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Visual C++ 2012 (also known as Visual C++ 11.0) was released on August 15, 2012. It features improved C++11 support, and support for Windows Runtime development. [43] Visual C++ 2013 (also known as Visual C++ 12.0) was released on October 17, 2013. It features further C++11 and C99 support, and introduces a REST SDK. [44]
With C++/WinRT, users can also implement their own runtime classes using standard C++, without resorting to COM-style programming. For a runtime class, types can be described in a MIDL file (.idl), and from that file the midl.exe and cppwinrt.exe tools generate the implementation boilerplate source code files, ready for users to add their own ...
Windows Phone 8.1 uses a version of the Windows Runtime named the Windows Phone Runtime. It enables developing applications in C# and VB.NET, and Windows Runtime components in C++/CX. [32] Although WP8 brought limited support, the platform did eventually converge with Windows 8.1 in Windows Phone 8.1.
With Version 14.0 (Visual Studio 2015), most of the C/C++ runtime was moved into a new DLL, UCRTBASE.DLL, which conforms closely with C99. Universal C Run Time ( UCRT ) from Windows 10 onwards become a component part of Windows [2] , so every compiler (either non MS, like GCC or Clang / LLVM ) can link against UCRT [3] .
Microsoft C run-time library, part of Microsoft Visual C++. There are two versions of the library: MSVCRT that was a redistributable till v12 / Visual Studio 2013 with low C99 compliance, and a new one UCRT (Universal C Run Time) that is part of Windows 10 and 11, so always present to link against, and is C99 compliant too .
Platform SDK is the successor of the original Microsoft Windows SDK for Windows 3.1x and Microsoft Win32 SDK for Windows 9x.It was released in 1999 and is the oldest SDK. Platform SDK contains compilers, tools, documentations, header files, libraries and samples needed for software development on IA-32, x64 and IA-64 CPU architectures. .
The Microsoft Visual C++ compiler can produce both managed code, running under CLR, or unmanaged binaries, running directly on Windows. [2]Benefits of using managed code include programmer convenience (by increasing the level of abstraction, creating smaller models) and enhanced security guarantees, depending on the platform (including the VM implementation).
BoundsChecker is a memory checking and API call validation tool used for C++ software development with Microsoft Visual C++.It was created by NuMega in the early 1990s. When NuMega was purchased by Compuware in 1997, BoundsChecker became part of a larger tool suite, DevPartner Studio.