module-replacements

{ "replacements": { "snippet::array-coerce": { "id": "snippet::array-coerce", "type": "simple", "description": "You can use a combination of a ternary operator and `Array.isArray` to make sure a value, `undefined`, `null` or an array is always returned as an array.", "example": "(val == null ? [] : Array.isArray(val) ? val : [val])\n// Or if you need to convert an iterable into an array\nArray.from(iterable)" }, "snippet::array-difference": { "id": "snippet::array-difference", "type": "simple", "description": "You can use a combination of `filter` and `includes` to calculate the difference between two arrays.", "example": "const difference = (a, b) => a.filter((item) => !b.includes(item))" }, "snippet::array-flatten": { "id": "snippet::array-flatten", "type": "simple", "description": "You can use `Array.prototype.flat` with `Infinity` as an argument to fully flatten an array.", "example": "array.flat(Infinity)" }, "snippet::array-from-count": { "id": "snippet::array-from-count", "type": "simple", "description": "You can use `Array.from` to create an array of sequential integers", "example": "Array.from({ length: n }, (_, i) => i);" }, "snippet::array-from-count-with-start": { "id": "snippet::array-from-count-with-start", "type": "simple", "description": "You can use `Array.from` to create an array of sequential integers starting from a specific integer", "example": "Array.from({ length: end - start }, (_, i) => i + start);" }, "snippet::array-last": { "id": "snippet::array-last", "type": "simple", "description": "You can use `arr.at(-1)` if supported or `arr[arr.length - 1]` to get the last element of an array.", "example": "const last = (arr) => arr.at(-1);\n// or in older environments\nconst lastLegacy = (arr) => arr[arr.length - 1]" }, "snippet::array-slice-exclude-last-n": { "id": "snippet::array-slice-exclude-last-n", "type": "simple", "description": "You can get all but the last n elements using `array.slice`", "example": "array.slice(0, array.length - n)" }, "snippet::array-union": { "id": "snippet::array-union", "type": "simple", "description": "You can use a combination of the spread operator and `Set` to create a union of two arrays.", "example": "const union = (a, b) => [...new Set([...a, ...b])]" }, "snippet::array-unique": { "id": "snippet::array-unique", "type": "simple", "description": "You can convert to and from a `Set` to remove duplicates from an array.", "example": "const unique = (arr) => [...new Set(arr)]" }, "snippet::async-function-constructor": { "id": "snippet::async-function-constructor", "type": "simple", "description": "You can get the `AsyncFunction` using `async function`.", "example": "const AsyncFunction = (async () => {}).constructor" }, "snippet::base64": { "id": "snippet::base64", "type": "simple", "description": "Every modern runtime provides a way to convert byte array to and from base64.", "example": "// From base64 to Uint8Array\nconst bytes = Uint8Array.fromBase64(base64)\n// From Uint8Array to base64\nconst base64 = bytes.toBase64()" }, "snippet::base64-id": { "id": "snippet::base64-id", "type": "simple", "description": "You can use `crypto.randomBytes` with `Buffer.prototype.toString` to generate a random base64 id", "example": "import crypto from 'node:crypto'\nconst id = crypto.randomBytes(15).toString('base64').replaceAll('+', '-').replaceAll('/', '_')" }, "snippet::call-bind": { "id": "snippet::call-bind", "type": "simple", "description": "Every modern runtime provides a way to bind to the `call` method of a function.", "example": "const fnBound = Function.call.bind(fn)" }, "snippet::char-last": { "id": "snippet::char-last", "type": "simple", "description": "You can use `str.at(-1)` if supported or `str[str.length - 1]` to get the last character of a string.", "example": "const last = (str) => str.at(-1);\n// or in older environments\nconst lastLegacy = (str) => str[str.length - 1]" }, "snippet::for-own": { "id": "snippet::for-own", "type": "simple", "description": "You can use `Object.keys(obj).forEach` to iterate over the own enumerable properties of an object.", "example": "Object.keys(obj).forEach(key => {\n const value = obj[key];\n // do something\n});" }, "snippet::get-iterator": { "id": "snippet::get-iterator", "type": "simple", "description": "Every modern runtime provides a way to get the iterator function through the `Symbol.iterator` symbol.", "example": "const iterator = obj[Symbol.iterator]?.