Clinical Decision Support System

Consider the .NET world, where there are simple disassemblers and sophisticated decompilers that often work well and with little user intervention. If there is a good decompiler available, you do not need to see the individual instructions. It generates the high level code in the back end of the decompilation. If and when a good decompiler for exe and dll assemblies becomes available, it will be a better choice than a disassembler in most circumstances. Would you use a .NET disassembler to try to understand some .NET bytecode assembled program? It is most likely not. There are many reasons why you might want to decompile a .NET program. Skater .NET assembly browser and decompiler interface recovers source code from crashes and convert .NET exe and dll to C#, VB.Net, and IL. Just as a compiler may have several back ends for generating machine code for different architectures, the decompiler has several back ends for generating high level code in different high level languages.

This is a powerful tool to reverse engineer IL code into a high-level human-readable language (C#/VB). Visual Studio provides a standard tool which goes to some extent with the job. But in most cases it is not enough. In addition to the support for a choice of programming languages and the latest .NET 4.0 innovations, it offers unique processing of metadata, transformation from XML and XAML (baml) files, and a lot of other features. Their synchronous forces are resulting in astonishingly accurate decompilation. Skater's assembly browsing interface makes the next step in the code analysis and decompiles assemblies to help the user verify the code, find bugs and vulnerabilities, or just study algorithms to ensure the application interoperability.While working on PE source code it is often helpful to disassemble the code and check individual instructions. Skater .NET obfuscator since ver5.0 is armed with .NET assembly browser and decompiler interface.