In this third installment , teodor gives a quick introduction to the perl loop syntax , conditional statements , and writing clean code 在本文（也是本系列的第三部分）中， teodor简要介绍了perl循环语法，条件语句以及如何编写整洁（ clean ）的代码。
Undoubtedly , the most common debugging procedure is to set breakpoints that will allow the inspection of variables and the values inside conditional statements or loops 无庸置疑，最常见的调试过程就是设置断点，以允许检查在条件语句和循环中的变量和值。
Traditional control flow obfuscation introduces false conditional statements and other misleading constructs in order to confuse and hopefully break decompilers 传统的控制流模糊处理引入了虚假的条件语句和其他令人误解的构造，以便干扰（最好是破坏）反编译器。
Often , it would seem easier and faster to write the portlet source using a jsp file and conditional statements , instead of writing an annotation that needs to be applied 通常，使用jsp文件和条件语句而不是通过编写需要被应用的注释来编写portlet源代码看起来要更容易更快。
A lexical unit that , in certain contexts , characterizes some language constructions . example : in some contexts , if characterizes an if - statement . note : a keyword normally has the form of an identifier 一种词汇单位，在某些上下文中表征某种语言的构造。例如，在某些上下文中， if表示一种条件语句。注：关键字通常采用标识词的形式。
S , see below which may contain any number of statements including conditional statements , looping statements , try catch , etc . the order in which the functions are given is not in general significant ，详见下面关于操作的章节，里面可以包括任意数量的声明条件语句循环条件try catch等等。语句在函数中的给定顺序并不很重要。
Optimization when compiling six approaches are proposed : constant embedding , constant propagation , duplication propagation , flag update elimination , conditional instruction merge and instruction scheduling 编译期优化提出六种编译期优化的手段:只读常量内嵌,常量传播,复制传播,消除无用标志位更新,条件语句合并和指令重排。
Conditional execution based on classes is supported as expected ; the new parser has nothing to do with how class - conditional statements are parsed , as that s done before it gets the statements it needs to execute 不出所料，基于类的条件执行也受到支持；新的解析器与类条件语句的解析方式无关，因为这些解析在新的解析器获取需要执行的语句之前都已经完成。
Fuzzy control algorithm is made of many control rules that deduced from experts " experiences different from the traditional adaptive control algorithm and the rapidness of the whole system is heavly affected if the amount of the control rules is too much 与传统系统mrac中自适应算法不同， fuzzy自适应算法是由一组控制规则(专家由经验中总结出来的)组成。但是如果模糊条件语句过多的话，严重影响系统响应的快速性。
An example that the control process of hydraulic servo system is simulated in matlab is presented in this paper and a set of best and lest control rules are found via comparison of the simulated results that used different fuzzy rules 本文主要讨论了在电液伺服模型参考模糊自适应控制系统中，用matlab对整个系统的控制过程进行仿真，通过原系统与经过模糊控制后的系统的动态响应进行比较，找出控制效果最佳的一组模糊条件语句的方法及其应用实例。
