In the evolution history of software engineering, the development of cross-platform graphical user interfaces (GUI) has always been a field full of compromises, trade-offs, and technical competitions.
In the past few years, our host computer software has mainly been developed using WPF and WinForm . These technologies work well on the Windows platform and have accompanied us from small-scale trial production to the current stage of large-scale delivery. However, with business development and changes in customer requirements, the single Windows technology stack has gradually become a hurdle we must overcome.
When our program is released and users are performing dangerous operations, our software should provide some reminder effects, such as a red border edge, similar to the warning effect in Amap.
This article details the method of implementing internationalization in WPF applications using custom XML files, including installing the necessary NuGet packages, dynamically retrieving the language list, dynamically switching languages, using translated strings in code and XAML interfaces, and provides a source code link to help developers easily achieve internationalization in WPF applications.
In the current wave of globalized software development, internationalization (i18n) and localization (L10n) of applications have become particularly important. Avalonia UI, as a powerful cross-platform UI framework, offers developers multiple ways to achieve internationalization. Among them, using traditional Resx resource files for internationalization not only aligns with the usage habits in WinForms, WPF, ASP.NET Core, and other development scenarios, but also, with the help of some practical tools and specific development processes, makes the implementation of internationalization efficient and structured.
We delve into various XAML-based platforms, cross-platform strategies, and the core technologies needed for effective project architecture design.
This is a cross-platform UI framework based on WPF XAML, supporting multiple operating systems (Windows (.NET Core), Linux (GTK), macOS, Android, and iOS), and Web (WebAssembly).
Diverse perspectives enrich the technical community. However, disrespectful expressions and statements based on unsubstantiated information are not conducive to constructive dialogue.
CodeWF.EventBus is a flexible event bus library that enables decoupled communication between modules. It supports various .NET project types such as WPF, WinForms, ASP.NET Core, etc. With a clean design, it easily implements command publishing and subscribing, as well as requests and responses. Through orderly event handling, it ensures events are properly processed. Simplify your code and improve system maintainability.
The need for plug-in architecture mainly stems from the pursuit of flexibility in software architecture, especially when developing large, complex, or constantly evolving software systems. Pluginization enhances scalability, customizability, isolation, security, maintainability, modularity, ease of upgrade and update, and third-party development capabilities, thereby meeting ever-changing business requirements and technical challenges.