《Unit Testing: Principles, Practices, and Patterns》 学习

仅个人学习使用，支持正版。 《Unit Testing: Principles, Practices, and Patterns》

Part 1: The bigger picture | 全局视角

Chapter 1: The goal of unit testing | 单元测试的目标

• 1.1 The current state of unit testing | 单元测试的现状
• 1.2 The goal of unit testing | 单元测试的目标
• 1.3 Using coverage metrics to measure test suite quality | 使用覆盖率指标衡量测试套件质量
• 1.4 What makes a successful test suite? | 什么样的测试套件才算成功？
• 1.5 What you will learn in this book | 你将从本书学到什么
• 1.6 Summary | 总结

Chapter 2: What is a unit test? | 什么是单元测试？

• 2.1 The definition of “unit test” | “单元测试”的定义
• 2.2 The classical and London schools of unit testing | 单元测试的经典学派与伦敦学派
• 2.3 Contrasting the classical and London schools | 对比经典学派与伦敦学派
• 2.4 Integration tests in the two schools | 两个学派中的集成测试
• 2.5 Summary | 总结

Chapter 3: The anatomy of a unit test | 单元测试的结构

• 3.1 How to structure a unit test | 如何组织一个单元测试
• 3.2 Exploring the xUnit testing framework | 探索 xUnit 测试框架
• 3.3 Reusing test fixtures between tests | 在测试之间复用测试夹具
• 3.4 Naming a unit test | 单元测试如何命名
• 3.5 Refactoring to parameterized tests | 重构为参数化测试
• 3.6 Using an assertion library to further improve test readability | 使用断言库进一步提升测试可读性
• Summary | 总结

Part 2: Making your tests work for you | 让测试为你服务

Chapter 4: The four pillars of a good unit test | 好单元测试的四大支柱

• 4.1 Diving into the four pillars of a good unit test | 深入理解优秀单元测试的四大支柱
• 4.2 The intrinsic connection between the first two attributes | 前两个属性之间的内在联系
• 4.3 The third and fourth pillars: Fast feedback and maintainability | 第三和第四大支柱：快速反馈与可维护性
• 4.4 In search of an ideal test | 寻找理想测试
• 4.5 Exploring well-known test automation concepts | 探索常见的测试自动化概念
• 4.6 Summary | 总结

Chapter 5: Mocks and test fragility | Mock 与测试脆弱性

• 5.1 Differentiating mocks from stubs | 区分 mock 和 stub
• 5.2 Observable behavior vs. implementation details | 可观察行为 vs. 实现细节
• 5.3 The relationship between mocks and test fragility | mock 与测试脆弱性之间的关系
• 5.4 The classical vs. London schools of unit testing, revisited | 重新审视经典学派与伦敦学派
• 5.5 Summary | 总结

Chapter 6: Styles of unit testing | 单元测试的风格

• 6.1 The three styles of unit testing | 三种单元测试风格
• 6.2 Comparing the three styles of unit testing | 比较三种单元测试风格
• 6.3 Understanding functional architecture | 理解函数式架构
• 6.4 Transitioning to functional architecture and output-based testing | 迈向函数式架构和基于输出的测试
• 6.5 Understanding the drawbacks of functional architecture | 理解函数式架构的缺点
• Summary | 总结

Chapter 7: Refactoring toward valuable unit tests | 重构为有价值的单元测试

• 7.1 Identifying the code to refactor | 识别需要重构的代码
• 7.2 Refactoring toward valuable unit tests | 重构为有价值的单元测试
• 7.3 Analysis of optimal unit test coverage | 最佳单元测试覆盖率分析
• 7.4 Handling conditional logic in controllers | 处理控制器中的条件逻辑
• 7.5 Conclusion | 结论
• 7.6 Summary | 总结

Part 3: Integration testing | 集成测试

Chapter 8: Why integration testing? | 为什么需要集成测试？

• 8.1 What is an integration test? | 什么是集成测试？
• 8.2 Which out-of-process dependencies to test directly | 哪些进程外依赖应该直接测试？
• 8.3 Integration testing: An example | 集成测试：一个示例
• 8.4 Using interfaces to abstract dependencies | 使用接口抽象依赖
• 8.5 Integration testing best practices | 集成测试最佳实践
• 8.6 How to test logging functionality | 如何测试日志功能
• 8.7 Conclusion | 结论

Chapter 9: Mocking best practices | Mock 最佳实践

• 9.1 Maximizing mocks’ value | 最大化 mock 的价值
• 9.2 Mocking best practices | Mock 最佳实践

Chapter 10: Testing the database | 测试数据库

• 10.1 Prerequisites for testing the database | 测试数据库的前提条件
• 10.2 Database transaction management | 数据库事务管理
• 10.3 Test data life cycle | 测试数据生命周期
• 10.4 Reusing code in test sections | 在测试各阶段复用代码
• 10.5 Common database testing questions | 常见数据库测试问题
• 10.6 Conclusion | 结论

Part 4: Unit testing anti-patterns | 单元测试反模式

Chapter 11: Unit testing anti-patterns | 单元测试反模式

• 11.1 Unit testing private methods | 测试私有方法
• 11.2 Exposing private state | 暴露私有状态
• 11.3 Leaking domain knowledge to tests | 向测试泄露领域知识
• 11.4 Code pollution | 代码污染
• 11.5 Mocking concrete classes | Mock 具体类
• 11.6 Working with time | 处理时间
• 11.7 Conclusion | 结论