原始代码执行速度通常几乎与用编译型语言(如c语言)编写的等价代码相同(有时更快速)。
Raw code execution speed is usually almost as good as — sometimes better than — the equivalent code written in a compiled language such as c.
到J2SE 1.4时，这个平台就一点都不比传统的编译型语言慢了，并且它还在变得更快。
By J2SE 1.4, the platform was not appreciably slower than traditional compiled languages, and it just keeps getting faster.
这类语言多为解释型而非编译型，它意味着用这类语言写的程序在运行前是没被编译过的，因此运行的缓慢得多。
The languages tend to be interpreted rather than compiled, meaning the programs written in such languages aren't compiled before running, so tend to run slower as a result.
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.
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.
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