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。
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。
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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