The document outlines the fundamental test process which consists of several main activities that occur at different levels of testing, though less formally for some levels like component testing. It describes the key activities in test planning, control, analysis and design, implementation and execution, evaluating exit criteria, and test closure. The major tasks of each activity are defined such as understanding requirements, deriving the test approach, measuring results, developing and prioritizing test cases, and evaluating if testing has met exit criteria. The document provides an overview of the standard test process.
The document summarizes the fundamental test process which consists of 5 basic steps: 1) planning and control which involves determining test objectives, approach, and resources; 2) analysis and design which involves reviewing requirements, identifying test conditions, and designing test cases; 3) implementation which involves developing and prioritizing test cases and creating test suites; 4) execution which involves executing test cases and logging results; 5) evaluating exit criteria and reporting which involves checking test logs and writing a summary report. The fundamental test process is used for dynamic testing but can also be applied to reviews. Testing is done to determine if a system is suitable for use.
The document outlines the software testing process, which includes defining test policies and strategies, preparing test plans, establishing testing objectives, designing test scenarios and cases, executing test cases, analyzing test results, and performing retesting and regression testing. Key steps involve writing test cases, defining test data, creating a test bed for execution, and logging and analyzing results to identify errors or missing requirements. The overall goal is to check if actual results match expected outcomes and ensure the software is defect-free.
The QA team's mission is to define, design, develop and implement test plans, test projects to ensure they meet specifications, and use documentation to verify it correctly explains installation and handling of errors. Their role is to participate in change management, assist with isolating discrepancies between expected and actual results, prepare for acceptance testing, check test data, obtain and review expected test results, ensure new modules follow procedures, analyze and report results by comparing them to expectations and documenting all defects. The QA team structure includes a director, lead, senior and junior engineers, and interns.
Regression testing is retesting software after changes to ensure bugs have not been introduced or detected. It has the objectives of checking that bugs have been addressed, testing related areas that could be affected, and achieving a bug-free system. Strategies for regression testing include retesting all tests, selecting some tests to rerun based on areas affected by changes, and prioritizing test cases based on business impact and importance. An effective regression strategy can save organizations time and money by automating regression testing.
This document discusses risk and risk-based testing in software development. It defines risk as the possibility of a system or software failing to meet a customer or stakeholder expectation. Product risks include issues with functionality, security, reliability, usability, maintainability and performance. Risk-based testing prioritizes and emphasizes tests according to identified risks. It aims to reduce the likelihood of defects in critical areas. Project risks also apply to testing and include logistical issues, excessive changes invalidating tests, and insufficient testing environments. Managing risks appropriately involves understanding likelihood and impact, and balancing risks with quality, features and schedules.
The document summarizes the fundamental test activities from planning to closure. It describes the main tasks for each stage of testing including: planning and control, analysis and design, implementation and execution, evaluating exit criteria and reporting, and test closure activities. For each stage, it lists the major tasks in the typical order they are performed such as determining test objectives, designing test cases, executing tests, analyzing results, and finalizing test documentation.
The document discusses regression testing, including its definition, benefits, when it should be applied, types, techniques, challenges and best practices. Regression testing involves re-running all tests to ensure new code changes have not introduced new bugs or caused existing bugs to reappear. It helps find bugs early, increases chances of detecting bugs, ensures correctness and that fixed issues do not occur again.
In this chapter, we will introduce you to the fundamentals of testing: why testing is needed; its limitations, objectives and purpose; the principles behind testing; the process that testers follow; and some of the psychological factors that testers must consider in their work. By reading this chapter you'll gain an understanding of the fundamentals of testing and be able to describe those fundamentals.
All you need to know about Regression testing| David Tzemach 1. Overview 2. What is “Regression” testing…? 3. When should you use it..? 4. How to implement..? 5. Test Recommendations 6. Considerations when building Regression tests