• Inplace Editor
  
  Double click or press Enter:
  
  Type new name and press Enter:
  
  The typical problem with decompilation is the absence of full source information in the executable file. For instance, .NET assembly does not contains names of local variables. Program can automatically assign local names in accordance with their types (what Dis# is really do), but it still too differentiates with the original source.
  
  Dis# makes next logical step in this direction. You can edit the names and keep the changes in a project file. ( see screenshot )
  
  
• Dis# project file
  
  Dis# have it's own metadata structure, which expands PE metadata structure with all necessary for decompilation information, such as local variable names. You can save Dis# metadata in the project file (extension .dis) and keep all changes.
  
  
• Decompilation Speed
  
  Custom metadata provides outstanding decompilation speed, which 25-700 times faster then have other .NET decompilers. Dis# decompiles more then 2000 methods per second.
  
  
• Multiple Languages decompilation
  
  Support for C#, Visual Basic.NET, Delphi.NET and Chrome.
  
  
• Well formed code
  
  Dis# generates code, which is look like the human edited. Dis# .net decompiler have many options to adjust code view for your preferences.
  
  
• Optimization
  
  Dis# optimize code.
  
  
• .NET 2.0 support
  
  Dis# support .NET 2.0 assembly format, generics etc.
  
  
• Raw Code
  
  In some cases you have to view raw code (before high level decompilation algorithms processing). ( see screenshot )
  
  

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• Deobfuscate
  
  You can deobfuscate assembly to restore readable names.
  
  
• PDB file
  
  Dis# extracts names from .PDB file. ( see screenshot ) You can autoload PDB.
  
  
• XML documentation
  
  Dis# load assembly XML documentation. ( see screenshot ) You can autoload XML DOC.
  
  
• Method calls
  
  You can view all methods, that calls from the current method, and all methods, that calls current. ( see screenshot )
  
  
• Attribute
  
  List of types, methods and fields with attribute
  
  

• Full qualified/short names
  
  Short names of types are more typical for the manual created original source. But in some cases you can need to see full qualified names of types (with namespaces). Dis# allows you to choose between these modes and also allows to save code source both in full and short projects.
  
  
• Decimal/Hexadecimal
  
  You can generate code with decimal or haxadecimal numeric constants on your choice.
  
  
• Other code options
  
  Unicode Chars, Type Detail, Single Statement Brace and other.
  
  

• Source files
  
  Source files are distributed in folders corresponding to their namespaces.
  
  
• AssemblyInfo file
  
  Dis# creates AssemblyInfo file with all necessary assembly attributes.
  
  
• Resources
  
  Dis# appends to Visual Studio project all assembly resources.
  
  
• Resx files
  
  Dis# creates .resx files from resources for .NET forms.
  
  
• Application icon
  
  Dis# extracts application icon from .exe file.
  
  

• C# language style method titles.
• Only significant part of IL code presents.
• Only those assembler instructions have labels, which are really targets of the branches. Labels have numerical orders.
• Exception of nonsignificant instructions (such as endfinally).
  ( see screenshot )

• Easy navigate
  
  You can easy navigate to class member. Select project tree node and press ENTER or double click mouse.
  
  
• Information
  
  User can see AssemblyInfo, References, Resources and Entry Point of assembly.
  
  
• Outline in different modes
  
  Public, public + protected, public + protected + internal and full outline class interfaces are available to see.
  
  

• Single/many document interface
  
  You can view new class/method in the same window or in the new tab page.
  
  
• Auto decompile mode
  
  You can turn on auto decompilation of methods, when you select method node.
  
  
• Style
  
  You can select interface style (IDE2005, Office2003 or Plain).
  
  

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