Examples

This repository serves as a comprehensive collection of reference implementations for the Remix web framework. It provides practical examples of full-stack web development, demonstrating how to build dynamic, server-rendered applications that bridge server-side logic with client-side interactivity. By leveraging a component-based architecture, these examples illustrate core patterns for managing data, routing, and user interfaces within a unified development environment.

The collection highlights the framework's distinctive approach to web architecture, emphasizing server-side data loading and nested route hierarchies that mirror URL structures. These examples showcase how to handle state-changing requests through dedicated server-side actions and ensure application functionality via progressive enhancement, allowing features to remain operational even before client-side scripts are fully loaded.

Beyond foundational patterns, the repository covers a broad spectrum of integration capabilities, including secure authentication and session management, real-time data synchronization, and external API connectivity. It also provides guidance on production-ready workflows, such as background task processing, secure payment handling, and performance optimization techniques like database request batching and asset deferral.

These examples are maintained as a set of modular projects, offering developers a direct look at how to structure applications, enforce code quality, and automate deployment pipelines. Each implementation serves as a functional template for common web development tasks, ranging from content management and form handling to complex UI interactions.

Features

Web Application Frameworks - Provides a comprehensive platform for building full-stack web applications with server-side rendering and nested routing.
File-Based Routing - Maps the website URL structure to the physical organization of files and directories in the source code.
Data Validation - Parses incoming request data against defined schemas to ensure data integrity and reject malformed input.
Route Handlers - Executes application logic and data fetching on the server to generate fully formed HTML responses.
API-Driven Content Population - Retrieves dynamic content from remote services during the initial loading phase to populate application views.
Session Authentication - Manages secure access and credential persistence for user sessions across requests.
Cookie-Based Session Management - Implements secure user login, session persistence, and role-based access control using cookie-based storage.
User Access Controls - Restricts system access by validating user session status on protected pages.
React Full-Stack Frameworks - Provides a development environment for building user interfaces that leverages component-based architecture and server-side data fetching.
Server Action Data Mutations - Handles all data write operations through server-side functions for consistency and security.
Form Action Handlers - Routes incoming form submissions to centralized server-side handlers for state-changing actions.
Full-Stack Web Frameworks - Synchronizes server-side logic with client-side interactivity using standard web APIs for full-stack development.
Nested Routing - Composes applications with hierarchical navigation structures that mirror the URL path.
Client-Side Hydration - Attaches interactive behavior to pre-rendered static HTML after the initial page load.
Type-Safe Navigation Frameworks - Generates static type definitions for application routes to ensure link paths and dynamic parameters are validated during development.
Server-Side Data Loaders - Executes data fetching logic on the server prior to rendering to prevent client-side waterfalls.
Server-Side Rendering Frameworks - Renders web pages on the server to improve performance and search engine optimization while maintaining a rich user experience.
Search and Pagination - Queries remote content collections and navigates through paginated result sets using standard web request patterns.
Theme Management Toolkits - Wraps applications in theme providers to support light and dark modes with user-controlled toggles.
On-the-Fly Transformations - Processes images on the fly by adjusting dimensions and fit parameters using a streaming approach.
Payment Transaction Processings - Coordinates secure payment sessions and transaction logic entirely on the server to protect sensitive financial data.
Headless Content Management Systems - Connects web applications to headless content management systems and relational databases for dynamic data management.
Headless CMS Integrations - Fetches and renders content from remote headless management systems to populate application pages dynamically.
Markdown-HTML Content Converters - Converts structured text like Markdown into HTML during data fetching to prepare content for browser rendering.
Cloud File Uploaders - Processes multipart form data to stream user-submitted files directly to cloud storage providers.
GraphQL Integrations - Queries remote graph-based endpoints using standard requests to retrieve structured data with type safety.
Sass Compilers - Processes Sass and SCSS files into standard CSS during the build process for modular styling.
Code Quality and Analysis - Maintains consistent code style and identifies potential errors through automated linting, formatting, and static type checking.
Type Definition Generators - Creates type-safe interfaces from database schemas to ensure data consistency and improve developer productivity.
Automated Deployment Pipelines - Triggers continuous integration and deployment workflows to staging or production environments upon merging code changes.
Production Deployments - Configures build pipelines and server environments to deploy and host high-performance web applications in production.
Production Build & Deployment - Creates minimal production container images using multi-stage builds to reduce the final deployment footprint.
Web Technology Example Libraries - Offers a collection of reference implementations demonstrating patterns for data loading, authentication, and server-side rendering.
Real-Time Data Synchronization - Enables bidirectional communication and live updates between the server and client to keep application state consistent.
Real-time Event Streams - Broadcasts server-side events to connected clients to enable live updates without persistent storage or polling.
Realtime Communication Protocols - Enables bidirectional event-based messaging between client and server through persistent socket connections.
GitHub Authentication - Verifies user identity by allowing sign-ins through existing third-party social accounts.
Session-Based Access Controls - Manages user permissions and resource visibility using server-side session tokens.
OAuth Authentication - Integrates OAuth 2.0 tokens for secure user identity verification and session management.
Database-Backed Session Authentications - Validates user credentials against remote databases and manages session tokens on the server.
Third-Party Identity Integrations - Verifies user credentials and manages secure login sessions by integrating third-party identity services.
Session Token Refreshers - Renews expiring authentication tokens to maintain session continuity.
Firebase Authentication Integrations - Integrates cloud-based authentication services to sign in and register users securely.
Background Processing - Offloads compute-intensive tasks to background queues to maintain application responsiveness during asynchronous execution.
Server-Side Rendering Style Registries - Injects component-based styles directly into server-rendered HTML to prevent layout shifts during initial page load.
End-to-End Testing - Executes end-to-end and unit tests to validate user flows and component behavior throughout the development lifecycle.
Web Form Authentication - Manages user sessions using encrypted cookies and standard HTML login forms.
Infinite Scrolling - Loads additional data segments as users reach the end of lists by fetching subsequent pages.
Route-Based - Uses URL paths to trigger modal visibility, allowing users to share direct links to specific modal states.
Page Transition Animations - Triggers visual transitions between pages by tracking location changes and animating route component mounting.
Persistent Layouts - Wraps application routes in pathless boundaries to prevent the document head from re-mounting during navigation.
Themed Component Libraries - Wraps application component trees with providers to enable consistent styling and theme management across all routes.
Real-Time Collaborative Editing - Synchronizes document changes across multiple devices and browsers in real time using shared state management.
Rich Text Rendering - Integrates browser-based editors into server-rendered applications by isolating client-side dependencies.
CSS-in-JS Implementations - Embeds CSS styles directly within JavaScript files to ensure consistent component styling and prevent layout shifts.
System Theme Detection - Identifies system-level theme preferences to automatically apply light or dark modes during initial page load.
UI Animations - Applies motion effects to interface elements on mount or in response to user events while ensuring accessibility.
Application Layout Wrappers - Groups related routes under shared user interface containers without introducing additional segments into the URL structure.
Server-Side Resource Proxies - Creates server-side endpoints that proxy requests to external services or internal sources to provide structured data.
Interactive Map Renderers - Displays dynamic map interfaces by isolating client-side rendering to ensure compatibility with server-side environments.
Progressive Form Enhancements - Adds client-side interactivity to static HTML forms to ensure functionality before the JavaScript bundle loads.
Utility-First CSS Frameworks - Compiles utility classes into CSS at runtime during server-side rendering to ensure styles are applied correctly.

