The precompiler does three things.
预编译器要做三件事。
Second, we introduce the precompiler technics for Data Sublanguage.
第二部分介绍了数据子语言的预编译技术；
I guess that such a situation is also helpful for other compilers supporting some precompiler headers.
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。
The GCC compiler works well only with one single included precompiler header, as explained in this answer.
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。
You see, the precompiler is not connected to DB2, which means that running PRECOMPILE does not add any DB2 overhead.
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。
The precompiler replaces any executable SQL that was in your source with a COBOL CALL to a COBOL-DB2 interface module.
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 improved improves the mechanism of handling errors in C language, and increased increases software development efficiency.
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 precompilation processing for embedded DML language of MEDB is presented with emphasis on the system mechanism and the objective code of the precompiler.
本文论述了MEDB系统宿主DML语言的预编译处理。 讨论了MEDB的宿主系统机制、预编译目标代码设计。
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.
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.
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。
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