CloudRoots Infotech LLP
Regression Testing Services
Regression testing implies extensive software testing. It is a good practice to rerun regression tests before each release, especially after significant code modifications. This way you can safeguard software quality, reduce bugs in production, and enhance customer satisfaction by maintaining a stable user experience.
Regression Testing Types We Perform
Corrective Regression Testing
Progressive Regression Testing
Corrective Regression Testing
Corrective Regression Testing is a type of regression testing performed specifically to validate that the fixes applied to resolve defects (bugs) in the software do not introduce new issues or regressions into the system.
Complete Regression Testing
Progressive Regression Testing
Corrective Regression Testing
Complete Regression Testing involves executing the entire suite of test cases to ensure that the software application behaves as expected after making any changes.
Progressive Regression Testing
Progressive Regression Testing
Progressive Regression Testing
Progressive Regression Testing is a testing approach that focuses on continuously testing and verifying changes in software incrementally, ensuring that new features or modifications do not introduce regressions.
Selective Regression Testing
Retest-all Regression Testing
Progressive Regression Testing
Selective Regression Testing is a strategy where instead of retesting the entire application or system, only a subset of test cases is selected and executed to verify the impact of recent changes.
Retest-all Regression Testing
Retest-all Regression Testing
Retest-all Regression Testing
Retest-all regression testing meticulously reviews all software specifications and modifications made since development, with the goal of identifying the underlying cause of failures encountered during regression tests.
Partial Regression Testing
Retest-all Regression Testing
Retest-all Regression Testing
Partial Regression Testing involves selectively re-testing only those areas of the software that are impacted by recent changes or fixes, rather than re-running the entire regression test suite.
Regression Testing vs. Re-testing
Regression Testing
Regression Testing
Regression Testing
- Aims to verify that recent code changes have not adversely affected existing functionality. It ensures that the software still works as expected after modifications, enhancements, or bug fixes.
- Involves testing a wide range of functionalities to detect side effects from recent changes, using predefined test cases covering both modified and unmodified areas.
- Uses a comprehensive suite of test cases that are typically automated for efficiency. These test cases are designed to check for unexpected issues across the application.
- Conducted regularly, often as part of the continuous integration and continuous deployment (CI/CD) process. It is performed after every significant code change, build, or release.
- Heavily relies on automation tools to quickly and efficiently execute a large number of test cases. Automation helps in maintaining consistency and speed in testing.
Re-testing
Regression Testing
Regression Testing
- Focuses on verifying that specific defects that were previously identified and fixed are now resolved. It is conducted to confirm that the fixes applied to the code have successfully eliminated the issues.
- Involves testing only the specific functionalities or modules where defects were identified. It is a focused testing effort, concentrating on the areas that had issues.
- Uses a specific set of test cases that were created to verify the original defect and confirm its fix. These test cases are usually manually executed.
- Conducted as needed, typically after a defect has been reported, fixed, and before a regression test is run. It is not a routine testing activity but a targeted one based on defect reports.
- Generally involves manual testing since it focuses on specific defect fixes and often requires a more detailed and careful examination to ensure the defect is resolved.
Regression Testing Services We Approach
Continuous Testing Implementation
Continuous Testing Implementation
Continuous Testing Implementation
We promote continuous testing practices by seamlessly integrating regression tests into your CI/CD pipeline to detect issues early.
Version Control Integration
Continuous Testing Implementation
Continuous Testing Implementation
Smoothly integrating with a version control system allows for testing the latest code version to uncover any potential regressions introduced during development.
Strategic Test Automation
Continuous Testing Implementation
Regression Test Suite Creation
We implement test automation to improve testing efficiency and ensure quick execution of regression tests.
Regression Test Suite Creation
Prioritization and Risk-Based Testing
Regression Test Suite Creation
We develop a comprehensive test suite that addresses all vital aspects of your application, working closely with your development team to ensure accuracy and thoroughness.
Clear Documentation and Reporting
Prioritization and Risk-Based Testing
Prioritization and Risk-Based Testing
Effective communication is essential. We offer thorough documentation and detailed reports to give your team actionable insights.
Prioritization and Risk-Based Testing
Prioritization and Risk-Based Testing
Prioritization and Risk-Based Testing
Tests are arranged in order of impacts and risks, maximizing resource utilization and focusing efforts where they are most necessary.
Frequently Asked Questions
Please reach us at hr@cloudroots.co.in if you cannot find an answer to your question.
Regression testing is a software testing process conducted to verify that recent code changes haven't caused any negative impact on the existing features of the software. It requires re-executing previously conducted test cases to ensure that the current functionalities continue to operate as intended after code modifications.
Regression testing holds significance as it ensures that recent code changes or improvements do not introduce new defects or disrupt existing functionalities, thus maintaining software quality and preventing regression issues from arising.
Ideally, regression testing should be conducted whenever there are modifications to the code, bug fixes, or enhancements in the software to ensure that these alterations haven't introduced unintended side effects to the existing functionalities.
Functional testing verifies if the software operates as per specified requirements, whereas regression testing ensures that recent changes haven't impacted the existing functionality. Regression testing aims to identify any unintended side effects introduced by changes.
Although regression testing can be mostly automated, achieving complete automation may not always be possible due to factors such as test case complexity, UI alterations, and certain test types that demand human judgment.
Copyright © 2019 CloudRoots| - All Rights Reserved.
Powered by GoDaddy Website Builder