Package Exports
- tiny-request-router
- tiny-request-router/dist/router.browser.js
- tiny-request-router/dist/router.browser.mjs
- tiny-request-router/dist/router.js
- tiny-request-router/dist/router.mjs
This package does not declare an exports field, so the exports above have been automatically detected and optimized by JSPM instead. If any package subpath is missing, it is recommended to post an issue to the original package (tiny-request-router) to support the "exports" field. If that is not possible, create a JSPM override to customize the exports field for this package.
Readme
tiny-request-router

Fast, generic and type safe router (match request method and path).
Features
- Minimal and opinionless router, can be used in any script and environment.
- Matches a request method (e.g.
GET) and a path (e.g./foobar) against a list of routes - Uses path-to-regexp, which is used by express and therefore familiar
- Allows wildcards (e.g.
/user/(.*)/age) and named parameters (e.g./info/:username/:age) - Will not call your handlers automatically, as it only cares about matching
- Battle hardened in production (Cloudflare Worker with 10M requests per day)
- No magic, no assumptions, no fluff, type safe, tested
Route testing
- You can use the Express Route Tester (select
2.0.0) to debug your path patterns quickly
Installation
yarn add tiny-request-router
# or
npm install --save tiny-request-routerUsage (JavaScript/TypeScript)
import { Router } from 'tiny-request-router'
// NodeJS: const { Router } = require('tiny-request-router')
const router = new Router()
router
.get('/(v1|v2)/:name/:age', 'foo1')
.get('/info/(.*)/export', 'foo2')
.post('/upload/user', 'foo3')
const match1 = router.match('GET', '/v1/')
// => null
const match2 = router.match('GET', '/v1/bob/22')
// => { handler: 'foo1', params: { name: 'bob', age: '22' }, ... }Make your handlers type safe (TypeScript)
import { Router, Method, Params } from 'tiny-request-router'
// Let the router know that handlers are async functions returning a Response
type Handler = (params: Params) => Promise<Response>
const router = new Router<Handler>()
router.all('*', async () => new Response('Hello'))
const match = router.match('GET' as Method, '/foobar')
if (match) {
// Call the async function of that match
const response = await match.handler()
console.log(response) // => Response('Hello')
}Example: Cloudflare Workers (JavaScript)
Use something like wrangler to bundle the router with your worker code.
import { Router } from 'tiny-request-router'
const router = new Router()
router.get('/worker', async () => new Response('Hi from worker!'))
router.get('/hello/:name', async params => new Response(`Hello ${params.name}!`))
router.post('/test', async () => new Response('Post received!'))
// Main entry point in workers
addEventListener('fetch', event => {
const request = event.request
const { pathname } = new URL(request.url)
const match = router.match(request.method, pathname)
if (match) {
event.respondWith(match.handler(match.params))
}
})API
Table of Contents
Method()
Type: ("GET" | "POST" | "PUT" | "PATCH" | "DELETE" | "HEAD" | "OPTIONS")
Valid HTTP methods for matching.
RouteOptions()
Extends: TokensToRegexpOptions
Optional route options.
Example:
// When `true` the regexp will be case sensitive. (default: `false`)
sensitive?: boolean;
// When `true` the regexp allows an optional trailing delimiter to match. (default: `false`)
strict?: boolean;
// When `true` the regexp will match to the end of the string. (default: `true`)
end?: boolean;
// When `true` the regexp will match from the beginning of the string. (default: `true`)
start?: boolean;
// Sets the final character for non-ending optimistic matches. (default: `/`)
delimiter?: string;
// List of characters that can also be "end" characters.
endsWith?: string;
// Encode path tokens for use in the `RegExp`.
encode?: (value: string) => string;RouteMatch()
Extends: Route<HandlerType>
The object returned when a route matches.
The handler can then be used to execute the relevant function.
Example:
{
params: Params
matches?: RegExpExecArray
method: Method | MethodWildcard
path: string
regexp: RegExp
options: RouteOptions
keys: Keys
handler: HandlerType
}class: Router
Tiny request router. Allows overloading of handler type to be fully type safe.
Example:
import { Router, Method, Params } from 'tiny-request-router'
// Let the router know that handlers are async functions returning a Response
type Handler = (params: Params) => Promise<Response>
const router = new Router<Handler>().routes
List of all registered routes.
.all(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches any method.
.get(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the GET method.
.post(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the POST method.
.put(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the PUT method.
.patch(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the PATCH method.
.delete(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the DELETE method.
.head(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the HEAD method.
.options(path, handler, options)
pathstringhandlerHandlerTypeoptionsRouteOptions (optional, default{})
Add a route that matches the OPTIONS method.
.match(method, path)
Returns: (RouteMatch<HandlerType> | null)
Match the provided method and path against the list of registered routes.
Example:
router.get('/foobar', async () => new Response('Hello'))
const match = router.match('GET', '/foobar')
if (match) {
// Call the async function of that match
const response = await match.handler()
console.log(response) // => Response('Hello')
}More info
Please check out the tiny source code or tests for more info.
License
MIT