path-to-regexp vs path-browserify vs upath vs path vs upath2
Node.js Path Manipulation Libraries Comparison
1 Year
path-to-regexppath-browserifyupathpathupath2Similar Packages:
What's Node.js Path Manipulation Libraries?

These libraries provide various utilities for handling and manipulating file and directory paths in JavaScript applications. They are essential for ensuring compatibility across different operating systems and environments, especially when dealing with file systems, URLs, or routing in web applications. Each library has its unique features and use cases, catering to different needs in path manipulation and routing.

Package Weekly Downloads Trend
Github Stars Ranking
Stat Detail
Package
Downloads
Stars
Size
Issues
Publish
License
path-to-regexp71,222,9468,38355.2 kB87 months agoMIT
path-browserify17,624,436183-155 years agoMIT
upath13,665,912153-35 years agoMIT
path3,328,616130-1410 years agoMIT
upath274,572242.9 kB18 months agoISC
Feature Comparison: path-to-regexp vs path-browserify vs upath vs path vs upath2

Cross-Platform Compatibility

  • path-to-regexp:

    This library does not focus on file system paths but rather on URL paths, providing a way to create regular expressions from path strings, which is essential for routing in web applications.

  • path-browserify:

    'path-browserify' replicates the functionality of the Node.js 'path' module in a browser environment, allowing developers to use the same path manipulation methods across both server and client-side code.

  • upath:

    'upath' normalizes paths for both Windows and POSIX systems, ensuring that path manipulations yield consistent results regardless of the operating system.

  • path:

    The 'path' module is designed for Node.js and handles file paths according to the operating system's conventions, ensuring compatibility when working with file systems.

  • upath2:

    Similar to 'upath', 'upath2' offers cross-platform path normalization with additional features, making it a versatile choice for developers needing consistent path handling.

Routing Capabilities

  • path-to-regexp:

    This library excels in routing scenarios, allowing developers to define dynamic routes and convert them into regular expressions for matching URLs, making it ideal for web applications.

  • path-browserify:

    Like 'path', 'path-browserify' does not offer routing features but allows for path manipulations in the browser, which can be useful in conjunction with routing libraries.

  • upath:

    'upath' does not provide routing capabilities; it focuses on file path manipulations and normalization across platforms.

  • path:

    The 'path' module does not provide routing capabilities; it is strictly for file path manipulations within Node.js applications.

  • upath2:

    Similar to 'upath', 'upath2' does not offer routing features but is useful for consistent path handling in various environments.

Performance

  • path-to-regexp:

    Performance is a key consideration in 'path-to-regexp', as it efficiently converts path strings into regular expressions, which is crucial for fast URL matching in routing.

  • path-browserify:

    'path-browserify' is designed to be lightweight and efficient for browser use, ensuring minimal impact on performance while providing necessary path functions.

  • upath:

    'upath' is designed for performance, ensuring that path normalization and manipulation are done quickly and efficiently across different platforms.

  • path:

    The 'path' module is optimized for performance in Node.js, providing efficient methods for path manipulations without significant overhead.

  • upath2:

    'upath2' builds on the performance of 'upath', offering improvements and optimizations for path handling in various environments.

Ease of Use

  • path-to-regexp:

    While 'path-to-regexp' has a specific use case for routing, its API is intuitive for defining routes and converting them into regular expressions, making it accessible for developers familiar with routing concepts.

  • path-browserify:

    'path-browserify' maintains a similar API to the Node.js 'path' module, making it easy for developers to transition between server and client-side code without learning new methods.

  • upath:

    'upath' offers a simple API for path normalization and manipulation, making it easy to use for developers needing cross-platform path handling.

  • path:

    The 'path' module is straightforward and easy to use, with a clear API that provides essential methods for path manipulation in Node.js.

  • upath2:

    'upath2' retains the ease of use found in 'upath', with additional features that enhance usability without complicating the API.

Community and Support

  • path-to-regexp:

    This library has a strong community presence, especially among developers working with routing in frameworks like Express and React Router, providing ample resources and support.

  • path-browserify:

    'path-browserify' has a smaller community compared to 'path', but it is well-documented and supported by developers needing browser-compatible path functions.

  • upath:

    'upath' has a growing community and is well-documented, making it a solid choice for developers needing cross-platform path handling.

  • path:

    As a built-in Node.js module, 'path' has extensive documentation and community support, making it a reliable choice for developers.

  • upath2:

    'upath2' benefits from the community around 'upath', with additional documentation and support for its enhanced features.

How to Choose: path-to-regexp vs path-browserify vs upath vs path vs upath2
  • path-to-regexp:

    Opt for 'path-to-regexp' when you need to convert paths into regular expressions for routing purposes. It's particularly useful in web applications that require dynamic routing and URL matching, such as in frameworks like Express or React Router.

  • path-browserify:

    Choose 'path-browserify' if you need to use path manipulation in a browser environment. It mimics the Node.js 'path' module, allowing you to maintain consistent path handling across both server and client-side code.

  • upath:

    Select 'upath' if you need a cross-platform solution that normalizes paths for both Windows and POSIX systems. It is particularly useful for projects that require consistent path handling regardless of the operating system.

  • path:

    Use 'path' if you are working in a Node.js environment and need a reliable, built-in solution for handling file paths. It provides comprehensive methods for path manipulation, ensuring compatibility across different operating systems.

  • upath2:

    Consider 'upath2' if you require an updated version of 'upath' with additional features and improvements. It offers similar cross-platform path handling with enhanced performance and usability.

README for path-to-regexp

Path-to-RegExp

Turn a path string such as /user/:name into a regular expression.

