#HOPPER DISASSEMBLER TUTORIAL CODE#
#HOPPER DISASSEMBLER TUTORIAL WINDOWS#

The reverse of the above, press F12 in an IL body in the hex editor to go to the decompiled code or other high-level representation of the bits.Click on an address in the decompiled code to go to its IL code in the hex editor.Low-level metadata tables can be edited.IL editor for low-level IL method body editing.Add new methods, classes, or members in C# or Visual Basic.Edit methods and classes in C# or Visual Basic with IntelliSense, no source code is required.Public API, you can write an extension or use the C# Interactive window to control the debugger Assembly Editor.You can also force dnSpy to always use in-memory images instead of disk files. Assemblies that decrypt themselves at runtime can be debugged, dnSpy will use the in-memory image.Output window logs various debugging events, and it shows timestamps by default 🙂.Dynamic modules can be debugged (but not dynamic methods due to CLR limitations).

#HOPPER DISASSEMBLER TUTORIAL WINDOWS#

Variables windows support evaluating C# / Visual Basic expressions.Break on thrown exceptions (1st chance).Call stack, threads, modules, processes windows.Export/import breakpoints and tracepoints.Tracepoints and conditional breakpoints.Multiple processes can be debugged at the same time.decrypted byte arrays) to disk or view them in the hex editor (memory window) Variables windows support saving variables (eg.Set breakpoints and step into any assembly.NET, and Unity game assemblies, no source code required You can use it to edit and debug assemblies even if you don’t have any source code available. Use the tree view to navigate through code.ĭnSpy is a debugger and. NET Reflector VSPro adds the Reflector Object Browser into Visual Studio. Use VS shortcuts: Use F12 to “Go To Definition”, F9 to “Set Breakpoints”, and F11 to “Step Into” any decompiled code.Dynamic decompilation: Assemblies decompile seamlessly in Visual Studio so source code is always available for your libraries.

pdb files for decompiled assemblies and save them so you only need to enable debugging once for each assembly.

Debug third-party assemblies: Generate.

Use the Visual Studio debugger: Use your regular debugging techniques on any decompiled assemblies as if they were your own, using the Visual Studio debugger.

Search Filtering: Get results as you type and find what you’re looking for easily.

Desktop application: Use the standalone application to explore and navigate decompiled code.

Decompilation: Decompile, browse, and analyze any.

NET Reflector you can easily look inside any. NET code, even if you don’t have the source.

Integrate With Windows Explorer Context Menu: Decompile an assembly after browsing to it in Windows Explorer.ĭecompile, understand, and fix any.

Export code directly from the command prompt.

Usage Analysis: Bookmark usages in loaded assemblies.

Decompile referenced assemblies in a Visual Studio project.

Switch easily between different methods and assemblies in one JustDecompile instance.

JustDecompile integrates with JustCode and JustTrace.

Create a Visual Studio project from a decompiled assembly.

Code becomes easily searchable with JustDecompile.

Open API for everyone to create extensions.

10 times faster than other DLL decompilers.

It means you can easily extend its functionality as well as leverage everyone else’s fixes and additions. The Telerik JustDecompile engine is open source.

Hopper disassembler tutorial