This should be enough to give you pause.ĭon't worry, though. Hackers can search for security flaws to exploit, steal unique ideas, and crack programs. NET, anyone can easily look at your assemblies and reverse engineer them back into readable source code. NET Framework SDK) or decompilers such as Anakrino and Reflector for. With the help of tools like ILDASM (the MSIL disassembler that ships with the. Being much higher level than binary machine code, the executable files are laden with information that can be easily deciphered. NET Framework use rich metadata embedded inside the executable code: bytecode in the case of Java, Microsoft Intermediate Language (MSIL) in. NET Framework it is simply a reality of modern, intermediate-compiled languages (Java-language applications display the same characteristics). This is not in any way a fault in the design of the.
Programs written for the common language runtime (CLR) are easier to reverse engineer.
You may not know that the easy availability of all this metadata has introduced a problem that until now was not a concern for most developers. NET Framework architecture brings to the table, from easing the burdens of deployment and versioning to the rich IDE functionality enabled by self-describing binaries. NET 2003.īy now you are probably familiar with all of the benefits that the metadata-rich Microsoft®.
In addition, they discuss the different types of obfuscation technologies available and demonstrate the new obfuscation tool that is included in Visual Studio. Here the authors present program obfuscation as a way to deter reverse engineering. A side effect, though, is that someone with access to your binaries can recover a good approximation of the original source code. NET architecture is that assemblies built with it contain lots of useful information that can be recovered using ILDASM, the intermediate language disassembler. This article assumes you're familiar with. Thwart Reverse Engineering of Your Visual Basic.
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