NPM version NPM downloads Build status Build coverage License

Installation

npm install path-to-regexp --save

Usage

const {
  match,
  pathToRegexp,
  compile,
  parse,
  stringify,
} = require("path-to-regexp");

Parameters

Parameters match arbitrary strings in a path by matching up to the end of the segment, or up to any proceeding tokens. They are defined by prefixing a colon to the parameter name (:foo). Parameter names can use any valid JavaScript identifier, or be double quoted to use other characters (:"param-name").

const fn = match("/:foo/:bar");

fn("/test/route");
//=> { path: '/test/route', params: { foo: 'test', bar: 'route' } }

Wildcard

Wildcard parameters match one or more characters across multiple segments. They are defined the same way as regular parameters, but are prefixed with an asterisk (*foo).

const fn = match("/*splat");

fn("/bar/baz");
//=> { path: '/bar/baz', params: { splat: [ 'bar', 'baz' ] } }

Optional

Braces can be used to define parts of the path that are optional.

const fn = match("/users{/:id}/delete");

fn("/users/delete");
//=> { path: '/users/delete', params: {} }

fn("/users/123/delete");
//=> { path: '/users/123/delete', params: { id: '123' } }

Match

The match function returns a function for matching strings against a path:

  • path String or array of strings.
  • options (optional) (Extends pathToRegexp options)
    • decode Function for decoding strings to params, or false to disable all processing. (default: decodeURIComponent)
const fn = match("/foo/:bar");

Please note: path-to-regexp is intended for ordered data (e.g. paths, hosts). It can not handle arbitrarily ordered data (e.g. query strings, URL fragments, JSON, etc).

PathToRegexp

The pathToRegexp function returns a regular expression for matching strings against paths. It

  • path String or array of strings.
  • options (optional) (See parse for more options)
    • sensitive Regexp will be case sensitive. (default: false)
    • end Validate the match reaches the end of the string. (default: true)
    • delimiter The default delimiter for segments, e.g. [^/] for :named parameters. (default: '/')
    • trailing Allows optional trailing delimiter to match. (default: true)
const { regexp, keys } = pathToRegexp("/foo/:bar");

Compile ("Reverse" Path-To-RegExp)

The compile function will return a function for transforming parameters into a valid path:

  • path A string.
  • options (See parse for more options)
    • delimiter The default delimiter for segments, e.g. [^/] for :named parameters. (default: '/')
    • encode Function for encoding input strings for output into the path, or false to disable entirely. (default: encodeURIComponent)
const toPath = compile("/user/:id");

toPath({ id: "name" }); //=> "/user/name"
toPath({ id: "café" }); //=> "/user/caf%C3%A9"

const toPathRepeated = compile("/*segment");

toPathRepeated({ segment: ["foo"] }); //=> "/foo"
toPathRepeated({ segment: ["a", "b", "c"] }); //=> "/a/b/c"

// When disabling `encode`, you need to make sure inputs are encoded correctly. No arrays are accepted.
const toPathRaw = compile("/user/:id", { encode: false });

toPathRaw({ id: "%3A%2F" }); //=> "/user/%3A%2F"

Stringify

Transform TokenData (a sequence of tokens) back into a Path-to-RegExp string.

  • data A TokenData instance
const data = new TokenData([
  { type: "text", value: "/" },
  { type: "param", name: "foo" },
]);

const path = stringify(data); //=> "/:foo"

Developers

  • If you are rewriting paths with match and compile, consider using encode: false and decode: false to keep raw paths passed around.
  • To ensure matches work on paths containing characters usually encoded, such as emoji, consider using encodeurl for encodePath.

Parse

The parse function accepts a string and returns TokenData, the set of tokens and other metadata parsed from the input string. TokenData is can used with match and compile.

  • path A string.
  • options (optional)
    • encodePath A function for encoding input strings. (default: x => x, recommended: encodeurl)

Tokens

TokenData is a sequence of tokens, currently of types text, parameter, wildcard, or group.

Custom path

In some applications, you may not be able to use the path-to-regexp syntax, but still want to use this library for match and compile. For example:

import { TokenData, match } from "path-to-regexp";

const tokens = [
  { type: "text", value: "/" },
  { type: "parameter", name: "foo" },
];
const path = new TokenData(tokens);
const fn = match(path);

fn("/test"); //=> { path: '/test', index: 0, params: { foo: 'test' } }

Errors

An effort has been made to ensure ambiguous paths from previous releases throw an error. This means you might be seeing an error when things worked before.

Unexpected ? or +

In past releases, ?, *, and + were used to denote optional or repeating parameters. As an alternative, try these:

  • For optional (?), use an empty segment in a group such as /:file{.:ext}.
  • For repeating (+), only wildcard matching is supported, such as /*path.
  • For optional repeating (*), use a group and a wildcard parameter such as /files{/*path}.

Unexpected (, ), [, ], etc.

Previous versions of Path-to-RegExp used these for RegExp features. This version no longer supports them so they've been reserved to avoid ambiguity. To use these characters literally, escape them with a backslash, e.g. "\\(".

Missing parameter name

Parameter names must be provided after : or *, and they must be a valid JavaScript identifier. If you want an parameter name that isn't a JavaScript identifier, such as starting with a number, you can wrap the name in quotes like :"my-name".

Unterminated quote

Parameter names can be wrapped in double quote characters, and this error means you forgot to close the quote character.

Express <= 4.x

Path-To-RegExp breaks compatibility with Express <= 4.x in the following ways:

  • The wildcard * must have a name, matching the behavior of parameters :.
  • The optional character ? is no longer supported, use braces instead: /:file{.:ext}.
  • Regexp characters are not supported.
  • Some characters have been reserved to avoid confusion during upgrade (()[]?+!).
  • Parameter names now support valid JavaScript identifiers, or quoted like :"this".

License

MIT