本书探讨的内容是测试驱动开发（Test-Driven Development）或测试优先编程（Test-first Programming），不管你怎么称呼它，它都是在指一种先编写测试，然后再编写让测试获得通过的代码的方法。
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测试优先编程，是极限编程和测试驱动开发的一部分，基于这种想法并发挥到了极限。
Test-first programming, which is part of Extreme Programming and test-driven development, builds upon this idea and takes it to the extreme.
在编写代码时，不需要在测试期间为了查看预期的优势而去掌握诸如敏捷编程、极限编程或测试优先设计等方法。
You don't need to commit yourself to methodology such as agile programming, extreme programming, or test-first design to see the advantages of planning for testing when you are writing your code.
在空调电控板测试诊断系统中采用了软件信号仿真和硬件信号模拟相结合的设计方法，最后采用多线程、多优先级的编程技术进行实现。
This system is designed by employing the method of combining signal emulation with signal simulation in addition to multithreading and multi-priority programming technology.
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