Using Visual Studio Code for 32-Bit Development

Visual Studio Code (VS Code) is a popular development environment used by developers worldwide to build various applications. One of its key features is the ability to install workloads, which provide additional tools and functionality. In this article, we will explore how to use VS Code for 32-bit development.

Installing Universal Windows Platform Workload

When you include the Universal Windows Platform (UWP) workload during the installation process, it also installs x86-hosted cross compiler tools that can be used to build ARM code. This means that developers can now create applications that run on multiple platforms, including ARM-based devices.

Installing C++ Workload

The C++ workload in VS Code is essential for building 32-bit and 64-bit applications. When you install a C++ workload, it comes with both native and cross compiler tools, which are hosted on x86 processors. This allows developers to build code for various platforms, including ARM and x86.

Accessing Command Prompts

To access the command prompts in Windows, simply type 'x64' or 'ARM' in the Start menu, followed by choosing one of the available developer command prompts. These prompts provide direct access to the native and cross-tool developers that are part of the C++ workload.

Tools Included with Each Visual Studio Edition

Each edition of Visual Studio includes specific tools and features. For more information about the tools included with each edition, refer to the 'Visual C++ Tools and Features in Visual Studio Editions' section.

Building 64-Bit Applications

While building 32-bit applications is supported, VS Code also allows developers to create 64-bit applications using its IDE. To do this, follow the steps outlined in the 'How to: Configure Visual C++ Projects to Target 64-Bit, x86 Platforms' article.

Taking Advantage of 64-Bit Hosted Toolset

Developers can take advantage of the processor and memory space available for 64-bit code by using the 64-bit, x86-hosted toolset when building code for x86, ARM, or other processors. This ensures that applications run smoothly on 64-bit platforms.

Additional Developer Command Prompt Shortcuts

When VS Code is installed on a 64-bit Windows operating system, additional developer command prompt shortcuts are available for the 64-bit, x86-hosted native and cross compilers. These shortcuts provide easy access to these tools, allowing developers to work efficiently.

Targeting Other Platforms

In addition to building applications for Windows platforms, VS Code also supports development for other platforms such as iOS, Android, and Linux. This is made possible through the use of C++ compilers, linkers, and other tools provided by VS Code.

In conclusion, Visual Studio Code provides a robust platform for developing 32-bit applications using its various workloads and tools. By following the steps outlined in this article, developers can take advantage of the features offered by VS Code to build high-quality applications that run on multiple platforms.

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