the crucial parts of the application are working as per the requirements and can proceed with further testing. Smoke testing is considered to be straightforward and simple wherein the crucial aspects of the application are tested.

When effective CI/CD pipelines are being run then it means that automation needs to be carried out as much as possible. The code needs to be run against a set of automated tests so that the changes made to the codebase can be validated.

Following are the steps that need to be taken into consideration for conducting smoke testing in a CI/CD pipeline:

1. The crucial functions of the application need to be identified: The most important functions need to be identified. These are the functions through which the application can work appropriately and thus can be relied on by users.

2. Smoke tests should be automated: In order to leverage the smoke testing process, smoke tests need to be automated. A CI/CD tool such as CircleCI or Jenkins can be used through which the process of build, test and deployment can be automated.

3. Smoke tests are integrated into the CI/CD pipeline: In order to make sure that each time code is changed and smoke testing is performed consistently, the integration of smoke testing needs to be done in the CI/CD pipeline. The CI/CD tool needs to be configured so that the smoke tests can be run as part of the build process.

4. Smoke test results should be monitored: The results of the smoke tests should be monitored to make sure that smoke tests are effective and that the issues and bugs are being quickly addressed. A tool like Jenkins can be used to carry out this activity through which the status of the tests can be identified and failures can be identified. Finally, the results of the smoke tests need to be assessed and reported.

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