Nitro

Nitro is a cross-platform server engine and JavaScript server framework designed to bundle backend code for deployment across diverse cloud providers, edge functions, and serverless environments. It functions as a platform-agnostic backend runtime that translates platform-specific event objects into a standardized request and response format.

The project utilizes a file-system based router to map the physical directory structure of the server folder directly to URL endpoints. It employs a build process to generate platform-agnostic bundles, ensuring the same server logic can run across different JavaScript runtimes without modifying the source code.

The framework provides a middleware-based request pipeline and a system for implementing API routes to handle network requests. It further optimizes deployments through static analysis code splitting to separate shared logic from route-specific code.

Features

Cross-Platform Runtimes - Functions as a cross-platform server engine that bundles backend code for deployment across diverse cloud providers and edge functions.

Platform-Agnostic Bundlers - Compiles server code into specific formats compatible with various cloud providers and serverless environments.

Cross-Platform Deployment Targets - Supports building server-side applications that deploy to various cloud providers and edge environments without source changes.

Serverless Deployment - Provides a build tool that bundles server code into formats compatible with various cloud providers and edge functions.

Backend Runtimes - Offers a toolset for building modular, portable server logic that runs on multiple JavaScript runtimes.

Universal Server Runtimes - Compiles server code into universal formats that execute consistently across diverse serverless and server environments.

Platform Event Adaptors - Translates platform-specific cloud event objects into a standardized format for a common runtime.

Server-Side Frameworks - Provides a high-performance JavaScript framework for building server-side applications with cross-platform deployment.

Deployment Platforms - Bundles server code into formats compatible with various hosting environments across different infrastructure providers.

Middleware-Based Request Pipelines - Implements a modular pipeline of functions that intercept and process network requests before reaching route handlers.

Dependency-Based Code Splitting - Analyzes the dependency graph to separate shared logic from route-specific code to reduce final deployment size.

Routing and Request Handling - Creates backend endpoints that map incoming network traffic to specific application logic.

File-System-Based Routers - Maps the physical directory structure of the server folder directly to available URL endpoints.

Serverless Functions - Enables the development of backend logic that runs on-demand across different cloud providers.

HTTP Route Handlers - Defines server endpoints that process incoming HTTP requests and return responses in production environments.

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Features

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