.NET MAUI 9 introduces several exciting control enhancements that boost the performance, functionality, and flexibility of cross-platform apps. This blog explores these updates in detail, providing code examples to help you integrate these features into your .NET MAUI applications. 1. BackButtonBehavior OneWay Binding Mode In previous versions of .NET MAUI, the BackButtonBehavior in a Shell app was set to BindingMode.OneTime . In .NET MAUI 9, this has been updated to BindingMode.OneWay , allowing easier control over the back button behavior at runtime. This means the button’s visibility and other properties can be dynamically updated with data bindings. Example Code: The following code demonstrates how to use data binding to control the visibility and behavior of the back button in a Shell app. <ContentPage ...> <Shell.BackButtonBehavior > <BackButtonBehavior Command="{Binding BackCommand}" ...

  With the advent of .NET Multi-platform App UI (MAUI), developers have a powerful framework at their disposal for building cross-platform applications. As .NET MAUI is the evolution of Xamarin.Forms, it offers enhanced performance, more features, and a unified API for creating apps for Android, iOS, macOS, and Windows. If you have an existing Xamarin app, migrating to .NET MAUI can open up new possibilities. This guide will walk you through the steps to migrate your Xamarin app to .NET MAUI seamlessly. Why Migrate to .NET MAUI? Before we dive into the migration process, let’s look at some reasons why you might want to migrate your Xamarin app to .NET MAUI: Unified Project Structure : .NET MAUI simplifies the project structure by consolidating platform-specific projects into a single project. Performance Improvements : .NET MAUI provides performance optimizations, making your apps faster and more efficient. New Features : Take advantage of new controls, layouts, and other fea...