How to Download and Install Visual C++ 2017
Visual C++ 2017 is a set of tools and libraries for developing C++, C, and assembly language applications for Windows, .NET, UWP, Linux, Android, and iOS. It supports C++11, C++14, and many C++17 features with high performance, security, and standards conformance. It also provides features like smart pointers, new containers, expression parsing, polymorphic function wrappers, type traits, and random number generators. It allows users to browse, edit, and improve their code with syntax colorization, code tooltips, Class View, Call Hierarchy, and other productivity features.
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If you want to download and install Visual C++ 2017 on your computer, you need to follow these steps:
What is Visual C++ 2017?
Features of Visual C++ 2017
Visual C++ 2017 has many features that make it a powerful and versatile tool for developing applications in various domains. Some of the features are:
It supports the latest C++ standards (C++11, C++14, and some C++17 features) with improved conformance and compatibility.
It has a new experimental preprocessor that conforms to all applicable C and C++ standards.
It has a new /permissive- switch that enables all strict standards conformance compiler options and disables most Microsoft-specific compiler extensions.
It has a new Clang/C2 platform toolset that uses the Clang front-end with the Microsoft code generator and linker.
It has improved support for Linux development with C++, including remote debugging, cross-platform IntelliSense, code navigation, unit testing, and code analysis.
It has enhanced support for game development with C++, including graphics diagnostics, shader editing and debugging, DirectX 12 templates, and Xbox Live integration.
It has better support for mobile development with C++ for Android and iOS, including native activity templates, Gradle integration, Java interop debugging, iOS simulator support, and Xamarin integration.
It has more options for universal Windows apps development with C++, including XAML designer support, XAML IntelliSense, Windows Runtime component templates, UWP packaging project templates, and Windows App Certification Kit integration.
System Requirements for Visual C++ 2017
The following products support the minimum system requirements below:
Visual Studio Enterprise 2017
Visual Studio Professional 2017
Visual Studio Community 2017
Visual Studio Team Explorer 2017
Visual Studio Test Professional 2017
Visual Studio Test Agent 2017
Visual Studio Test Controller 2017
Visual Studio Team Foundation Server Office Integration 2017
Visual Studio Feedback Client 2017
The minimum system requirements are:
ComponentRequirement
Operating systemWindows 10 version 1507 or higher: Home, Professional, Education, and Enterprise (LTSC and S are not supported). Windows Server 2016 and Windows Server 2012 R2 may be used to build Universal Windows apps from the command line.
Processor1.8 GHz or faster processor. Quad-core or better recommended.
Memory2 GB of RAM; 4 GB of RAM recommended (2.5 GB minimum if running on a virtual machine).
Hard disk spaceMinimum of 800MB up to 210 GB of available space, depending on features installed; typical installations require 20-50 GB of free space.
Hard disk speedTo improve performance, install Windows and Visual Studio on a solid state drive (SSD).
Video cardVideo card that supports a minimum display resolution of 720p (1280 by 720); Visual Studio will work best at a resolution of WXGA (1366 by 768) or higher.
How to Download Visual C++ 2017
Download Visual Studio Installer
The first step to download Visual C++ 2017 is to download the Visual Studio Installer. This is a small program that will help you choose the workloads and components you want to install. You can download the Visual Studio Installer from the following link:
After you download the installer, run it and follow the instructions on the screen. You may need to sign in with your Microsoft account or create one if you don't have one.
Choose Workloads and Components
The next step is to choose the workloads and components you want to install. A workload is a set of features that support a specific type of development, such as desktop development, web development, or mobile development. A component is an individual feature or library that you can add or remove as needed.
To install Visual C++ 2017, you need to select the Desktop development with C++ workload. This will install the core features and tools for developing C++ applications for Windows, such as the C++ compiler, linker, debugger, libraries, headers, and templates. You can also select other workloads and components depending on your needs, such as Linux development with C++, Game development with C++, Mobile development with C++, or Universal Windows Platform development.
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To select the workloads and components, use the checkboxes on the left side of the installer window. You can also use the tabs on the right side to see more details and options for each workload and component. You can also search for specific features using the search box at the top right corner.
