Spices.Decompiler is a powerful and flexible .NET Decompiler that converts .NET assemblies from binary format to well-formed and optimized source code.
Spices.Decompiler is completely integrated into Spices.NET and offers tools to decompile or visually represent .Net code, helps to recover or convert .Net code to the one of six supported languages: MSIL, C#, VB.NET, Delphi.NET, J# or managed C++).
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Feature |
Description |
Multiple languages decompilation/disassembling
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Spices.Decompiler generates well-formed and optimized code for 6 languages:
MSIL, C#, VB.NET, Delphi.NET, J# and managed C++
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Well-formed and optimized code
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Spices.Decompiler generates well-formed code with syntax highlighting,
indenting, folding (outlining) and active hints support
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Own metadata access engine
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Spices.Decompiler uses own metadata access engine, that not crashes on
incorrect MSIL
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Visual Decompiler
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Visual Decompiler is one of the key Spices.NET novelties. Now the user may
build a code flow diagram enabling to analyze the code execution.
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All types of .NET assemblies
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Spices.Decompiler correctly decompiles all types of assemblies - managed (C#,
VB.NET, Delphi.NET), CompactFramework and mixed code(managed c++) assemblies.
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Any scope of decompilation/diassembling
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You can choose any scope for decompilation in the assembly browser.
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.NET 2.0/3.0/3.5 support
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Spices.Decompiler supports .NET 2.0/3.0/3.5 assemblies format, generics, new MSIL
instructions etc.
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Output directions
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Spices.Decompiler can generate code for displaying in the Spices.NET syntaxhighlihted
editor or output to files (with classes separation to namespaces or class
names).
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Multiple selection decompilation
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User can choose multiple selection of members for decompilation.
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Whole assembly decompilation
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Whole assembly decompilation with resources and assembly information
extraction is possible.
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Optimizations/refactoring
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Spices.Decompiler can produce unoptimized(raw) code or optimized(refactored)
code. Wide range of code optimization/refactoring procedures is constantly
renewed.
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Active hints
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Code generated and displayed in the Spices.NET is live - user can receive
detailed info about member at mouse cursor and go to this member in the
assembly browser.
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Code outlining/folding
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Code golding/outlining is supported on all languages.
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Supports all modifiers
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Spices.Decompiler supports all modifiers.
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Supports all keywords
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Spices.Decompiler supports all keywords.
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Complex Nested statements
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Spices.Decompiler recognizes complex statements such as iteration (for,
while, foreach), condition (if, else if, if-else if-else) and switch
statements.
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Variables arrangement
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Spices.Decompiler arranges variables at their scope of usage.
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Variable names extraction
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Spices.Decompiler extracts variable names from .PDB files (if avaialble).
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COM/Interop/Unmanaged code
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Spices.Decompiler fully decompiles COM/Interop/Unmanaged code.
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Unsafe code, pointers
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Spices.Decompiler marks as unsafe code with pointers.
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Custom attributes
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Spices.Decompiler extracts all custom attributes information.
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Method overloading, interface implementation, overriding recognition
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Spices.Decompiler recognizes method overloading, interface implementation,
overriding.
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Generics support
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Spices.Decompiler supports generics.
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IDE's integration
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Spices.Decompiler fully integrates into Spices.NET and Visual Studio
as part of Spices.VSIP.NET (Visual Studio Integration Package).
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and more...
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Perhaps after reading this topic you have some questions that didn't get answered.
Spices.NET has a great FAQ doc that answers a lot of the commonly asked questions about Spices.NET products.
Take a look at these answers
