MvvmCross Starter Kit: Taking Mobile Application Development to the Next Level
A Brief Introduction to the Project:
The MvvmCross Starter Kit, hosted on the popular open-source platform GitHub, offers an essential springboard for mobile application developers working with the MvvmCross library. The significant relevance of this project lies in its utility as a jumping-off point for developers working on cross-platform mobile applications using Xamarin and .NET frameworks.
Project Overview:
The primary goal of the MvvmCross Starter Kit is to serve as a developmental starting point for mobile application developers. It addresses the need for a standardized base structure to kick-start cross-platform application projects on Android and iOS. Targeted at developers proficient in .NET, Xamarin, and Mvvm patterns, this project simplifies the process of initiating new projects.
Project Features:
The MvvmCross Starter Kit comes packed with features designed to streamline development. With built-in MvvmCross libraries, Android and iOS projects and shared libraries for the application logic; it offers the perfect starting point for building cross-platform applications. Developers can harness these features to construct their app's UI and manipulate data models effectively. Moreover, examples with basic usage of MvvmCross features like bindings and commands, provide a practical understanding of the library.
Technology Stack:
The project harnesses the power of Xamarin and .NET, chosen for their vast capabilities in cross-platform mobile application development. The MvvmCross library is the main highlight - a .NET library that offers significant support for applying the Model-View-ViewModel (MVVM) design pattern to applications spanning multiple platforms. Xamarin, on the other hand, empowers developers to write native Android, iOS, and Windows apps with native UI and a shared C# codebase.
Project Structure and Architecture:
The project architecture revolves around the MVVM design pattern, dividing the application into the Model (data), View (interface), and ViewModel (link between the former two). It leverages MvvmCross to facilitate these divisions, promoting loose coupling and enabling independent development of the three components. The structure consists of four primary parts: Android and iOS projects with platform-specific implementations, a Core PCL project with view models and services, and a Universal Windows Project.
