c++-cli

I've seen contradictory answers on the internet with regard to whether C++/CLI is a superset of C++ or not. The accepted answer on this question claims that "technically no", but doesn't provide an examples of non-C++/CLI code that conforms to ISO C++. Another answer on that question cites a book that says the opposite. So, can you please provide accurate answers with example code that fails on C++/CLI or cite a trusted source (MSDN for example) on this matter? I had someone this topic come up today and thought I would like to inform myself, but I didn't find any clear answer elsewhere! Valid

I am working with mixed mode assemblies in C++/CLI. All managed mode assembled pdb's get loaded when successfully in mixed mode assembly, but native dll's and pdb's are not getting loaded even though the information of native pdb's is shown in the Modules pane (i.e. in VS Debug->Windows->Modules). I am using native dll and calling its exported function in mixed assembly in C++/CLI code. Here, functions get called successfully, but native pdb symbols are not loading and all breakpoints in the native code are shown as hollow circle and tool tips says there are no symbols loaded for this. I have

A while ago i wrote a C++ CLI Windows Form app, which compiled fine in Visual Studio 2013. Now i wanted to recompile it in Visual Studio 2015 Update 1 but i'm facing a problem, and after hours of tests i figured out the culprit is afxwin.h . TL;DR - Is there any way i can use stdafx.h (so afxwin.h and all other imports coming with it) in a Windows Form app compiled with Visual Studio 2015 without having the app crash upon start? Here's how to reproduce the same issues i'm facing in my app. Since Windows Form is no longer available as project template in VS2015, i created a CLR Empty Project

Editing a RichTextBox control's text (more specifically, modifying selection font/color) programmatically seems to be tracked in the control's built in undo stack. Is there a way, short of writing my own undo/redo "manager", to prevent certain actions/operations from being added to the undo stack ? No cando. At best you can flush the undo stack completely by sending EM_SETUNDOLIMIT twice. EM_SETTEXTEX offers the same option with the ST_DEFAULT flag. Surely not what you want. Look at ScintillaNET for a real editor. If you came here when searching for a WPF c# answer you have a good one here

A.dll is a native c++ dll, B.dll is a managed c++ dll. A.dll depends on B.dll, so when load A.dll, B.dll is loaded automatically, but after A.dll is unloaded, B.dll is still loaded. Only A.dll depends on B.dll, why B.dll can't be unloaded? How to unload the managed c++ dll? I'm using vs2010. Thanks You cannot unload a managed assembly once it is loaded by the CLR. The only way is to kill the AppDomain. 来源： https://stackoverflow.com/questions/7697621/how-to-unload-managed-c-dll