1. Introduction What is regression testing? Why is regression testing important? Types of regression testing 2.  Difference between Re-Testing and Regression Testing 3. Test Planning Define the scope and objectives of regression testing Identify the regression test suite Determine the regression testing schedule Assign responsibilities 4. Test Case Design Identify test cases for regression testing Prioritize test cases based on risk and impact Document test cases 5. Test Execution Setup test environment Execute regression tests Record and analyze test results Report defects 6. Test Maintenance Update regression test suite Remove obsolete test cases Re-prioritize test cases based on changing requirements 7. Automation Advantages of automation Selecting the right automation tool Developing and maintaining automated test scripts 8. Tools for Regression Testing 9. Best Practices Use of version control Collaboration among team members Test data management Defect management 10. Conclusion

  What is Software Testing? Software testing is a crucial process in software development that ensures that software is free from defects, meets user requirements, and performs as expected. In today's fast-paced world, software testing has become even more important because of the growing demand for high-quality software that is delivered on time and within budget. In this blog, we'll explore the various types of software testing, the software testing process, the benefits of software testing, common tools and techniques used in software testing, and steps to learn software testing. Why Software Testing is important? Testing helps identify bugs and errors in software before it is released to users. It is a critical step in the development process, ensuring that the software meets the requirements and functions as intended. Additionally, testing helps prevent downtime and ensures that users have a positive experience with the software.

Software testing techniques refer to the different methods or approaches used to evaluate the quality of software. These techniques are used to identify defects, errors, and bugs in the software to ensure that it meets the desired quality standards. The following are some of the commonly used software testing techniques: 1.  Boundary Value Analysis (BVA) Boundary Value Analysis (BVA) is a testing technique used to identify errors around the boundaries of input values. In this method, the values at the boundaries of input parameters are tested to check if the system handles the values correctly. Let's take an example to understand this better. Suppose we have a simple calculator application that takes two integers as input and performs addition. The boundary values for this scenario would be the maximum and minimum values of integers, i.e., 2147483647 and -2147483648, respectively. Now, to test this calculator using BVA, we would first test the scenario where both input values are a