decompiler
英
美
网络 反编译软件; 解码器; 反编译器; 反编译; 反编译程序
双语例句
- Of course, there is no proof that the source code was generated by a decompiler; that is simply a hypothesis.
当然了，现在并没有证据表明这些源代码是通过反编译工具生成的；这只不过是个假设而已。 - It also has a decompiler which is used in conjunction with the background compiler to make incremental changes when working in the Visual Studio IDE.
它也包括一个反编译器，在VisualStudioIDE中被用来协助后台编译器实现增量改变。 - When it comes time to debug this code, you ll need access to a good java decompiler and the know-how to use it properly.
在开始调试代码时，您需要有一个好的java反编译器，并了解正确使用它的技术。 - SWF Decompiler Magic also allows you to export FLA data that can easily be edited in native Flash environment.
它还使您能够出口的FLA的数据，可以很容易地在本地编辑闪光的环境。 - Generated source files using a decompiler, then, does not have to follow the same license as the code that it was decompiled from.
使用反编译工具所生成的源文件无需遵守被反编译的代码所遵守的许可。 - Data type analysis in the decompiler system CDs
逆编译系统CDS中的数据类型分析 - These works refer to the contents of software maintenance models, program viewing, program database, hypertext, program high-level abstraction, and decompiler.
这些工作涉及软件维护模型、程序观察、程序数据库、超文本、程序高层抽象和反编译等内容。 - Library function recognition is an important component of C decompiler In this paper features of C library functions in intermediate code are analyzed;
库函数识别是高级语言反编译的重要组成部分。本文分析了C库函数在中间代码中的特点； - Decompiler is a re-developed software understanding and transplantation tool that transforms a low level language into a high-level language.
反编译是一种软件理解和软件移植以及二次开发的工具，能将低级语言翻译成高级语言。 - Decompiler system CDs based on intermediate language
基于中间语言的逆编译系统CDS - Formal description and algorithm of the recovery of control flow in C decompiler
C反编译控制流恢复的形式描述及算法 - This paper Presents a method of Data Type Analysis and Retrieval in Decompiler System.
本文提出了一种新逆编译中数据类型分析及恢复的方法。 - In this paper, how to apply the techniques of pattern recognition, symbol execution, program transformation and knowledge engineering in decompiler design is presented.
模式识别、符号执行、程序变换和知识工程等技术在作者提出的反编译方法的各阶段中被应用。 - Technical Difficulties and Approaches to Them in Library Functions Recognition in C Decompiler
C反编译库函数识别的技术难点及解决方案 - Study of the Library Functions Recognition in C++ Decompiler
C++逆编译中库函数识别研究 - Abstracting the semantics of the machine instructions to generate an intermediate code representation is key for a decompiler.
对机器指令进行语义抽象以产生中间代码表示是反编译程序的一个关键环节。 - Contral plow analysis of program the decompiler system CDs
逆编译系统CDS中的程序控制流程分析 - Library function recognition is an important part of C decompiler, This paper discusses technical difficulties in library functions recognition in C decompiler, and presents approaches to them.
库函数的识别是C语言反编译器的重要组成部分。此文论述了C反编译库函数识别中存在的技术难点，并给出其解决方案。 - Program Reverse and Decompiler
程序反演与反编译技术 - The research started in 1960, when the decompiler tools were developed for software transportation, which was aiming at the specified software for a special purpose.
其研究早在1960年就已开始，当时，美国研制针对特定软件的专门用途的逆编译工具用来进行软件移植。