()" }, "snippet::has-ansi": { "id": "snippet::has-ansi", "type": "simple", "description": "You can use the `includes` method on the string to check if a specific ANSI byte is present.", "example": "string.includes(\"\\u001b\") || string.includes(\"\\u009b\")" }, "snippet::has-argv": { "id": "snippet::has-argv", "type": "simple", "description": "You can use the `includes` method on the `process.argv` array to check if a flag is present.", "example": "process.argv.includes('--flag')" }, "snippet::is-arguments": { "id": "snippet::is-arguments", "type": "simple", "description": "You can use `Object.prototype.toString.call(obj) === \"[object Arguments]\"`", "example": "const isArguments = (val) => Object.prototype.toString.call(val) === \"[object Arguments]\";" }, "snippet::is-arraybuffer": { "id": "snippet::is-arraybuffer", "type": "simple", "description": "You can use `instanceof ArrayBuffer`, or if cross-realm, use `Object.prototype.toString.call(obj) === \"[object ArrayBuffer]\"`", "example": "const isArrayBuffer = obj instanceof ArrayBuffer;\n// for cross-realm\nconst isArrayBufferCrossRealm = Object.prototype.toString.call(obj) === \"[object ArrayBuffer]\"" }, "snippet::is-async-function": { "id": "snippet::is-async-function", "type": "simple", "description": "You can use `typeof` and `Object.prototype.toString.call` to check if it's an async function", "example": "const isAsyncFunction = (obj) => typeof obj === \"function\" && Object.prototype.toString.call(obj) === \"[object AsyncFunction]\"" }, "snippet::is-bigint": { "id": "snippet::is-bigint", "type": "simple", "description": "You can use `typeof` to check if a value is a bigint.", "example": "const isString = (value) => typeof value === \"bigint\";" }, "snippet::is-boolean": { "id": "snippet::is-boolean", "type": "simple", "description": "You can use `typeof` to check if a value is a boolean primitive, and `Object.prototype.toString.call` to check if it's a `Boolean` object.", "example": "Object.prototype.toString.call(v) === \"[object Boolean]\"" }, "snippet::is-ci": { "id": "snippet::is-ci", "type": "simple", "description": "Every major CI provider sets a `CI` environment variable that you can use to detect if you're running in a CI environment.", "example": "Boolean(process.env.CI)" }, "snippet::is-date": { "id": "snippet::is-date", "type": "simple", "description": "You can use `instanceof Date`, or if cross-realm, use `Object.prototype.toString.call(v) === \"[object Date]\"`", "example": "const isDate = v instanceof Date;\n// for cross-realm\nconst isDateCrossRealm = Object.prototype.toString.call(v) === \"[object Date]\"" }, "snippet::is-deflate-buffer": { "id": "snippet::is-deflate-buffer", "type": "simple", "description": "You can check the first two bytes of a buffer to detect if it's compressed using deflate.", "example": "function isDeflate(buf) {\n if (buf.length < 2 || buf[0] !== 0x78) return false;\n const b = buf[1];\n return b === 1 || b === 0x9c || b === 0xda;\n}" }, "snippet::is-electron": { "id": "snippet::is-electron", "type": "simple", "description": "You can detect Electron by checking the renderer process type, `process.versions.electron`, or the user agent.", "example": "function isElectron() {\n return Boolean(\n globalThis.window?.process?.type === \"renderer\" ||\n globalThis.process?.versions?.electron ||\n globalThis.navigator?.userAgent?.includes(\"Electron\")\n );\n}" }, "snippet::is-equal": { "id": "snippet::is-equal", "type": "simple", "description": "You can determine if two values are equal using regular equality checks.", "example": "a === b" }, "snippet::is-even": { "id": "snippet::is-even", "type": "simple", "description": "You can use the modulo operator to check if a number is even.", "example": "(n % 2) === 0" }, "snippet::is-function": { "id": "snippet::is-function", "type": "simple", "description": "You