书写可维护的代码(Writing Maintainable Code ) 软件bug的修复是昂贵的，并且随着时间的推移，这些bug的成本也会增加，尤其当这些bug潜伏并慢慢出现在已经发布的软件中时。
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One of the most important aspects of writing maintainable code is being able to notice the recurring themes in that code and optimize them.
编写易于维护的代码，其中一个最重要方面是能够找到代码中重复出现的主题并优化它们。
The Dependency Inversion Principle has proved essential for writing high-quality, maintainable, and therefore testable code.
依赖性倒置原则被证明是编写可维护和可测试的高质量代码的必要条件。
When data has a relational structure, data access, storage, and scalability are very efficient, but writing efficient and maintainable code becomes more difficult.
当数据具有关系结构时，其在数据访问、存储和可扩展性方面会非常高效，但编写高效的、可维护的代码则变得非常困难。
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