例如，本文将编译器和解释器描述成单独的功能组件。
For example, this article describes the compiler and interpreter as separate functional components.
它定义编译器和解释器应该在何处查找要加载的. class文件。
It defines where the compiler and interpreter look for.class files to load.
它定义编译器和解释器应该在何处查找要加载的. class文件。
It defines where the interpreter looks for.class files to load.
这些特征使编译器和解释器得以执行在其他情况下无法实现的某些优化。
These characteristics enable compilers and interpreters to perform certain optimizations they couldn't otherwise perform.
如果只简单地用不同的默认编码将文件复制到系统将会使编译器和解释器无法找到正确的类。
Simply copying a file to a system with a different default encoding can keep the compiler and interpreter from finding the right classes.
本文介绍了更高级的一些主题：用来在编译器和解释器中更好地实现错误处理能力的特性和技术。
This article covers a somewhat more advanced topic: features and techniques for putting better error-handling capabilities into your compiler or interpreter.
还有许多其他Haskell编译器和解释器，包括Hugs和GHC的分支，但是它们是主要的两个。
Dozens of other Haskell compilers and interpreters exist, including offshoots of Hugs and the GHC, but they are the main two.
还有许多其他Haskell编译器和解释器，包括Hugs和GHC的分支，但是它们是主要的两个。
Dozens of other Haskell compilers and interpreters exist, including offshoots of Hugs and the GHC, but they are the main two.
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