What Is .NET MAUI and What Is It For?

In short, .NET Multi-platform App UI is a cross-platform framework. The difference is that .NET MAUI is used to create native mobile and desktop apps with C# and XAML. Using .NET MAUI, you can develop apps that can run on Android, iOS, macOS, and Windows from a single shared code-base.

.NET MAUI addresses these limitations by providing a more unified API for accessing native platform features. This means that developers can write code that can take advantage of the unique features of each platform, while still maintaining a single codebase. Ultimately, developers can focus on writing their app’s business logic once, and then deploy it to any platform that they support.

What Do I Get When I Adopt .NET MAUI?

This question is often asked by some of our prospective clients before deciding which programming language to use. There are several conveniences and accelerations that you can feel directly during the development process or after development is complete.

There are 3 things you get:

• Developers can write their app’s code once and then deploy it to multiple platforms. This can save a significant amount of time and money.
• There is no need to maintain separate codebases for each platform. This can make it easier to manage and track changes to the code.
• It is easier to ensure that the code is consistent across all platforms. This can help to reduce bugs and improve the overall quality of the app.

All of these 3 things certainly help you in accelerating the development process of your application. Who doesn’t want their application to be ready quickly? Let’s start adopting .NET MAUI, our team will be happy to help you in the migration process.

Is that all? The discussion does not end here.

.NET MAUI has the key to success in accelerating this development.

We have told you some of them such as single codebase, but it turns out there are still more.

Key Features of .NET MAUI

• Cross-platform UI development with XAML: XAML is a declarative language that allows developers to define the user interface (UI) of their app. XAML is easy to learn and use, and it can be used to create UIs for all of the platforms that .NET MAUI supports.
• Shared codebase for business logic: The core business logic of your app can be written in C# and shared across all platforms. This means that you can write your app’s logic once and then reuse it on all of the platforms that you support.
• Platform-specific implementations (if needed): If you need to access platform-specific features, you can do so using .NET MAUI s platform-specific APIs. This allows you to take advantage of the unique features of each platform, while still maintaining a single codebase for your app’s core logic.
• Access to native APIs: .NET MAUI allows you to access native platform APIs from your C# code. This means that you can take advantage of the full range of features that each platform offers.
• Hot reload for faster development: Hot reload is a feature that allows you to see changes to your app’s UI in real-time, without having to rebuild and redeploy the app. This can significantly speed up the development process.

Not just one but hundreds of benefits that you get when adopting .NET MAUI. So how does .NET MAUI work?

Check out this explanation

How It Works: A Deeper Dive into .NET MAUI

Project Structure

A .NET MAUI project is typically structured into the following key components:

• Shared Project: This project contains the core business logic, data models, and platform-agnostic code that can be shared across all platforms.
• Platform-Specific Projects: For each target platform (Android, iOS, macOS, Windows), there are dedicated projects. These house platform-specific code, such as UI implementations, platform APIs, and project settings.
• Single Project (Optional): While not mandatory, some developers prefer a single project structure for smaller projects. This approach combines the shared and platform-specific code into a single project.

Shared Code and Platform-Specific Code

The effectiveness of .NET MAUI lies in the balance between shared and platform-specific code.

• Shared Code: This codebase is written in C# and often uses XAML for UI definition. It should focus on core application logic, data models, and ViewModel components that are independent of the underlying platform.
• Platform-Specific Code: This code is essential for tailoring the app to each platform’s unique characteristics. It includes:
  • Platform-specific UI implementations: Using platform-specific controls and layouts to achieve a native look and feel.
  • Platform-specific APIs: Accessing platform-specific features like device sensors, notifications, and storage.
  • Custom renderers: Creating custom UI components or modifying existing ones to meet specific platform requirements.

Handling Platform Differences

.NET MAUI employs several mechanisms to bridge platform differences:

• Abstractions: The framework provides high-level abstractions for common functionalities, such as navigation, dependency injection, and data binding, which help to minimize platform-specific code.
• Conditional Compilation: Using preprocessor directives, developers can include or exclude code based on the target platform.
• Custom Renderers: For complex UI components or platform-specific customizations, custom renderers allow developers to create platform-specific implementations.

The Role of XAML

XAML, a declarative language, is a cornerstone of .NET MAUI UI development. It offers several advantages:

• Separation of Concerns: XAML separates the UI definition from the code-behind logic.
• Rapid UI Development: XAML’s declarative syntax allows for efficient UI creation and modification.
• Design Tools Integration: Many design tools support XAML, enabling visual UI design and code generation.
• Cross-Platform Consistency: XAML provides a consistent UI development experience across platforms.

By effectively combining shared code, platform-specific implementations, and XAML, developers can create high-quality, cross-platform applications with .NET MAUI.

Interested in implementing it into your application? Our .NET developers know more about this and already understand the challenges faced during the development process. Instead of being confused about where to start, just start with us

Getting Started with .NET MAUI

The fastest way to start .NET MAUI is to have it made by a developer who is an expert in .NET. We have many specializations for .NET developers. Of course, we are experienced and have handled large government and startup projects. Many of our clients are satisfied with the results of the work of .NET developers. Consult with us first, so that we can provide the right and appropriate solution for your business. You can contact us via email at info@emveep.com, or WhatsApp, or you can come directly to our office.