预编译器要做三件事。
这个预编译器改进了C语言错误处理机制，提高了软件开发效率。
The precompiler improved improves the mechanism of handling errors in C language, and increased increases software development efficiency.
提出了一种基于用户指导法的异构计算的动态实现工具，称为粗粒度异构预编译器(chp)。
A dynamic implementation tool for heterogeneous computing called CHP (Coarse grained heterogeneous Pre compiler) based on user directed approach was proposed.
预编译器未连接到DB2，这意味着运行PRECOMPILE 并不会增加 DB2 的负担。
You see, the precompiler is not connected to DB2, which means that running PRECOMPILE does not add any DB2 overhead.
预编译器会将代码中所有可执行SQL替换成为对COBOL-DB2接口模块的 COBOLCALL。
The precompiler replaces any executable SQL that was in your source with a COBOL CALL to a COBOL-DB2 interface module.
最终，当运行双胞胎一号COBOL程序时，需要查找并识别第二个双胞胎二号。因此，预编译器给这双胞胎“纹”上修改过的时间戳。
Eventually, when twin 1, the COBOL program, runs, it will need to find and identify twin 2. Therefore, the precompiler "tattoos" each twin with a modified timestamp.
本文主要讨论GKD -ESQL预编译器的设计和实现技术，首先讨论了嵌入式SQL语言的基本结构和语句成分，在此基础上，给出了GKD - ESQL系统的总体框架设计。
The design and implementation of GKD-ESQL is discussed. Based on the introduced basic structure and the statement elements, the general infrastructure of GKD-ESQL system is presented.
在搜索包含文件的过程中，编译器首先在每个目录中查找预编译头文件，然后再在这些目录中搜索包含文件。
As it searches for the included file, the compiler looks for a precompiled header in each directory just before it looks for the include file in that directory.
预编译头文件是某些编译器(如VisualStudio中的cl)的一项性能特性，它可以帮助提高编译的速度。
Precompiled headers are a performance feature that certain compilers, such as cl in Visual Studio, provide to help speed up compilation.
Yc通知cl编译器从precomp . h生成预编译头文件。
Yc tells the cl compiler to generate the precompiled header from precomp.h.
我们一直都有提前编译器，用于以。class文件的形式来生成预编译的Ruby代码。
We've always had an ahead-of-time compiler, to produce pre-compiled Ruby code in.class files. But there were a few things missing.
预编译头对于编译器尝试放入其中的数据量来说太小。
Your precompiled header is too small for the amount of data the compiler is trying to put in it.
编译器选项生成自动的预编译头支持。
Compiler option generated automatic precompiled headers support.
GCC编译器仅适用于使用一个包含预编译标题，如此答复中所述。
The GCC compiler works well only with one single included precompiler header, as explained in this answer.
我想这种情况对于支持某些预编译头文件的其他编译器也有帮助。
I guess that such a situation is also helpful for other compilers supporting some precompiler headers.
当前，编译器可根据需要动态增加堆，最多可增加到总堆大小限制，并且只需要固定大小的缓冲区即可构造预编译头。
Currently, the compiler dynamically grows the heaps as necessary up to a total heap size limit, and requires a fixed-size buffer only to construct precompiled headers.
当前，编译器可根据需要动态增加堆，最多可增加到总堆大小限制，并且只需要固定大小的缓冲区即可构造预编译头。
Currently, the compiler dynamically grows the heaps as necessary up to a total heap size limit, and requires a fixed-size buffer only to construct precompiled headers.
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