The article discusses the integration of cross-compilation support for Qt projects in the Qt Visual Studio Tools, allowing developers to create embedded applications with Qt Quick in Visual Studio. The focus is on developing an application for public information display on mirrored screens, targeting devices running Embedded Linux, such as the Raspberry Pi 3 Model B.
The tutorial covers setting up the development environment on a Windows 10 machine, utilizing Windows Subsystem for Linux (WSL) for cross-compilation, and deploying and running the application on the embedded device. The article emphasizes the use of Qt for Windows and showcases the Qt VS Tools extension for multi-platform development, making it particularly interesting for embedded developers looking to leverage Qt's capabilities in Visual Studio for cross-compiling, testing, and remote debugging.
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Choosing between Qt and Flutter for embedded project development depends on the specific technical needs of the project.
Qt, built on C++, excels in native performance and efficiency, making it ideal for complex, high-performance applications. It offers extensive libraries and robust community support, catering to projects that require sophisticated functionalities and direct hardware access, such as medical devices and low-end hardware without GPU support.
On the other hand, Flutter focuses on rapid development and cost-effectiveness, utilizing Dart for an accessible programming experience. Key features like hot reload enable quick iteration, and a single codebase ensures consistent UI across platforms.
To sum up, Qt is suited for intricate, performance-critical applications, while Flutter is ideal for projects prioritizing speed, cost-efficiency, and cross-platform consistency.
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