aurelia/framework
Framework
Aurelia is a JavaScript web framework and component-based UI system used to build applications for browser, mobile, and desktop environments. It functions as a frontend application orchestrator and data binding library that synchronizes application state with the view to render dynamic content and process user input.
The framework implements a component architecture that pairs logic classes with HTML templates to create reusable visual elements. It utilizes a dependency injection container to manage object lifecycles and a modular composition model that aggregates independent functional packages into a single entry point.
The system manages the client-side user interface through observation-based data binding and template-driven DOM manipulation. It integrates components as custom elements to maintain compatibility with the native browser DOM hierarchy.
Features
- Client-Side Frameworks - Functions as a client-side framework for managing dynamic state and UI components in the browser.
- Runtime Template Parsing - Parses HTML templates at runtime to create a living connection between view elements and the underlying view model state.
- Class-Based Components - Implements a component architecture that pairs standard JavaScript classes with HTML templates for reusable UI building blocks.
- Component Architectures - Provides a structural pattern for building user interfaces from modular, reusable building blocks.
- Component-Based UI Frameworks - Employs a modular architecture where logic classes and HTML templates are paired to create reusable UI elements.
- Data Binding - Synchronizes application state with the view using a binding syntax to render dynamic content.
- Dynamic UI Binding - Synchronizes application state with the view in real time to render dynamic content and process user input.
- JavaScript SPA Frameworks - Provides a JavaScript-based toolkit for building single-page applications with an integrated component system.
- Web Application Frameworks - Provides a comprehensive platform for building scalable web applications across browser, mobile, and desktop environments.
- Observation-Based Rendering - Uses observation-based data binding to automatically update DOM elements when model properties change.
- Web Applications - Enables the creation of software executable within a web browser for mobile and desktop environments.
- Dependency Injection Containers - Provides a dependency injection container to manage object lifecycles and decouple logic from implementation.
- Modular Framework Compositions - Aggregates independent functional packages into a single framework entry point for flexible feature selection.
- Framework Lifecycle Orchestrators - Serves as a central entry point that integrates multiple sub-modules to manage the overall lifecycle of the application.
- Custom Elements - Wraps framework components as standard web components to maintain compatibility with the native browser DOM hierarchy.
- Frontend Frameworks - Standards-based, unobtrusive framework for building web applications.