can use `typeof` to check if a value is a function.", "example": "typeof value === \"function\"" }, "snippet::is-generator-function": { "id": "snippet::is-generator-function", "type": "simple", "description": "You can use `typeof` and `Object.prototype.toString.call` to check if a value is a generator function", "example": "const isGeneratorFunction = (obj) => typeof obj === \"function\" && Object.prototype.toString.call(obj) === \"[object GeneratorFunction]\"" }, "snippet::is-gzip-buffer": { "id": "snippet::is-gzip-buffer", "type": "simple", "description": "You can check first three bytes of a buffer to detect if it is a gzip file.", "example": "function isGzip(buf) {\n if (buf.length < 3) return false;\n return buf[0] === 31 && buf[1] === 139 && buf[2] === 8;\n}" }, "snippet::is-in-ssh": { "id": "snippet::is-in-ssh", "type": "simple", "description": "You can check if the current environment is SSH by checking if the `SSH_CONNECTION` environment variable is set.", "example": "const isInSsh = Boolean(process.env.SSH_CONNECTION);" }, "snippet::is-negative": { "id": "snippet::is-negative", "type": "simple", "description": "You can check if a number is less than 0 to determine if it's negative.", "example": "(n) => n < 0" }, "snippet::is-negative-zero": { "id": "snippet::is-negative-zero", "type": "simple", "description": "You can use `Object.is` to check if a value is negative zero.", "example": "Object.is(n, -0)" }, "snippet::is-npm": { "id": "snippet::is-npm", "type": "simple", "description": "If the current environment is npm the `npm_config_user_agent` environment variable will be set and start with `\"npm\"`.", "example": "const isNpm = process.env.npm_config_user_agent?.startsWith(\"npm\")" }, "snippet::is-null": { "id": "snippet::is-null", "type": "simple", "description": "You can check if a value is `null` using regular equality checks.", "example": "value === null" }, "snippet::is-number": { "id": "snippet::is-number", "type": "simple", "description": "You can check if a value is a number by using `typeof` or coercing it to a number and using `Number.isFinite`.", "example": "const isNumber = (v) => typeof v === \"number\" || (typeof v === \"string\" && Number.isFinite(+v));" }, "snippet::is-object": { "id": "snippet::is-object", "type": "simple", "description": "You can use `typeof` to check if a value is an object and `Object.getPrototypeOf` to ensure it's a plain object.", "example": "const isObject = (obj) => obj && typeof obj === \"object\" && (Object.getPrototypeOf(obj) === null || Object.getPrototypeOf(obj) === Object.prototype);" }, "snippet::is-object-or-function": { "id": "snippet::is-object-or-function", "type": "simple", "description": "You can use `typeof` to check if a value is an object or a function.", "example": "const isObjectOrFunction = (v) => v !== null && (typeof v === \"object\" || typeof v === \"function\");" }, "snippet::is-odd": { "id": "snippet::is-odd", "type": "simple", "description": "You can use the modulo operator to check if a number is odd.", "example": "(n % 2) === 1" }, "snippet::is-primitve": { "id": "snippet::is-primitve", "type": "simple", "description": "You can check `typeof` of a value to determine if it's a primitive. Note that `typeof null` is `\"object\"` so you need to check for `null` separately.", "example": "const isPrimitive = (value) => value === null || (typeof value !== \"function\" && typeof value !== \"object\");" }, "snippet::is-regexp": { "id": "snippet::is-regexp", "type": "simple", "description": "You can use `instanceof RegExp` to check if a value is a regular expression, or if cross-realm, use `Object.prototype.toString.call(v) === \"[object RegExp]\"`.", "example": "const isRegExp = (v) => v instanceof RegExp;\n// for cross-realm\nconst isRegExpCrossRealm = Object.prototype.toString.call(v) === \"[object RegExp]\";" }, "snippet::is-set": { "id": "snippet::is-set", "type": "simple", "description": "You can use `instanceof Set` to check if a value is a `Set`, or if cross-realm, use `Object.prototype.toString.call(v) === \"[object Set]\"`", "example": "const isSet = v instanceof Set;\n// for cross-realm\nconst