In some ways, a generator is like the closures which were discussed in previous installments of this column discussing functional programming (see Resources).
在某些方面，生成器就象本专栏前面文章讨论的函数型编程中的“终止”(参见参考资料)。
This column closes with an explanation of Expect's limits, a peek at working Expect code that solves common problems, and references that can lead you deeper into Expect programming.
本专栏的最后部分包括对Expect局限的说明、对解决常见问题的Expect工作代码的概述以及可以引导您更深入了解Expect编程的参考。
The next column covers defensive programming techniques (in C), and explains why certain system calls are problematic and what to do instead.
下一专栏将涉及防范的程式化技巧（用C），并说明为什麽某些系统呼叫容易出问题以及应如何解决。
One of these -- test-first programming, or TFP -- is the topic of this month's column.
其中一种——优先测试的程序设计，或称为 TFP——是本文的主题。
The Python library for event-driven network programming is called just "Twisted" -- my last column did not carefully distinguish the group from the product.
用于事件驱动的网络编程的Python库就称为“Twisted”-我的最后一篇专栏文章并没有仔细区分这个组和产品。
Based upon practical application, this article discusses the methods of programming design of producing variable column report form in programme application.
通过具体实例，阐述了可变栏目报表在应用程序中实现时程序设计的一般方法。
First, the main procedures and the distinctive features of the most-obtuse-angle (MOA) row or column pivot rules are introduced for achieving primal or dual feasibility in linear programming.
首先回顾了采用最钝角行、列主元规则求解线性规画问题的原始、对偶可行解的主要过程，阐述了其与众不同的特性。
First, the main procedures and the distinctive features of the most-obtuse-angle (MOA) row or column pivot rules are introduced for achieving primal or dual feasibility in linear programming.
首先回顾了采用最钝角行、列主元规则求解线性规画问题的原始、对偶可行解的主要过程，阐述了其与众不同的特性。
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