📄 中文摘要
软件测试在确保应用程序功能正确、满足用户期望和维持高质量标准方面发挥着关键作用。手工测试涉及人工测试人员在没有自动化工具的情况下执行测试用例，从而能够从真实用户的角度评估软件。手工测试技术帮助测试人员识别缺陷、验证需求并确保流畅的用户体验。文章探讨了常见的手工测试类型和技术，详细解释了边界值分析和决策表测试，并讨论了在现代AI驱动的软件行业中，手工测试如何演变。随着AI技术的发展，手工测试将更加注重探索性测试、用户体验评估和复杂场景验证，与自动化测试形成互补，共同提升软件质量。
常见手工测试技术及AI时代手工测试的未来
📄 English Summary
Common Manual Testing Techniques and The Future Of Manual Testing in the age of AI
Software testing is crucial for ensuring applications function correctly, meet user expectations, and maintain high quality standards. Manual testing involves human testers executing test cases without automation tools, allowing them to evaluate software from a real user’s perspective. Manual testing techniques help identify defects, validate requirements, and ensure smooth user experiences. This article explores common manual testing types and techniques, detailing Boundary Value Analysis and Decision Table Testing. It also discusses the evolution of manual testing within the modern AI-driven software industry. As AI technologies advance, manual testing is expected to shift towards more exploratory testing, user experience evaluation, and complex scenario validation. This approach will complement automated testing, collectively enhancing overall software quality. The integration of AI tools can assist manual testers by automating repetitive tasks, generating test data, and providing insights for more effective test case design, thereby elevating the strategic importance of human intuition and critical thinking in the testing process.