Backbone.Marionette: Simplifying Backbone.js App Development
Backbone.Marionette, an open-source library hosted on GitHub, is designed to simplify app development using Backbone.js. It is known for providing significant utility that aids developers in building large scaled single-page JavaScript applications.
Project Overview:
Backbone.Marionette seeks to effectively streamline the development process for applications using Backbone.js. Its main aim is to simplify the boilerplate code that one typically writes while using Backbone.js, thereby speeding up the development process and making coding more efficient. The primary audience for Backbone.Marionette are developers trying to leverage the power of Backbone.js without getting entangled in redundant and repetitive code.
Project Features:
Backbone.Marionette has a robust set of features that differentiate it from other projects. It provides composite application architecture, which provides a structure that aids in modular development of complex applications. Its custom regions and layouts allow multiple views to render within different areas of the application. Marionette CollectionView and Marionette's events make data binding simpler and handling of application state easier. Its innovative Marionette Behaviors abstract away view patterns - eliminating repetitive code.
Technology Stack:
Written in JavaScript, Backbone.Marionette uses the Backbone.js library to provide added functionalities and utilities. Backbone.js was chosen for its flexibility, simplicity and powerful features that align well with larger scale applications. Underscore.js, a dependency of Backbone.js, plays a part in the design of Backbone.Marionette, providing useful functional programming helpers.
Project Structure and Architecture:
Backbone.Marionette follows the composability architectural principle. It allows small components to be composed together to make larger components. For instance, views in Marionette are built by combining multiple small views. The application has modules that can be started, stopped and run independently, each module having its own lifecycle.
