A Razor class library for integrating SweetAlert2 popup boxes into Blazor Server and WebAssembly applications.
CurrieTechnologies.Razor.SweetAlert2 is a Razor class library that integrates the SweetAlert2 JavaScript library into Blazor applications. It provides a C# wrapper for creating beautiful, responsive, and accessible popup dialogs, replacing native JavaScript alert boxes with customizable alternatives. The library simplifies adding interactive dialogs to Blazor Server and WebAssembly projects while maintaining full SweetAlert2 functionality.
Blazor developers building web applications who need modern, accessible popup dialogs for alerts, confirmations, and user inputs. It's particularly useful for teams wanting to enhance user experience without writing custom JavaScript interop code.
Developers choose this library because it offers a seamless integration of SweetAlert2 into Blazor with a native C# API, eliminating the need for manual JavaScript interop. It includes official themes, supports async/await patterns, and provides accessibility features out of the box, making it a production-ready solution for dialog management.
A Razor class library for interacting with SweetAlert2
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Provides a native C# API with async/await support, allowing developers to handle dialogs directly in C# without manual JavaScript interop, as shown in examples like FireAsync with SweetAlertOptions.
Includes official SweetAlert2 themes and enables automatic theme switching based on user color scheme preferences, configurable via service options for enhanced UX.
Inherits WAI-ARIA compliance from SweetAlert2, ensuring dialogs are accessible to assistive technologies without additional setup.
Allows setting default dialog options application-wide through service configuration in Startup.cs, simplifying consistency across the app.
Dialog results are restricted to strings, requiring manual conversion for numbers and booleans, which adds overhead for handling complex data.
Missing some SweetAlert2 methods like those returning HTMLElements, and no support for <optgroup> in select inputs, limiting advanced use cases.
Setting up callbacks requires wrapping them in specific objects like InputValidatorCallback, making the code less intuitive compared to native JavaScript.