isSetCrossRealm = Object.prototype.toString.call(v) === \"[object Set]\"" }, "snippet::is-stream": { "id": "snippet::is-stream", "type": "simple", "description": "`node:stream` provides `isReadable` and `isWritable` methods that can be used to check if a stream is readable or writable.", "example": "import { isReadable, isWritable } from 'node:stream';\nconst isStream = (stream) => isReadable(stream) || isWritable(stream);" }, "snippet::is-string": { "id": "snippet::is-string", "type": "simple", "description": "You can use `typeof` to check if a value is a string.", "example": "const isString = (value) => typeof value === \"string\";" }, "snippet::is-symbol": { "id": "snippet::is-symbol", "type": "simple", "description": "You can use `typeof` to check if a value is a symbol.", "example": "const isSymbol = (value) => typeof value === \"symbol\";" }, "snippet::is-travis": { "id": "snippet::is-travis", "type": "simple", "description": "You can check if the current environment is Travis CI by checking if the `TRAVIS` environment variable is set.", "example": "const isTravis = () => \"TRAVIS\" in process.env;" }, "snippet::is-undefined": { "id": "snippet::is-undefined", "type": "simple", "description": "You can use `typeof` to check if a value is `undefined`.", "example": "typeof value === \"undefined\";" }, "snippet::is-whitespace": { "id": "snippet::is-whitespace", "type": "simple", "description": "You can check if a string contains only whitespace with RegExp or by trimming it and comparing it to an empty string.", "example": "const isWhitespace = (str) => /^\\s*$/.test(str);" }, "snippet::is-windows": { "id": "snippet::is-windows", "type": "simple", "description": "You can check if the current environment is Windows by checking if `process.platform` is equal to \"win32\".", "example": "const isWindows = () => process.platform === \"win32\";" }, "snippet::is-wsl": { "id": "snippet::is-wsl", "type": "simple", "description": "You can check if the current environment is WSL by checking if the `WSL_DISTRO_NAME` environment variable is set.", "example": "const isWsl = Boolean(process.env.WSL_DISTRO_NAME);" }, "snippet::json-file": { "id": "snippet::json-file", "type": "simple", "description": "You can use `JSON` and `node:fs` to read and write JSON files.", "example": "import * as fs from 'node:fs/promises'\nfs.readFile(file, 'utf8').then(JSON.parse)\nfs.writeFile(file, JSON.stringify(data, null, 2) + '\\n')" }, "snippet::math-random": { "id": "snippet::math-random", "type": "simple", "description": "You can use `Math.random()` or `crypto.getRandomValues` if cryptographic randomness is required.", "example": "crypto.getRandomValues(new Uint32Array(1))[0] / (2 ** 32);\n// or\nMath.random();" }, "snippet::noop": { "id": "snippet::noop", "type": "simple", "description": "You can use an arrow function `() => {}` for a noop function.", "example": "const noop = () => {}" }, "snippet::object-exclude": { "id": "snippet::object-exclude", "type": "simple", "description": "You can use `Object.fromEntries` with `Object.entries` and `Array.prototype.filter` to exclude specific keys from an object.", "example": "const objectExclude = (obj, keys) => Object.fromEntries(Object.entries(obj).filter(([k]) => !keys.includes(k)));" }, "snippet::object-filter": { "id": "snippet::object-filter", "type": "simple", "description": "You can use `Object.fromEntries` with `Object.entries` and `Array.prototype.filter` to filter an object's properties.", "example": "const objectFilter = (obj, fn) => Object.fromEntries(Object.entries(obj).filter(fn));" }, "snippet::object-map": { "id": "snippet::object-map", "type": "simple", "description": "You can use `Object.fromEntries` with `Object.entries` and `Array.prototype.map` to map an object's properties.", "example": "const objectMap = (obj, fn) => Object.fromEntries(Object.entries(obj).map(([k, v]) => fn(k, v)));" }, "snippet::object-reduce": { "id": "snippet::object-reduce", "type": "simple", "description": "You can use `Object.entries` and `Array.prototype.reduce`.", "example": "const objectReduce = (obj, fn, initial) => Object.entries(obj).reduce((acc, [k, v]) => fn(acc, k, v), initial);" }, "snippet::path-key": { "id": "snippet::path-key", "type": "simple", "description": "You can use `Object.keys` with `Array.prototype.findLast` to find the case-insensitive `PATH` environment variable key.", "example": "const pathKey = Object.keys(process.env).findLast((k) => k.toUpperCase() === 'PATH') ?? 