vikejs/vike

5,751View on GitHub

Vike is a full-stack web framework that provides server-side rendering with client-side hydration, static site generation, and file-based routing. It operates as a plugin-based web framework with a universal JavaScript runtime, allowing the same code to run on both server and client environments. The framework distinguishes itself through its flexible data fetching capabilities, enabling data retrieval at any lifecycle point including server start, browser start, or page render. Its plugin-based extensibility allows for custom integrations and modifications without altering the core framework

leptos-rs/leptos

20,993View on GitHub

Leptos is a full-stack Rust web framework designed for building reactive applications that share logic and types between the server and the browser. It provides a comprehensive toolkit for developing web interfaces where specific DOM nodes update automatically in response to changes in underlying reactive signals, rather than re-rendering entire component trees. The framework distinguishes itself through a fine-grained reactivity model that tracks dependencies at the individual data point level. It utilizes compile-time template transformation to convert declarative HTML-like syntax into opti

solidjs/solid-start

5,883View on GitHub

Solid Start is a full-stack web framework built on Solid.js that combines file-based routing, multi-mode rendering, and client hydration into a single application framework. It enables developers to build complete web applications with server-rendered pages, client-side interactivity, and API endpoints from one codebase, while supporting deployment across multiple hosting platforms through a system of platform-specific adapters. The framework distinguishes itself through its multi-mode rendering engine, which allows per-page selection between client-side rendering, server-side rendering, stat

codeigniter4/CodeIgniter4

5,924View on GitHub

CodeIgniter is a PHP web framework built on the Model-View-Controller pattern, designed for building full-stack web applications. It provides a lightweight toolkit with minimal configuration, organizing application logic into controllers, models, and views for clean separation of concerns. The framework includes a fluent query builder for constructing SQL statements programmatically, PSR-4 autoloading with namespace mapping, and a service-based dependency injection container for managing shared class instances. The framework distinguishes itself through its comprehensive set of built-in tools

remix-runexamples

Features