You can build your projects with CMake that is now supported in Visual Studio.

It is possible to open code from any folder with the Open Folder feature and get IntelliSense, navigation, building, and debugging capabilities without creating a solution and project first.That means _MFC_VER and _ATL_VER ar both 0x0E00. On the other hand, MFC and ATL are still on version 14.0 as in Visual C++ 2015. The C++ compiler version is 19.1, a minor release of the Visual C++ 2015 compiler (version 19.0).That means you can link to libraries build with VC++ 2015. Visual C++ 2017 runtime is compatible to the Visual C++ 2015 runtime.The complete list of improvements is available here. The standard library implementation contains C++17 features including: any, optional, variant, string_view, make_from_tuple().It also contains some features added to C++17.

The C++ compiler is C++14 complete, but still lacks several C++98 and C++11 features.Of all the changes and new features in VC++ 2017 (that are described in details in the articles mentioned above) there are several that I want to mention: Visual Studio Code C/C++ extension March 2017 Update.C++14 conformance improvements: constexpr and aggregate initialization.C++ Standards Conformance from Microsoft.Completed UserVoice Suggestions in Visual Studio 2017.C++ game development workload in Visual Studio 2017.Use any C++ Compiler with Visual Studio.Binary Compatibility and Pain-free Upgrade: Why Moving to Visual Studio 2017 is almost “too easy”.Check for const correctness with the C++ Core Guidelines Checker.C++ Code Analysis improvements in Visual Studio 2017 RTM.Visual Studio 2017 for C++ developers – you will love it.The Visual C++ team has released a series of blog posts to document some of the new features. This post is focused on the changes for C++ development. The release notes contain a summary of all the changes available in the new version. Visual Studio 2017 has been officially launched today.

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