清单5显示了清单4中代码的输出。
显然这就是清单2中代码的目的。
The latter is obviously the intention of the code in Listing 2.
下面是清单15中代码的输出。
清单3给出了清单2中代码的输出。
图3显示了清单5中代码的编译结果。
Figure 3 shows the result of compiling the code in Listing 5.
下面是清单1中代码的描述。
程序中代码的关键两行是。
DBCS中代码点的实际数目可能要少一些。
SBCS中代码点的实际数目可能要少一些。
清单12中代码的效果如下。
注意在本例中代码仅仅处理一个简单请求。
Note that in this basic example, the code only accepts a single connection.
这个示例中代码的潜在用途与前一个示例一样广泛和多样。
The potential USES of the code in this example are just as wide and varied as the previous one.
正如我先前提过的，php是所用语言中代码重用性最好的。
As I mentioned in a previous post, PHP has some of the best code availability of any language.
组件技术的使用，提高了系统开发过程中代码的重用率。
Moreover, using the component technology will improve the codes' efficiency of reusing in system exploration.
为使本文中代码段的可读性更强，我采用PHPasserts。
To make this article's code snippets more readable, I use PHP asserts. For example.
研究了文献检索语言中代码语言及其在信息检索中的特性。
This paper analyzes the code language and its characteristics in document retrieval based on network environment.
图2总结了本文中代码示例所使用的表结构，假设源表代表水井的位置。
Figure 2 summarizes this for the example I use for the code samples throughout this article, assuming a source table that represents well locations.
分析了GCC中代码重排的实现方法，指出了其存在的不足。
Third, we analyzed in detail the implement method of code reordering in GCC and pointed out its deficiencies.
图1显示的是清单2中代码的屏幕截图，这是在iPhone上运行的。
Figure 1 shows a screen capture of the code from Listing 2 running on an iPhone.
您可以通过ant item -demo命令在示例中代码运行它。
You can run this in the sample code via the ant item-demo command.
我们在上一篇文章中介绍了DPTK中代码生成工具的基础知识。
We introduced the basics of the code generation facility in the DPTK in a previous article.
熟练掌握软件开发和生产的方法和步骤，其中代码和用户说明文档尤为重要。
Gain proficiency in developing and producing software process artifacts, most importantly the code and user documentation.
请参阅参考资料部分以了解更多关于JAAS中代码源访问控制和认证的信息。
See the Resources section to learn more about code source access control and authentication in JAAS.
使用列表1、3、4、8、9中代码表示的文本文件提供的范例代码。
Use the code samples provided in this TXT file for code listings 1, 3, 4, 8, and 9.
问题并不完全归结在if语句上，if 语句中代码的数量才是最关键的。
The problem isn't entirely in the if statement, but mostly in the amount of code in the if statement.
清单2中代码是 getProtocolName()方法很普通的实现
The getProtocolName() method is trivially implemented by the code in Listing 2
重新装载lang . vim，清单3中代码的语法现在高亮显示(见图1)。
Reload lang.vim, and the code from Listing 3 is now syntax highlighted (see Figure 1).
软件项目中代码似乎无处不在，这一切都体现在设计中，不管是有意识还是无意识的。
Code appears everywhere in software projects, and it all embodies design, either conscious or not.
但在面向对象的程序设计中代码和数据是在一个不可见的事物中——即对象中。
But in Object-oriented programming, code and data are merged into a singe indivisible thing -an object.
清单9给出了用清单8中的代码分析清单1、清单2和清单3中代码的完整结构所生成的输出。
Listing 9 gives the output generated by using the Listing 8 code to analyze the full structure of the code from Listing 1, Listing 2, and Listing 3.
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