c++-cli

What I want is simple - code sample of creating new boost asio socket from C++/CLI .Net socket. How to create such thing? Here is pseudo code of what I would like to do: .net::socket a; boost::asio::socket b; b.assign(a.nativeWin32Socket()); Have you tried? b.assign(a.Handle.ToInt32()); Also note they you will need to use WSADuplicateSocket as you may get that both b and a will close the socket and point you don't expect. So you need something like: SOCKET native = WSADuplicateSocket(a.Handle.ToInt32(),...); b.assign(native); Full Answer (Tested) SOCKET native = a->Handle.ToInt32(); // Now

Is this supported in C++ CLI? I want to do something like the following C# example in C++ CLI var dictionary = new Dictionary<string, string> { { "foo", "bar" } }; Thanks The best I came up with was creating an array initialized inline, then initializing the dictionary with the contents of the array in a static constructor. Something like static initonly System::Collections::Generic::Dictionary<System::String^, System::String^>^ dictionary; static initonly array<System::String^> arrayToPopulateDictionary = gcnew array<System::String^> { "foo", "bar" }; static Foo() { for (int i = 0; i <

I'm having trouble passing an argument from C++/CLI code into a .NET C# function. In C++ I have something resembling the following: void SomeFunction(short *id) { CSharpClass::StaticClassInstance->SetValue(id); } On the C# side, the function is declared with a ref argument as: public void SetValue(ref short id) { id = this.internalIdField; } The compiler error I'm getting when calling SetValue(id) is "cannot convert parameter 1 from 'short *' to 'short %'". I found out that a tracking reference (%) is equivalent to C# ref but I don't know how to use it with the short* parameter I'm trying to

I have to use a class/assembly made in C# .NET from native C++ application. I suppose I need to make a wrapper class in C++/CLI, that would expose native methods in header files, but use .NET class as needed. Thing that's unclear to me is how to convert data types from .NET to standard C++ types. Does anybody have some sample code to learn from? Only text I have found on this is: http://msdn.microsoft.com/en-us/magazine/cc300632.aspx But text is very old (using Managed C++, not C++/CLI), and lot of things remains unclear Yes you need to build a wrapper with C++/CLI around your managed assembly

As described in another SO post of me I saw a strange behaviour of my application after moving from VS 2008 (.net 3.5) to VS 2013 (and using .net 4.0, not 4.5). I found that the static constructor (cctor) of a class was not called any more. Therefore I broke the application down into a small test program: DLLs testAssembly_2-0 and testAssembly_4-0 (similar content; testAssembly_4-0 has names with 40 instead of 20 ) namespace testAssembly_20 { public ref class Class20 { public: Class20 () { Console::WriteLine (__FUNCTION__"()"); } static Class20 () { Console::WriteLine (__FUNCTION__"()" + " ms

My MEX file is written in C++/CLI and calls a DLL written in C#. When gcnew'ing an object, shouldn't it be garbage collected when the mexFunction returns? Its references should be lost but nothing seems to be garbage collected... each call to the mex function increases MATLAB 's memory allocation (and no, the memory is not used for MATLAB variables). I've experimented with creating a large dummy value with narrow scope and when stepping through the MEX file I can see the memory allocated and released. But not so with the main object created in the mexFunction =( I've tried to delete it in the

Please have a look at the following code Form1.h #pragma once #include "Clicker.h" namespace TestWindowProject { using namespace System; using namespace System::ComponentModel; using namespace System::Collections; using namespace System::Windows::Forms; using namespace System::Data; using namespace System::Drawing; /// <summary> /// Summary for Form1 /// </summary> public ref class Form1 : public System::Windows::Forms::Form { public: Form1(void) { InitializeComponent(); // //TODO: Add the constructor code here // } protected: /// <summary> /// Clean up any resources being used. /// </summary>