Baixar Microsoft Visual C%2b%2b Runtime Library Windows 7

Baixar Microsoft Visual C 2b 2b Runtime Library Windows 7 32-bit
Baixar Microsoft Visual C 2b 2b Runtime Library Windows 7 Version
Microsoft Visual C++ Runtime Error

Read More: https://appuals.com/fix-microsoft-visual-c-runtime-library-error-in-windows-10/.

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A Windows Runtime component is a self-contained software module that you can author, reference, and use with any Windows Runtime language (including C#, C++/WinRT, Visual Basic, JavaScript, and C++/CX). You can use Visual Studio to create a Windows Runtime component that can be used in your Universal Windows Platform (UWP) app.

Describes an update for Universal C Runtime (CRT) in Windows 8.1, Windows RT 8.1, Windows Server 2012 R2, Windows 8, Windows RT, Windows Server 2012, Windows 7 SP1, Windows Server 2008 R2 SP1, Windows Vista SP2, or Windows Server 2008 SP2.
Apr 12, 2010 Windows 7, Windows Server 2003 R2 (32-Bit x86), Windows Server 2003 Service Pack 2, Windows Server 2008 R2, Windows Server 2008 Service Pack 2, Windows Vista Service Pack 2, Windows XP Service Pack 3.

Note

For C++ developers, we recommend that you use C++/WinRT for new applications. C++/WinRT is an entirely standard modern C++17 language projection for Windows Runtime (WinRT) APIs, implemented as a header-file-based library, and designed to provide you with first-class access to the modern Windows API. To learn how to create a Windows Runtime component using C++/WinRT, see Windows Runtime components with C++/WinRT.

Topic	Description
Windows Runtime components with C++/WinRT	This topic shows how to use C++/WinRT to create and consume a Windows Runtime component—a component that's callable from a Universal Windows app built using any Windows Runtime language.
Windows Runtime components with C++/CX	This topic shows how to use C++/CX to create a Windows Runtime component—a component that's callable from a Universal Windows app built using any Windows Runtime language.
Walkthrough of creating a C++/CX Windows Runtime component, and calling it from JavaScript or C#	This walkthrough shows how to create a basic Windows Runtime component DLL that's callable from JavaScript, C#, or Visual Basic. Before you begin this walkthrough, make sure that you understand concepts such as the Abstract Binary Interface (ABI), ref classes, and the Visual C++ Component Extensions that make working with ref classes easier. For more information, see Creating Windows Runtime components in C++ and Visual C++ Language Reference (C++/CX).
Windows Runtime components with C# and Visual Basic	You can use managed code to create your own Windows Runtime types, packaged in a Windows Runtime component. You can use your component in Universal Windows Platform (UWP) apps with C++, JavaScript, Visual Basic, or C#. This topic outlines the rules for creating a component, and discusses some aspects of .NET support for the Windows Runtime. In general, that support is designed to be transparent to the .NET programmer. However, when you create a component to use with JavaScript or C++, you need to be aware of differences in the way those languages support the Windows Runtime.
Walkthrough of creating a C# or Visual Basic Windows Runtime component, and calling it from JavaScript	This walkthrough shows how you can use .NET with Visual Basic or C# to create your own Windows Runtime types, packaged in a Windows Runtime component, and how to call the component from your Universal Windows app built for Windows using JavaScript.
Raising Events in Windows Runtime components	If your Windows Runtime component raises an event of a user-defined delegate type on a background thread (worker thread) and you want JavaScript to be able to receive the event, you can implement and/or raise it in one of these ways:
Brokered Windows Runtime components for side-loaded UWP apps	This topic discusses an enterprise-targeted feature supported by Windows 10 Update and above, which allows touch-friendly .NET apps to use the existing code responsible for key business-critical operations.

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The Windows Runtime C++ Template Library (WRL) is a template library that provides a low-level way to author and use Windows Runtime components.

Note

WRL is now superseded by C++/WinRT, a standard C++17 language projection for Windows Runtime APIs. C++/WinRT is available in the Windows 10 SDK from version 1803 onward. C++/WinRT is implemented entirely in header files, and designed to provide you with first-class access to the modern Windows API.

Baixar Microsoft Visual C 2b 2b Runtime Library Windows 7 32-bit

With C++/WinRT, you can both consume and author Windows Runtime APIs using any standards-compliant C++17 compiler. C++/WinRT typically performs better and produces smaller binaries than any other language option for the Windows Runtime. We will continue to support C++/CX and WRL, but highly recommend that new applications use C++/WinRT. For more information, see C++/WinRT.

Benefits

Baixar Microsoft Visual C%2b%2b Runtime Library Windows 7

The Windows Runtime C++ Template Library enables you to more easily implement and consume Component Object Model (COM) components. It provides housekeeping techniques like reference-counting to manage the lifetime of objects and testing HRESULT values to determine whether an operation succeeded or failed. To successfully use the Windows Runtime C++ Template Library, you must carefully follow these rules and techniques.

The C++/CX is a high-level, language-based way to use Windows Runtime components. Both the Windows Runtime C++ Template Library and C++/CX simplify the writing of code for the Windows Runtime by automatically performing housekeeping tasks on your behalf.

