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The ComVisible attributes are indeed set to true in AssemblyInfo.cs. Note the command prompt I used is the Visual Studio Command Prompt (2010) with admin privileges. Tlbexp GoogleOpsCOMv3.dll /verbose The command above had the following output: Microsoft (R).NET Framework Assembly to Type Library Converter 4.0.30319.1 Copyright (C) Microsoft Corporation. All rights reserved.

Resolved referenced file 'GoogleOpsCOMv3.dll' to file 'C: Users DaUser Documents Visual Studio 2010 Projects Programming Projects Google Ops GoogleOpsCOM bin Debug GoogleOpsCOMv3.dll'. Assembly reference 'RepBusGoogleCalendarV3, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null' has been resolved to assembly 'RepBusGoogleCalendarV3, Version=1.0.0.0, Culture=neutral, PublicKeyToken=null' with the following codebase: file:///C:/Users/DaUser/Documents/Visual Studio 2010/Projects/Programming/Projects/Google Ops/GoogleOpsCOM/bin/Debug/RepBusGoogleCalendarV3.DLL Type 'I' exported. Type 'G' exported. Assembly exported to 'C: Users DaUser Documents Visual Studio 2010 Projects Programming Projects Google Ops GoogleOpsCOM bin Debug GoogleOpsCOMv3.tlb' Select all. Error 1 Cannot register assembly 'C: Users DaUser Documents Visual Studio 2010 Projects Programming Projects Google Ops GoogleOpsCOM bin Debug GoogleOpsCOMv3.dll' - access denied. Please make sure you're running the application as administrator. Access to the registry key 'HKEY_CLASSES_ROOT CalandarMainCOM.iface' is denied.

GoogleOpsCOM Select all I would get the error above the first time I compiled this project. So, I would just hit F6 again and the error would not be there.

Out of curiosity I decided to look at the registry. HKEY_CLASSES_ROOT Calandar MainCOM.if ace The key listed above did not exist,so I created it manually.

It was for internal use only and, consequently, did not contain business critical code. With this in mind, the only way to find enough information on the problem was to somehow dig into the code because the errors reported did not help in any way. The tool: ILSpy is an open source.NET decompiler. This means you can load a.NET assembly and it will do its best to give you the source code before compilation (or at least a good representation of it). When opening a file that does not contain a managed module, you get the following stack trace: System.BadImageFormatException: Format of the executable (.exe) or library (.dll) is invalid. At Mono.Cecil.PE.ImageReader.ReadOptionalHeaders(UInt16& subsystem) at Mono.Cecil.PE.ImageReader.ReadImage().

The next time I compiled it added the following REG-SZ: GoogleOps.clsCalandarMainC OMv3. Visual Studio couldn't register the type library. When you hit F6 again, VS sees that you didn't change anything, so it doesn't try to compile anything and doesn't try to register the type library again. The result is it doesn't show the registration error again. I guess your account doesn't have admin privileges, and you're not running Visual Studio with admin privileges either. Hence the error. Now for the command prompt. Megamatcher sdk cracked.

TlbExp does NOT register the type library it generates. Adding the registry key by hand is not a good idea. What did you put under it? Did you add the other needed registry keys? Use RegAsm to do that.

The problem you face is quite common. A.NET application still loads many native DLLs.

Most surprising for many people is that the.NET framework itself is native. You can identify.NET DLLs in WinDbg using the lm v command. In case of a managed DLL it says: 0:008> lmv m MyApp start end module name 1034000 MyApp(deferred) Image path: C. MyApp.exe Image name: MyApp.exe Has CLR image header, track-debug-data flag not set Timestamp: Wed May 21 16: (537CB95A). Note the line Has CLR image header in the output.

The.NET framework is also loaded in that process, but it is native and does not have such a line: 0:008> lmv m mscorwks start end module name 79470000 79a1e000 mscorwks (pdb symbols) d. Mscorwks.pdb Loaded symbol image file: C: Windows Microsoft.NET Framework v2.0.50727 mscorwks.dll Image path: C: Windows Microsoft.NET Framework v2.0.50727 mscorwks.dll Image name: mscorwks.dll Timestamp: Tue Oct 22 03: (5265CFA2). There are good reasons to use native DLLs by a managed application: • because it's already implemented and stable • for performance reasons: maybe C++ was just faster (maybe not in your case, since you don't seem to be happy with the performance) PhotoViewer.dll is a native DLL, even if dotPeek says 'Platform:.Net Framework 4.5'. This seems to be a bug, because it also reports.NET for kernel32.dll. The properties Assembly platform and Module Runtime seem to be a bit inconsistent anyway. Here are some combinations I tried that caused results which at least would need some explanation: • kernel32: Platform 4.5, Runtime: none • Jigfdt.fdt100: Platform 2.0, Runtime: 1.1.4322 • Fdt.ProfibusTransformers: Platform 4.0, Runtime 2.0.50727 Another way of detecting.NET is. A pure.NET assembly typically has only one dependency on mscoree.dll while native DLLs depend on different things.