Start the Installation
The final step is to start the installation. To do this, click on the Install button at the bottom right corner of the installer window. The installation may take some time depending on your internet speed and system configuration. You can monitor the progress and status of the installation on the installer window. You may need to restart your computer after the installation is complete.
How to Troubleshoot Visual C++ 2017 Installation Issues
Check the System Requirements and Updates
If you encounter any issues during or after the installation of Visual C++ 2017, you should first check if your system meets the minimum requirements for Visual Studio 2017. You can find the system requirements in the previous section of this article.
You should also check if your system has the latest updates installed. To do this, go to Settings > Update & Security > Windows Update and click on Check for updates. If there are any available updates, install them and restart your computer if needed.
Remove Existing Visual C++ Redistributable Packages
Sometimes, having multiple versions of Visual C++ Redistributable Packages installed on your system can cause conflicts or errors with Visual C++ 2017. A Visual C++ Redistributable Package is a runtime component that allows applications built with Visual C++ to run on your system without installing Visual Studio.
To remove existing Visual C++ Redistributable Packages, go to Control Panel > Programs > Programs and Features and look for any entries that start with Microsoft Visual C++. Select each entry and click on Uninstall. You may need to restart your computer after uninstalling them.
Use the /LINKREPRO Switch for Linker Problems
If you experience any linker problems when building your C ++ 2017 projects, you can use the /LINKREPRO switch to generate a repro package that contains all the input files and options for the linker. You can then use this package to report the problem to Microsoft or the developer community.
To use the /LINKREPRO switch, you need to add it to the linker command line in your project properties. To do this, go to Project > Properties > Configuration Properties > Linker > Command Line and add /LINKREPRO:filename.zip to the Additional Options box, where filename.zip is the name of the repro package you want to create. You can also specify a folder path for the repro package if you want.
After you build your project, you will find the repro package in the specified location. You can then upload it to a file sharing service and share the link with Microsoft or the developer community.
Contact Microsoft Support or Developer Community
If none of the above solutions work for you, you can contact Microsoft Support or the developer community for further assistance. Microsoft Support can provide you with technical support and guidance for Visual C++ 2017 installation issues. You can contact them through the following link:
The developer community is a platform where you can ask questions, report problems, suggest features, and get feedback from other developers and experts. You can join the developer community through the following link:
Conclusion
Visual C++ 2017 is a powerful and versatile tool for developing C++, C, and assembly language applications for various platforms and domains. It supports the latest C++ standards and features, as well as cross-platform development, game development, mobile development, and universal Windows apps development. To download and install Visual C++ 2017, you need to download the Visual Studio Installer, choose the workloads and components you want, and start the installation. If you encounter any issues during or after the installation, you can troubleshoot them by checking the system requirements and updates, removing existing Visual C++ Redistributable Packages, using the /LINKREPRO switch for linker problems, or contacting Microsoft Support or the developer community.
FAQs
Q: How do I update Visual C++ 2017?
A: To update Visual C++ 2017, you need to run the Visual Studio Installer again and check for any available updates. You can also enable automatic updates in the installer settings.
Q: How do I uninstall Visual C++ 2017?
A: To uninstall Visual C++ 2017, you need to run the Visual Studio Installer again and select Uninstall from the More menu next to Visual Studio 2017. You can also choose to modify or repair your installation from the same menu.
Q: How do I change the language of Visual C++ 2017?
A: To change the language of Visual C++ 2017, you need to run the Visual Studio Installer again and select Language packs from the Individual components tab. You can then choose the languages you want to install or uninstall.
Q: How do I create a new project in Visual C++ 2017?
A: To create a new project in Visual C++ 2017, you need to go to File > New > Project and select a template from the Visual C++ category. You can then specify a name, location, and solution for your project.
Q: How do I debug my code in Visual C++ 2017?
A: To debug your code in Visual C++ 2017, you need to set breakpoints in your code, build your project, and start debugging by pressing F5 or clicking on Debug > Start Debugging. You can then use the debugger windows and tools to inspect and modify your code, variables, memory, registers, call stack, threads, processes, modules, exceptions, breakpoints, watch expressions, output messages, and more. 44f88ac181
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