'PATH';" }, "snippet::regexp-copy": { "id": "snippet::regexp-copy", "type": "simple", "description": "You can create a copy of a regular expression using the `RegExp` constructor.", "example": "const copyRegExp = (regexp) => new RegExp(regexp);" }, "snippet::set-tostringtag": { "id": "snippet::set-tostringtag", "type": "simple", "description": "You can set the `toStringTag` of an object using `Object.defineProperty`.", "example": "const setToStringTag = (target, value) => Object.defineProperty(target, Symbol.toStringTag, { value, configurable: true });" }, "snippet::shebang-regex": { "id": "snippet::shebang-regex", "type": "simple", "description": "You can use `/^#!(.+)/` regex.", "example": "const shebangRegex = /^#!(.+)/;" }, "snippet::split-lines": { "id": "snippet::split-lines", "type": "simple", "description": "You can split a string into lines using a regular expression.", "example": "const splitLines = (str) => str.split(/\\r?\\n/);" }, "snippet::strip-bom": { "id": "snippet::strip-bom", "type": "simple", "description": "You can check if the first character of the string is the BOM and strip it using `String.prototype.slice` if it is.", "example": "str.charCodeAt(0) === 0xFEFF ? str.slice(1) : str;" }, "snippet::to-lower": { "id": "snippet::to-lower", "type": "simple", "description": "You can convert a string to lowercase using `toLocaleLowerCase` or `toLowerCase`.", "example": "const toLower = (str) => str.toLocaleLowerCase();" }, "snippet::to-uppercase": { "id": "snippet::to-uppercase", "type": "simple", "description": "You can convert a string to uppercase using `toLocaleUpperCase` or `toUpperCase`.", "example": "const toUpper = (str) => str.toLocaleUpperCase();" }, "snippet::typeof": { "id": "snippet::typeof", "type": "simple", "description": "You can use `typeof` to get the type of a value, or `Object.prototype.toString.call` to get the internal [[Class]] of an object.", "example": "const typeOf = (value) => typeof value;\n// for more specific types\nconst classOf = (value) => Object.prototype.toString.call(value);" }, "snippet::unix-paths": { "id": "snippet::unix-paths", "type": "simple", "description": "You can check the start of a path for the Windows extended-length path prefix and if it's not present, replace backslashes with forward slashes.", "example": "path.startsWith('\\\\\\\\?\\\\') ? path : path.replace(/\\\\/g, '/')" }, "snippet::year": { "id": "snippet::year", "type": "simple", "description": "You can use `new Date().getUTCFullYear()` to get the current year.", "example": "new Date().getUTCFullYear()" } }, "mappings": { "arr-diff": { "type": "module", "moduleName": "arr-diff", "replacements": ["snippet::array-difference"] }, "arr-flatten": { "type": "module", "moduleName": "arr-flatten", "replacements": ["snippet::array-flatten"] }, "array-back": { "type": "module", "moduleName": "array-back", "replacements": ["snippet::array-coerce"] }, "array-ify": { "type": "module", "moduleName": "array-ify", "replacements": ["snippet::array-coerce"] }, "array-initial": { "type": "module", "moduleName": "array-initial", "replacements": ["snippet::array-slice-exclude-last-n"] }, "array-last": { "type": "module", "moduleName": "array-last", "replacements": ["snippet::array-last"] }, "array-range": { "type": "module", "moduleName": "array-range", "replacements": ["snippet::array-from-count-with-start"] }, "array-union": { "type": "module", "moduleName": "array-union", "replacements": ["snippet::array-union"] }, "array-uniq": { "type": "module", "moduleName": "array-uniq", "replacements": ["snippet::array-unique"] }, "array-unique": { "type": "module", "moduleName": "array-unique", "replacements": ["snippet::array-unique"] }, "arrify": { "type": "module", "moduleName": "arrify", "replacements": ["snippet::array-coerce"] }, "as-array": { "type": "module", "moduleName