Given a multi-part range (think day/hour/minute or chapter/verse), check to see if a value is within the range.
Fancy date ranges for Moment.js
Parses and manipulates multiple comma-separated integer ranges (eg 1-3,8-10)
A simple React datepicker component for working with gregorian, persian, arabic and indian calendars with the ability to select the date by single, multiple, range and multiple range pickers.
Fill in a range of numbers or letters, optionally passing an increment or `step` to use, or create a regex-compatible range with `options.toRegex`
Simple component to select range values from slider. React component that return two value minValue and maxValue by event onInput/onChange.
HTTP Range processing utilities
Range header field string parser
Fastest deep equal comparison for React. Great for React.memo & shouldComponentUpdate. Also really fast general-purpose deep comparison.
Compare strings containing a mix of letters and numbers in the way a human being would in sort order.
Distills a series of editing steps into deleted and added ranges
Simple multipart/form-data implementation with automatic data type detection. Supports: Strings, Numbers, Arrays, Streams, Buffers and Vinyl.
Pass two numbers, get a regex-compatible source string for matching ranges. Validated against more than 2.78 million test assertions.
Compare semver version strings to find greater, equal or lesser.
TypeScript definitions for range-parser
Utility for normalizing a numeric range, with a wrapping function useful for polar coordinates
Library with base interfaces for LangGraph checkpoint savers.
Expands string index ranges within whitespace boundaries until letters are met
Balena specific semver utility methods
prosemirror wrapper package for tiptap
Get a compare function for array to sort
Multi-strategy object caching service
Simple and fast multipart/form-data implementation without any dependencies. With Stream and Buffer modes. Supports: Strings, Numbers, Arrays, Streams, Buffers and Vinyl.
Compare alphanumeric strings the same way a human would, using a natural order algorithm