Examples of using Windows runtime in English and their translations into Korean
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C++/WinRT is an entirely standard modern C++17 language projection for Windows Runtime(WinRT) APIs, implemented as a header-file-based library.
Type System Describes basic C++/CX types and programming constructs, and how to utilize C++/CX to consume and create Windows Runtime types.
C++ Standard Library containers, and Windows Runtime collections in the form for( for-range-declaration: expression).
For new UWP apps and components, we recommend that you use C++/WinRT, a new standard C++17 language projection for Windows Runtime APIs.
STL containers, and Windows Runtime collections in the form for( for-range-declaration: expression).
C++/CX language reference Describes the set of extensions that simplify C++ consumption of Windows Runtime APIs and enable error handling that's based on exceptions.
With C++/WinRT, you can both consume and author Windows Runtime APIs using any standards-compliant C++17 compiler.
we recommend that you use C++/WinRT, a new standard C++17 language projection for Windows Runtime APIs.
Frequently-asked questions Answers to questions that you're likely to have about authoring and consuming Windows Runtime APIs with C++/WinRT.
In the Project Properties, under C/C++> General tab, set Consume Windows Runtime Extension to Yes(/ZW).
Move to C++/WinRT from WRL This topic shows how to port Windows Runtime C++ Template Library(WRL) code to its equivalent in C++/WinRT.
NET Framework or the Windows Runtime to create an asynchronous method almost as easily as you create a synchronous method.
C++/WinRT performs better and produces smaller binaries than any other language option for the Windows Runtime.
Windows Runtime classes that are written in C or Visual Basic can override the GetHashCode method.
This is part of the support that the. NET Framework provides for the Windows Runtime(see. NET Framework Support for Windows Store Apps and Windows Runtime).
To this end, access to the Windows Runtime is made available via what are known as language projections.
where we're introducing C++/WinRT, the future of Modern C++ for the Windows Runtime!
Visual Basic, and JavaScript callers should be in Windows App projects and Windows Runtime Component projects.
The basic procedure is to create a Windows Runtime Component project, copy the code for your static library into it, and address any errors that arise from moving the code from a standard C++ compilation to a/ZW compilation.
Shows how to create a Windows Runtime type, package it in a Windows Runtime component, and then call the component from a Windows 8.x Store app that's built for Windows by using JavaScript.