以下是2.6编译系统的一些亮点。
The following are some of the highlights of the 2.6 build system.
编译系统将会处理这些声明。
建议大家用英文版的编译系统！
Suggest that you use the English version of the compiler system!
用C语言开发简易编译系统。
为提高设计效率，还引入了增量式编译系统。
An increment compiling system is introduced to raise the efficiency of the designing.
运行清单6中所示的命令来编译系统类并创建WAR文件。
Run the command shown in Listing 6 to compile the system classes and create the WAR file.
你可以任意命名它，只需告知编译系统去查找哪个文件就行。
You can name it whatever you want but you have to tell the build system to look for whatever file you create.
NetPBM编译系统在32位模式中几乎可以完美地工作。
The NetPBM build system worked nearly flawlessly in 32-bit mode.
本文讨论了在流水线机上编译系统的表达式优化。
This paper studies expression optimization in compilers for pipeline computers.
它不会影响到本书的内容和对编译系统的配置与约定。
It won't affect the content of this book besides the configuration and conventions of your build environment.
该方法已在基于知识的逆编译系统DECLER中实现。
The method has been implemented in the decompilation system based on knowledge named DECLER.
然后介绍了交叉编译系统ZLTCG的开发背景和体系结构。
Then it introduces the developing background and architecture of the cross-compiler system, ZLTCG.
本文扼要介绍了ND- 7301编译系统中所用的初始语言。
In this paper is briefly described a source language as used in the compiling system ND-7301.
内核编译系统首先编译这些模块，并将其连接成为vermagic . o。
The kernel build system compiles the module first and then links to vermagic.o.
然后，利用高效和成熟的编译系统处理BL程序，以实现书本知识获取。
And then, the BL program is processed by using an efficient and well considered compiling system so as to carry out the acquisition of book knowledge.
首先，相对于2.4来说，改进了内核编译系统，从而获得更快的编译速度。
First, the kernel build system has been improved for quicker builds compared with 2.4.
逆编译系统中中间语言的设计和实现极大地影响逆编译的实用型和通用性。
The design and implement of intermediate language in decompilation system greatly affects generality and practicability of decompilation.
在8086C反编译系统中，我们把模式识别原理应用于C库函数的识别。
The principle of pattern recognition is applied to recognize C functions in 8086 C decompiling system.
现在让我们来看一个例子，分析一下新的内核编译系统如何来编译并加载一个简单的模块。
Now let's take an example and analyze how the new kernel build system should be used to compile and load a simple module.
不过即使使用不同的编译系统，也可以很容易地将GTK +集成到这个系统中。
But even if you use a different build system, you can easily integrate GTK + with it.
ICANN在过去两年内研制出了一种可将非拉丁文字网址转换成准确的IP地址的编译系统。
ICANN has spent the last couple of years building a translation system that allows web addresses written in non-Latin scripts to be converted into the correct IPs.
GCC作为前端支持多语言，后端支持多平台的优化编译系统，是一个合适的选择。
GCC is a successful compiling system with optimization, which supports many high-level language and many platforms. It can be a good choice of compiler of Embedded system IDE.
通过对JBOSS模块钩子的灵活应用，成功地为一个大型工程构建了健壮的编译系统。
Through the skillful application of JBOSS module hook, a robust build system of a large application engineering can be constructed and well applied.
由于编译系统必须解决所有编译软件问题，因此我们需要确保各个部分可以很好地集成在一起工作。
And because that build system has to address all your software building, you need to ensure that the parts play nicely together.
为此，本文针对上述问题，研究了通用数控代码编译器的技术构成，开发出了一个具有通用意义的NC代码编译系统。
For this, this dissertation develops a general concept of nc Code Compiler, based on studies the technical structure of general nc Code Compier.
本文介绍了一种使用PASCAL语言进行协同程序设计的方法，这种方法是建立在现有PASCAL语言编译系统之上的。
This paper introduces a method of coroutines programming in PASCAL language. The method is based on usage existing compiler.
由于编译程序是在开发过程中需要无数次重复做的事情，因此我们自然就会希望使用一个自动化的编译系统，把自己从手工编译程序的繁杂事务中解放出来。
Because compiling is something you'll do thousands of times during development, you naturally want to use an automated build system to free you from doing it by hand.
下载样例代码，在您的系统上编译，进一步探索。
Download the sample code and compile it on your system to explore further.
在做这些练习时，我们推荐您在自己的系统上下载、编译和运行这些程序。
As you are working through the exercises, you're encouraged to download, compile, and run these programs on your own system.
我们要使用的例子是在一个高位优先系统上编译PINE。
The example that caught us was compiling PINE on a big-endian system.
应用推荐