For 14 years, I worked as a Programmer/Analyst. In those days, we were responsible for testing our own application: Code, Test, Debug, prepare for production. Eventually, I took a long-term contract to be part of a team that tested more than 5,000 programs for Y2K compliance.
I know how to test software.
I have created my own forms to submit that documents the testing process and results, or, of course I can use a client’s form.
I am available to test applications, Ai Chatbots, … contact me with your needs… jim@jamesamccoyjr.com
Testing software applications, also known as Quality Assurance (QA), involves a systematic process of verifying that the software functions as expected, meets specified requirements, and is free from defects or errors. Here’s a brief overview of the standard process involved in testing an app and reporting results:
1. Requirement Analysis: QA starts by understanding the requirements and specifications of the software application. This includes studying the design documents, user stories, and any other relevant documentation.
2. Test Planning: Based on the requirements, QA engineers develop a comprehensive test plan. This plan outlines the testing approach, scope, objectives, resources, and schedule for testing.
3. Test Case Development: Test cases are created to systematically validate the functionality of the software. Test cases include detailed steps to execute, expected results, and any preconditions or test data required.
4. Test Execution: QA engineers execute the test cases based on the test plan. This involves running the software, inputting test data, and comparing the actual results with the expected results.
5. Defect Reporting: During test execution, any deviations from expected behavior are noted as defects or bugs. QA engineers document these defects with detailed information including steps to reproduce, severity, and priority.
6. Defect Tracking and Management: Reported defects are logged into a defect tracking system. Each defect is assigned a unique identifier and tracked throughout the resolution process. This includes prioritizing, assigning to developers, and verifying fixes.
7. Regression Testing: After fixes or changes are made to the software, regression testing is performed to ensure that the modifications did not introduce new defects or regressions into the system.
8. Reporting: Once testing is complete, a test summary report is generated. This report includes an overview of testing activities, test coverage, defects found, metrics such as pass/fail rates, and recommendations for further improvements.
9. Feedback and Iteration: Test results and feedback are communicated to stakeholders including developers, product managers, and clients. Based on the feedback, necessary adjustments are made, and the testing process may iterate.
10. Release Decision: After thorough testing and resolution of critical defects, a decision is made whether the software is ready for release. This decision is typically made collaboratively by stakeholders based on the overall quality and readiness of the application.
This standardized process ensures that software applications are thoroughly tested, defects are identified and addressed, and the overall quality of the software meets expectations before it is released to users.