c++-cli

What is the basic structure of a wrapper to c++/cli so it can be called from c# ? A wrapper for a C++ class Blah: EDIT: ref class BlahWrapper { BlahWrapper () { blah = new Blah(); } !BlahWrapper() { //Destructor called by GC if (blah != null) { delete blah; blah = null; } } ~BlahWrapper() { //Dispose() called in "using" blocks, or manually dispose if (blah != null) { delete blah; blah = null; } } private: Blah* blah; } 来源： https://stackoverflow.com/questions/4985907/wrapper-to-c-cli

I'm trying to reproduce this C# workaround in C++/CLI, but it doesn't work, here's my code: private: System::Void WebBrowser1_Navigating(System::Object^ sender, System::Windows::Forms::WebBrowserNavigatingEventArgs^ e) { System::Diagnostics::Debug::WriteLine("Running..."); auto activeXInstance = (SHDocVw::IWebBrowser2^) this->webBrowser1->GetType()->InvokeMember("ActiveXInstance", System::Reflection::BindingFlags::GetProperty | System::Reflection::BindingFlags::Instance | System::Reflection::BindingFlags::NonPublic, nullptr, this->webBrowser1, gcnew array<System::Object^>{}); System:

I have an ActiveX component built in C++. One of its methods has this signature: short Component::Method(short FAR* ptr) {} When the I add the ActiveX into my C++/CLI application the method signature shows as: short Compnenet::Method(short% ptr) {} I want to be able to correctly pass short* pSomething; variable value to this method. of course, the new signature doesn't accept passing arguments as short* and even if you try to cast to short% it doesn't give right results. Note: I don't have access to the activeX control to change. I can only confirm the value of address that that the activeX

If I understand well, in C#, it is possible to do public class X : ICloneable { public X Clone() { ... } object ICloneable.Clone() { return Clone(); } // This calls the above } according to this thread . This kind of overloading is forbidden in C++, since it only depends on the return type. Now, I would like to do this exact thing with ICloneable in C++/CLI. Is there a way ? This type of overloading is allowed in C# not because of different return type, but because of explicit implementation of interface - ICloneable.Clone . About C++/CLI look here: http://msdn.microsoft.com/en-us/library