The Windows Runtime C++ Template Library and C++/CX provide different benefits. Here are some reasons you might want to use the Windows Runtime C++ Template Library instead of C++/CX:

Windows Runtime C++ Template Library adds little abstraction over the Windows Runtime Application Binary Interface (ABI), giving you the ability to control the underlying code to better create or consume Windows Runtime APIs.
C++/CX represents COM HRESULT values as exceptions. If you’ve inherited a code base that uses COM, or one that doesn’t use exceptions, you might find that the Windows Runtime C++ Template Library is a more natural way to work with the Windows Runtime because you don't have to use exceptions.
Note
The Windows Runtime C++ Template Library uses HRESULT values and does not throw exceptions. In addition, the Windows Runtime C++ Template Library uses smart pointers and the RAII pattern to help guarantee that objects are destroyed correctly when your application code throws an exception. For more info about smart pointers and RAII, see Smart Pointers and Objects Own Resources (RAII).
The purpose and design of the Windows Runtime C++ Template Library is inspired by the Active Template Library (ATL), which is a set of template-based C++ classes that simplify the programming of COM objects. Because Windows Runtime C++ Template Library uses standard C++ to wrap the Windows Runtime, you can more easily port and interact with many existing COM components written in ATL to the Windows Runtime. If you already know ATL, you might find that Windows Runtime C++ Template Library programming is easier.

Getting Started

Here are some resources that can help you get working with the Windows Runtime C++ Template Library right away.

The Windows Runtime Library (WRL)
In this Channel 9 video, learn more about how the Windows Runtime C++ Template Library helps you write Universal Windows Platform (UWP) apps and how to author and consume Windows Runtime components.

How to: Activate and Use a Windows Runtime Component
Shows how to use the Windows Runtime C++ Template Library to initialize the Windows Runtime and activate and use a Windows Runtime component.

How to: Complete Asynchronous Operations
Shows how to use the Windows Runtime C++ Template Library to start asynchronous operations and perform work when the operations complete.

How to: Handle Events
Shows how to use the Windows Runtime C++ Template Library to subscribe to and handle the events of a Windows Runtime object.

Walkthrough: Creating a UWP app using WRL and Media Foundation
Learn how to create a UWP app that uses Microsoft Media Foundation.

How to: Create a Classic COM Component
Shows how to use the Windows Runtime C++ Template Library to create a basic COM component and a basic way to register and consume the COM component from a desktop app.

How to: Instantiate WRL Components Directly
Learn how to use the Microsoft::WRL::Make and Microsoft::WRL::Details::MakeAndInitialize functions to instantiate a component from the module that defines it.

How to: Use winmdidl.exe and midlrt.exe to create .h files from windows metadata
Shows how to consume custom Windows Runtime components from WRL by creating an IDL file from the .winmd metadata.

Walkthrough: Connecting Using Tasks and XML HTTP Requests
Shows how to use the IXMLHTTPRequest2 and IXMLHTTPRequest2Callback interfaces together with tasks to send HTTP GET and POST requests to a web service in a UWP app.

Bing Maps Trip Optimizer sample
Uses the HttpRequest class that's defined in Walkthrough: Connecting Using Tasks and XML HTTP Requests in the context of a complete UWP app.

Creating a Windows Runtime DLL component with C++ sample
Shows how to use the Windows Runtime C++ Template Library to create an in-process DLL component and consume it from C++/CX, JavaScript, and C#.

DirectX marble maze game sample
Demonstrates how to use the Windows Runtime C++ Template Library to manage the lifetime of COM components such as DirectX and Media Foundation in the context of a complete 3-D game.

Toast notifications from desktop apps
Demonstrates how to send toast notifications from a desktop app.

Windows Runtime C++ Template Library Compared to ATL

Windows Runtime C++ Template Library resembles the Active Template Library (ATL) because you can use it to create small, fast COM objects. Windows Runtime C++ Template Library and ATL also share concepts such as definition of objects in modules, explicit registration of interfaces, and open creation of objects by using factories. You might be comfortable with Windows Runtime C++ Template Library if you're familiar with ATL.

Windows Runtime C++ Template Library supports the COM functionality that is required for UWP apps. Therefore, it differs from the ATL because it omits direct support for COM features such as:

aggregation
stock implementations
dual interfaces (IDispatch)
standard enumerator interfaces
connection points
tear-off interfaces
OLE embedding
ActiveX controls
COM+

Concepts

Windows Runtime C++ Template Library provides types that represent a few basic concepts. The following sections describe those types.

ComPtr

ComPtr is a smart pointer type that represents the interface that's specified by the template parameter. Use ComPtr to declare a variable that can access the members of an object that's derived from the interface. ComPtr automatically maintains a reference count for the underlying interface pointer and releases the interface when the reference count goes to zero.

RuntimeClass

RuntimeClass represents an instantiated class that inherits a set of specified interfaces. A RuntimeClass object can provide a combination of support for one or more Windows Runtime COM interfaces, or a weak reference to a component.

Module

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Module represents a collection of related objects. A Module object manages class factories, which create objects, and registration, which enables other applications to use an object.

Callback

The Callback function creates an object whose member function is an event handler (a callback method). Use the Callback function to write asynchronous operations.

EventSource

EventSource is used to manage delegate event handlers. Use Windows Runtime C++ Template Library to implement a delegate, and use EventSource to add, remove, and invoke delegates.

AsyncBase

AsyncBase provides virtual methods that represent the Windows Runtime asynchronous programming model. Override the members in this class to create a custom class that can start, stop, or check the progress of an asynchronous operation.

FtmBase

FtmBase represents a free-threaded marshaler object. FtmBase creates a global interface table (GIT), and helps manage marshaling and proxy objects.

WeakRef

WeakRef is a smart-pointer type that represents a weak reference, which references an object that might or might not be accessible. A WeakRef object can be used by only the Windows Runtime, and not by classic COM.

A WeakRef object typically represents an object whose existence is controlled by an external thread or application. For example, a WeakRef object can reference a file object. When the file is open, the WeakRef is valid and the referenced file is accessible. But when the file is closed, the WeakRef is invalid and the file is not accessible.