@std/text

import { toCamelCase, compareSimilarity } from "@std/text";
import { assertEquals } from "@std/assert";

assertEquals(toCamelCase("snake_case"), "snakeCase");

const words = ["hi", "help", "hello"];

// Words most similar to "hep" will be at the front
assertEquals(words.sort(compareSimilarity("hep")), ["help", "hi", "hello"]);

deno add jsr:@std/text

import { compareSimilarity, toKebabCase } from "@std/text";

console.log(toKebabCase("HelloWorld"));

const candidates = ["install", "init", "info"];
console.log(candidates.sort(compareSimilarity("in")));

import { closestString } from "@std/text/closest-string";

const options = ["length", "size", "help"];
console.log(closestString("hep", options)); // "help"

import { levenshteinDistance } from "@std/text";

console.log(levenshteinDistance("kitten", "sitting")); // 3

import { wordSimilaritySort } from "@std/text";

const cmds = ["install", "init", "info", "inspect"];
console.log(wordSimilaritySort("in", cmds));
// e.g., ["init", "info", "install", "inspect"]

import { dedent } from "@std/text/unstable-dedent";

const msg = dedent`
  Line one
    Line two
  Line three
`;
console.log(msg);
// "Line one\n  Line two\nLine three\n"

import { reverse } from "@std/text/unstable-reverse";

console.log(reverse("mañana")); // "anañam"
// Preserve grapheme clusters like emoji sequences
console.log(reverse("👩‍❤️‍💋‍👨", { handleUnicode: true }));