Extremely powerful dependency injection container.
Normalizes data that can be found in package.json files.
A set of utils for faster development of GraphQL tools
Type-safe implementation of EventEmitter for browser and Node.js
A stricter URI encode adhering to RFC 3986
Various operations on Uint8Array data
Default TypeScript configuration for React Native apps
Typescript tools that help with migration to the strict mode
TypeScript definitions for css-font-loading-module
This plugin places a 'use strict'; directive at the top of all files to enable strict mode
Better typed `querySelector` and `querySelectorAll`.
A set of utils for faster development of GraphQL tools
An evented streaming XML parser in JavaScript
Specify properties for which a variable, function, keyword or value must be used
This plugin places a 'use strict'; directive at the top of all files to enable strict mode
Make beautiful, animated loading skeletons that automatically adapt to your app.
Next.js dotenv file loading
A collection of essential TypeScript types
Traverse an object and convert all ISO strings into Dates.
Polyfill for the URLPattern API
Strict URL sanitization with security-focused validation
Friendly emoji lookups and parsing utilities for Node.js. 💖
The missing standard library for TypeScript, for writing production-grade software.
A blazing-fast equality comparison utility for a variety of use-cases
A backport of ActiveRecord strict loading feature for Rails < 6.1.
Since we're all following very strict standards with regards to how our gems are constructed, we might as well pack all those gems back into a directory and use that directory in our load path. Once you do that, you'll discover that loading from all these paths and doing dependency resolution cost on every ruby invocation. On our machines, using wad saves us >500ms every time, on every call. Wad helps you with getting there: It vendors your Gemfile below `vendor/bundle`, then copies relevant source code to `vendor/lib`. All in one simple call.