": "as-array", "replacements": ["snippet::array-coerce"] }, "async-function": { "type": "module", "moduleName": "async-function", "replacements": ["snippet::async-function-constructor"] }, "base64-js": { "type": "module", "moduleName": "base64-js", "replacements": ["snippet::base64"] }, "base64id": { "type": "module", "moduleName": "base64id", "replacements": ["snippet::base64-id"] }, "call-bind": { "type": "module", "moduleName": "call-bind", "replacements": ["snippet::call-bind"] }, "clone-regexp": { "type": "module", "moduleName": "clone-regexp", "replacements": ["snippet::regexp-copy"] }, "es-get-iterator": { "type": "module", "moduleName": "es-get-iterator", "replacements": ["snippet::get-iterator"] }, "es-set-tostringtag": { "type": "module", "moduleName": "es-set-tostringtag", "replacements": ["snippet::set-tostringtag"] }, "except": { "type": "module", "moduleName": "except", "replacements": ["snippet::object-exclude"] }, "filter-obj": { "type": "module", "moduleName": "filter-obj", "replacements": ["snippet::object-filter"] }, "for-own": { "type": "module", "moduleName": "for-own", "replacements": ["snippet::for-own"] }, "has-ansi": { "type": "module", "moduleName": "has-ansi", "replacements": ["snippet::has-ansi"] }, "has-flag": { "type": "module", "moduleName": "has-flag", "replacements": ["snippet::has-argv"] }, "iota-array": { "type": "module", "moduleName": "iota-array", "replacements": ["snippet::array-from-count"] }, "is-arguments": { "type": "module", "moduleName": "is-arguments", "replacements": ["snippet::is-arguments"] }, "is-array-buffer": { "type": "module", "moduleName": "is-array-buffer", "replacements": ["snippet::is-arraybuffer"] }, "is-async-function": { "type": "module", "moduleName": "is-async-function", "replacements": ["snippet::is-async-function"] }, "is-bigint": { "type": "module", "moduleName": "is-bigint", "replacements": ["snippet::is-bigint"] }, "is-boolean-object": { "type": "module", "moduleName": "is-boolean-object", "replacements": ["snippet::is-boolean"] }, "is-ci": { "type": "module", "moduleName": "is-ci", "replacements": ["snippet::is-ci"] }, "is-date-object": { "type": "module", "moduleName": "is-date-object", "replacements": ["snippet::is-date"] }, "is-deflate": { "type": "module", "moduleName": "is-deflate", "replacements": ["snippet::is-deflate-buffer"] }, "is-electron": { "type": "module", "moduleName": "is-electron", "replacements": ["snippet::is-electron"] }, "is-even": { "type": "module", "moduleName": "is-even", "replacements": ["snippet::is-even"] }, "is-generator-function": { "type": "module", "moduleName": "is-generator-function", "replacements": ["snippet::is-generator-function"] }, "is-gzip": { "type": "module", "moduleName": "is-gzip", "replacements": ["snippet::is-gzip-buffer"] }, "is-in-ci": { "type": "module", "moduleName": "is-in-ci", "replacements": ["snippet::is-ci"] }, "is-in-ssh": { "type": "module", "moduleName": "is-in-ssh", "replacements": ["snippet::is-in-ssh"] }, "is-negative": { "type": "module", "moduleName": "is-negative", "replacements": ["snippet::is-negative"] }, "is-negative-zero": { "type": "module", "moduleName": "is-negative-zero", "replacements": ["snippet::is-negative-zero"] }, "is-npm": { "type": "module", "moduleName": "is-npm", "replacements": ["snippet::is-npm"] }, "is-number": { "type": "module", "moduleName": "is-number", "replacements": ["snippet::is-number"] }, "is-number-object": { "type": "module", "moduleName": "is-number-object", "replacements": ["snippet::is-number"] }, "is-obj": { "type": "module", "moduleName": "is-obj", "replacements": ["snippet::is-object-or-function"] }, "is-object": { "type": "module", "moduleName": "is-object", "replacements": ["snippet::is-object"] }, "is-odd": { "type": "module", "moduleName": "is-odd", "replacements": ["snippet::is-odd"] }, "is-plain-obj": { "type": "module", "moduleName": "is-plain-obj", "replacements": ["snippet::is-object"] }, "is-plain-object": { "type": "module", "moduleName": "is-plain-object", "replacements": ["snippet::is-object"] }, "is-primitive": { "type": "module", "moduleName": 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