unmanaged

How do I call a .NET code from native C++ (unmanaged code)? I want to expose .NET code to my unmanaged (C++) application and then use them. More specifically, I want to call C# from native C++ :). I know there are many ways but can you tell me the pros and cons of each? By the way, I don't want to use COM so what are the options now? Is it possible that I wrap the C# code in C++/CLI and then call it from C++? If so, how do I do that? How do I wrap the C# in C++/CLI and then call it from C++? Robert Giesecke I've written about it just recently. It was about Delphi, but that doesn't mean it won

A quick question: When declaring the DLLImport Attribute in .Net, where does the runtime look to resolve that DLL dependency? Would I have to dump the DLL and all of its dependencies in the bin folder? Martin I think it is working like LoadLibrary. Maybe Windows path searching in LoadLibrary with manifest will be helpfull. Edit Dynamic-Link Library Search Order is probably what you want. Generally, you'd expect it to look at whatever's defined in the user's Path. To find out what this contains, from a command prompt, type echo %PATH% [Enter] 来源： https://stackoverflow.com/questions/268627/where

I have to use third party, unmanaged COM dll into my .NET application. I need to modify this assembly to produce a custom RCW . In order to Edit Interop Assembly I need the type library of the particular assembly. Can any one explain me that how to How to generate type library from unmanaged COM dll? There is no option in regsvr32 to generate type library. Thank you, Best Regards, Robo. If all you're trying to do is create an Interop Assembly from a native dll (and the native DLL embeds the TLB as a resource), you can just call tlbimp directly on the dll: tlbimp Foo.dll /out:Interop.Foo.dll

When I wrote the following snippet for experimenting purposes, it raised the hover-error (see screenshot): Cannot declare pointer to non-unmanaged type 'dynamic' The snippet: dynamic* pointerToDynamic = &fields; While the code is clearly not allowed (you cannot take the address of a managed type), it raised with me the question: what is a non-unmanaged type and how is it different to a managed type? Or is it just Visual Studio trying to be funny? There is a difference between unmanaged and non-managed pointers. A managed pointer is a handle to an object on the managed heap, and AFAIK is

I need to convert the return value of this function from the AddressBook framework: ABRecordCopyValue(nil, kABPersonPhoneProperty) to a value of type ABMultiValueRef This function is currently marked as this: func ABRecordCopyValue(record: ABRecordRef!, property: ABPropertyID) -> Unmanaged<AnyObject>! So I can convert it to Unmanaged like so: ABRecordCopyValue(person, kABPersonPhoneProperty) as Unmanaged<ABMultiValueRef> But then how can I get it as an ABMultiValueRef so that I can pass it to this function? func ABMultiValueGetIndexForIdentifier(multiValue: ABMultiValueRef!, identifier: