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weavejester avatar

weavejester/compojure

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Compojure

Compojure is a routing library for Ring web applications that maps HTTP requests to handler functions using composable route definitions. It serves as a middleware component for the Ring ecosystem, directing web traffic to specific application logic by matching incoming request methods and paths against defined URI patterns.

The router utilizes a modular architecture that allows related endpoints to be grouped into decoupled modules. This composition model enables the construction of larger applications from smaller, independent routing contexts.

The library provides capabilities for processing web requests, including the transformation of raw URI path parameters into specific data types and the normalization of request URIs. It also includes functionality for serving static assets by mapping request paths to physical files or internal resources.

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Features

  • HTTP Request Routing - Maps incoming HTTP request methods and paths to specific handler functions to determine the processing logic.
  • HTTP Routers - Provides a system for mapping incoming network requests to specific handler functions based on URL patterns and HTTP methods.
  • Route Pattern Matching - Matches incoming request URIs against predefined regular expression patterns to select the appropriate handler function.
  • Routing Composition - Implements the nesting of route handlers to build complex, hierarchical application structures from modular rules.
  • Route-Based Modularization - Organizes complex web applications by grouping related endpoints into independent, decoupled routing contexts.
  • HTTP Request Handling - Processes web requests by converting path parameters into data types and directing them to business logic.
  • Request Middleware - Provides middleware mechanisms for intercepting and processing HTTP requests before they reach the final application handler.
  • Request Routing - Directs incoming network requests to appropriate handlers based on path and method matching.
  • Ring Application Frameworks - Enables building web services and APIs based on the Ring specification with structured request and response handling.
  • Ring Middleware - Implements a middleware component for the Ring ecosystem to manage request dispatching and URI pattern matching.
  • Ring Specification Compatibility - Produces standard Clojure maps following the Ring specification for interoperability with JVM web servers.
  • Composable Routers - Provides a hierarchical routing architecture that allows mounting independent route segments into a unified application.
  • Composable Routing Contexts - Group related routes into independent contexts to build a larger application from small, decoupled parts.
  • Path Parameter Converters - Transforms raw URI path parameters into specific data types before they reach the handler.
  • Static Asset Serving - Maps request paths to physical files or internal resources to send static content directly to clients.
  • Typed Path Parameter Decoders - Converts raw string path segments into specified data types like integers or UUIDs during the routing phase.
  • Web Response Generation - Generates standardized web response objects with appropriate MIME types from internal data structures.
  • Language Toolkits - Concise routing library for Clojure.
  • Web Frameworks - Routing library for composing web applications.
4,115 stars·260 forks·Clojure·EPL-1.0·15 views

Star history

Star history chart for weavejester/compojureStar history chart for weavejester/compojure

How this analysis was created: This summary and feature list are AI-generated from collected project material and can contain mistakes. Stars, license and language are imported from GitHub. Inclusion does not mean that we have tested or audited this project. Check the source documentation for any feature you depend on. Learn more on our About page.

Frequently asked questions

What does weavejester/compojure do?

Compojure is a routing library for Ring web applications that maps HTTP requests to handler functions using composable route definitions. It serves as a middleware component for the Ring ecosystem, directing web traffic to specific application logic by matching incoming request methods and paths against defined URI patterns.

What are the main features of weavejester/compojure?

The main features of weavejester/compojure are: HTTP Request Routing, HTTP Routers, Route Pattern Matching, Routing Composition, Route-Based Modularization, HTTP Request Handling, Request Middleware, Request Routing.

Which projects share features with weavejester/compojure?

Projects with overlapping indexed features include: go-chi/chi — Chi is a lightweight, idiomatic router and middleware framework for building web services in Go. It is designed to… gorilla/mux — This project is a request router and web framework for the Go programming language. It provides a toolkit for matching… go-martini/martini — Martini is a web framework for the Go programming language that provides a toolkit for building web applications. It… kataras/iris — Iris is a high-performance web framework and API toolkit for the Go programming language. It provides the… ninenines/cowboy — Cowboy is a high-performance HTTP server for Erlang and OTP. It is designed to handle web traffic with low memory… webpy/webpy — web.py is a minimal Python web framework that provides the core components needed to build web applications: URL…

Projects sharing features with Compojure

These projects share indexed features with Compojure. Shared tags can include platform or build tooling; verify the primary use case before treating a result as a replacement.
  • go-chi/chigo-chi avatar

    go-chi/chi

    22,418View on GitHub↗

    Chi is a lightweight, idiomatic router and middleware framework for building web services in Go. It is designed to integrate directly with the standard library, providing a set of utilities for managing HTTP request routing, context propagation, and modular service composition. The project distinguishes itself through a radix-tree-based routing system that supports recursive nesting, allowing developers to mount independent sub-routers onto specific path prefixes. This hierarchical structure enables the creation of organized, modular applications where request handlers are grouped and managed

    Goapicontextgo
    View on GitHub↗22,418
  • gorilla/muxgorilla avatar

    gorilla/mux

    21,832View on GitHub↗

    This project is a request router and web framework for the Go programming language. It provides a toolkit for matching incoming HTTP network requests to specific handler functions by evaluating criteria such as URL paths, request methods, headers, and hostnames. The framework distinguishes itself through its flexible matching capabilities, which include support for regular expressions and dynamic variable extraction from URL segments. It allows developers to organize routes into logical hierarchies, share common path prefixes, and maintain a central registry of named routes to facilitate prog

    Gogogolanggorilla
    View on GitHub↗21,832
  • go-martini/martinigo-martini avatar

    go-martini/martini

    11,603View on GitHub↗

    Martini is a web framework for the Go programming language that provides a toolkit for building web applications. It functions as a routing engine and an HTTP middleware pipeline to map network requests to specific handler functions. The framework is distinguished by its dependency injection system, which automatically resolves and provides requested service types as arguments to handler functions. This allows for the decoupling of business logic from infrastructure by matching requested types against a registry of available services. The project covers a broad range of web capabilities, inc

    Go
    View on GitHub↗11,603
  • kataras/iriskataras avatar

    kataras/iris

    25,582View on GitHub↗

    Iris is a high-performance web framework and API toolkit for the Go programming language. It provides the infrastructure necessary to build HTTP/2 web applications, REST APIs, and MVC-based websites. The project distinguishes itself through a flexible architectural model that supports multiple isolated application instances within a single process and allows for binary-embedded asset loading to eliminate external filesystem dependencies. It features dynamic router hot-reloading and a pluggable view engine for rendering dynamic HTML content. The framework covers a broad range of capabilities,

    Go
    View on GitHub↗25,582
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