This article represents the second installment of the XAML for Beginners series, which elucidates the concept of declarative markup in the context of defining UI in .NET applications. All articles within this series are accessible from here.
The initial article focused mainly on introducing XAML and its building blocks.
In this article, the focus will be on the following:
Starting a new series entitled XAML for Beginners elucidates the concept of declarative markup to define UI in .NET applications. All articles within this series can be accessed from here.
The second installment of this series is now available to read here.
XAML is an acronym that stands for eXtensible Application Markup Language. It was first introduced in 2006, accompanying the initial release of Windows Presentation Foundation (WPF) alongside .NET 3.0.
The principal objective of this methodology is to segregate the UI design from the program logic. This separation allows the design team to focus solely on the UI, while the program logic can be developed and evaluated independently. Consequently, these components can be integrated into a unified system.
The MVVM design pattern is an exemplary framework for accomplishing this. However, XAML also supports the code-behind approach.
Not confined to .NET MAUI, the XAML Live Preview functions as an invaluable tool for inspecting the UI and its associated properties in XAML apps overall.
However, it is imperative that the app be connected to the debugger, is it not? Yes, that is prior to the intro of the debugger-detached XAML Live Preview in VS2022, v17.13 Preview 1.0.
Yesterday, during the .NET MAUI session at .NET Conf 2024 (YouTube clip linked), David and Rachel provided an insightful overview of its functionality.
To know about this virtual event, consult this .NET Conf 2024 article and this detailed article outlining the comprehensive features of .NET MAUI 9.
This is the third article in the recently started series titled Developer Tips, which offers concise hints to enhance productivity. All the articles in the series can be accessed from here.
A style is characterized by a collection of interrelated properties that aim to improve resource management within the application. It is defined as a list of Setters. A Setter has a property and a value.
Styles can be incorporated into the Resources property, of type ResourceDictionary, defined at the VisualElement level.
Starting a new series titled Developer Tips which offers small hints to enhance developer productivity. All the articles in this series can be accessed from here.
We’ll start with the Margin and Padding that effectively position the View.
Both the properties have been appropriately defined at the View level and are of the type Thickness, which is a structure that defines 4 important properties: Left, Top, Right, and Bottom.