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Additionally, deobfuscation tools exist, aiming to reverse the obfuscation process. While most commercial obfuscation solutions transform either program source code or platform-independent bytecode (as used by Java and .NET), some also work directly on compiled binaries.
ProGuard is an open source command-line tool which shrinks, optimizes and obfuscates Java code. It is able to optimize bytecode as well as detect and remove unused instructions . [ 4 ] ProGuard is free software and is distributed under the GNU General Public License , version 2.
DashO is a code obfuscator, compactor [clarification needed], optimizer, watermarker [clarification needed], [2] and encryptor for Java, Kotlin and Android applications. [3] It aims to achieve little or no performance loss even as the code complexity increases. [4] [5]
The Apache POI project contains the following subcomponents (meaning of acronyms is taken from old documentation): POIFS (Poor Obfuscation Implementation File System [2]) – This component reads and writes Microsoft's OLE 2 Compound document format.
Code morphing is an approach used in obfuscating software to protect software applications from reverse engineering, analysis, modifications, and cracking.This technology protects intermediate level code such as compiled from Java and .NET languages (Oxygene, C#, Visual Basic, etc.) rather than binary object code.
Mocha is a Java decompiler, which allows programmers to translate a program's bytecode into source code. A beta version of Mocha was released in 1996, by Dutch developer Hanpeter van Vliet, alongside an obfuscator named Crema. A controversy erupted and he temporarily withdrew Mocha from public distribution. [2]
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The runtime overhead of added instrumentation is small (5–20%) and the bytecode instrumentor itself is very fast (mostly limited by file I/O speed). Memory overhead is a few hundred bytes per Java class. EMMA is 100% pure Java, has no external library dependencies, and works in any Java 2 JVM (even 1.2.x).