编译器层还包含了对编译器单独调用的展现，其中包括集成的引用、编译器选项以及源代码文件。
The compiler layer also contains a representation of a single invocation of a compiler, including assembly references, compiler options, and source code files.
对动态编译器而言，编译器自身作出决策，而对于静态编译器，由开发人员作出选择。
For dynamic compilers, the compiler itself makes this decision, whereas for static compilers, the selection is up to the developer.
使用编译器生成的临时名称存储数据对编译器来说是常用的方法。
Storing data using a compiler-generated temporary name is normal practice for the compiler.
作者主要通过两种方式来阐述标准：澄清非常深奥的文字以及描述编译器是如何对其进行处理的(在这种情况下微软和Mono的编译器都无法成功地对其进行解析)。
The authors build on the standard both by clarifying the rather esoteric text and by describing how the compilers actually handle it. (both Microsoft and Mono simply fail to parse it in this case.)
第二个问题是编译器可能运行太慢而起不到应有的效果，如果是这样的话，先做文本搜索，最后让编译器对你的工作再检查一编。
The second problem is that the compiler may be too slow to be effective. If so, use a text search first; at least the compiler double-checks your work.
本文对编译器的各个模块进行了详细的研究，并解决了编译器中遇到的问题。
This thesis researches the modules of the compiler and solves the problems encountered during the compiler design.
在编译器内部函数中对编译器支持的内部函数进行了介绍。
The intrinsics supported by the compiler are described in compiler intrinsics.
在编译器内部函数中对编译器支持的内部函数进行了介绍。
The intrinsics supported by the compiler are described in compiler intrinsics.
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