jetzig-framework/jetzig
Jetzig
Jetzig is a full-stack web framework built in the Zig programming language. It provides a structured environment for developing web applications and programmatic APIs by mapping incoming HTTP traffic directly to files on the filesystem.
The framework distinguishes itself through a compile-time approach to template rendering, which ensures type safety and performance during the build phase. It manages application state and cross-cutting concerns through a middleware-based interception system and encrypted, session-based cookie storage.
The platform includes integrated support for persistent data management, asynchronous background task execution, and multi-format content rendering. It handles request parsing and data serialization natively, allowing developers to interface with external databases and mail delivery services while maintaining application responsiveness.
Diagnostic tools are built into the framework to provide detailed error reporting and stack traces during development. The system also includes native support for static asset serving and in-memory data caching to optimize response times.
Features
- Web Application Development - Builds high-performance web applications with integrated routing, templating, and database connectivity.
- Application Data Persistence - Manages persistent connections to external databases for reliable storage and retrieval of application state.
- Database Integrations - Provides integrated connectivity to external databases for persistent application state management.
- Template Compilation Tools - Transforms templates into optimized render functions during the build phase for high performance and type safety.
- Secure Session Management - Maintains user authentication state across requests using encrypted, session-based browser cookies.
- Filesystem-Based Routing - Maps URL paths directly to handler files on the filesystem to determine endpoint logic.
- Full-Stack Web Frameworks - A full-stack web framework built in Zig that maps filesystem paths to handlers and supports multi-format responses.
- Request Interception Middlewares - Implements a middleware pipeline for intercepting and modifying HTTP requests and responses to handle cross-cutting concerns like authentication and logging.
- Request Parsing - Automatically decodes incoming request parameters and JSON bodies into structured application objects.
- File-System-Based Routers - Maps incoming HTTP traffic to specific files on disk to simplify endpoint management.
- Server-Side Frameworks - Provides a platform for building web applications with built-in database, session, and background task support.
- File-System Routing - Maps directory and file structures directly to network API endpoints to handle incoming web requests.
- Data Caching - Utilizes in-memory data caching to store frequently accessed information and improve application response times.
- Data Type Serialization - Serializes request payloads and database records into structured objects using native memory layouts.
- Error Reporting - Provides detailed stack traces and error reporting during development to assist in identifying and resolving runtime issues.
- REST API Interfaces - Provides programmatic interfaces for serving structured JSON data to clients.
- Session State Persistence - Maintains user context across requests using encrypted session cookies mapped to server-side storage.
- Asynchronous Background Processors - Offloads time-consuming operations to background threads to maintain application responsiveness.
- Asynchronous Task Processing - Supports offloading non-critical operations to background workers for improved system responsiveness.
- Background Task Execution - Executes heavy tasks like email delivery asynchronously to keep the main request cycle responsive.
- HTML Content Renderers - Generates dynamic HTML templates and JSON responses by combining request data with predefined structures.
- Content Negotiation - Negotiates response formats like HTML or JSON based on client request headers or file extensions.
